Repository: Hoper-J/HUNG-YI_LEE_Machine-Learning_Homework Branch: master Commit: b441f875bc84 Files: 47 Total size: 187.7 MB Directory structure: gitextract_thjx82pk/ ├── HW01/ │ ├── HW01.ipynb │ ├── HW01_Sample_Code.ipynb │ ├── README.md │ ├── covid_test.csv │ └── covid_train.csv ├── HW02/ │ ├── HW02.ipynb │ ├── HW02_Sample_Code.ipynb │ └── README.md ├── HW03/ │ ├── HW03_0.85333.ipynb │ ├── HW03_Medium_0.70533.ipynb │ ├── HW03_Sample_Code.ipynb │ ├── HW03_Strong_0.81400.ipynb │ ├── Q1/ │ │ ├── README.md │ │ └── plot_transforms.ipynb │ └── README.md ├── HW04/ │ ├── HW04_Boss_0.95125.ipynb │ ├── HW04_Medium_0.83300.ipynb │ ├── HW04_Sample_Code.ipynb │ ├── HW04_Strong_0.89700.ipynb │ └── README.md ├── HW05/ │ ├── README.md │ ├── en/ │ │ ├── HW05_Boss_29.69.ipynb │ │ ├── HW05_Gradescope.ipynb │ │ ├── HW05_Medium_18.83.ipynb │ │ ├── HW05_Simple_16.63.ipynb │ │ ├── HW05_Strong_24.60.ipynb │ │ └── HW05_sample_code.ipynb │ └── zh/ │ ├── HW05_Boss_zh_29.72.ipynb │ ├── HW05_Gradescope_zh.ipynb │ ├── HW05_Medium_zh_18.9.ipynb │ ├── HW05_Simple_zh_16.63.ipynb │ ├── HW05_Strong-zh_24.91.ipynb │ └── HW05_sample_code_zh.ipynb ├── HW06/ │ ├── HW06_Boss_0.835.ipynb │ ├── HW06_Medium_0.536.ipynb │ ├── HW06_Sample_Code.ipynb │ ├── HW06_Simple_0.459.ipynb │ ├── HW06_Strong_0.542.ipynb │ └── README.md ├── HW07/ │ ├── HW07_Boss_0.84335.ipynb │ ├── HW07_Medium_0.70090.ipynb │ ├── HW07_Sample_Code.ipynb │ ├── HW07_Sample_Code_zh.ipynb │ ├── HW07_Simple_0.54426.ipynb │ ├── HW07_Strong_0.79001.ipynb │ └── README.md └── README.md ================================================ FILE CONTENTS ================================================ ================================================ FILE: HW01/HW01.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Import packages" ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "# Numerical Operations\n", "import math\n", "import numpy as np\n", "\n", "# Reading/Writing Data\n", "import pandas as pd\n", "import os\n", "import csv\n", "\n", "# For Progress Bar\n", "from tqdm import tqdm\n", "\n", "# Pytorch\n", "import torch\n", "import torch.nn as nn\n", "from torch.utils.data import Dataset, DataLoader, random_split\n", "\n", "# Matplotlib\n", "import matplotlib.pyplot as plt\n", "\n", "# Optuna\n", "import optuna\n", "\n", "# For plotting learning curve\n", "from torch.utils.tensorboard import SummaryWriter" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Some Utility Functions\n", "\n", "You do not need to modify this part." ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "def same_seed(seed):\n", " '''Fixes random number generator seeds for reproducibility.'''\n", " torch.backends.cudnn.deterministic = True\n", " torch.backends.cudnn.benchmark = False\n", " np.random.seed(seed)\n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed_all(seed)\n", "\n", "def train_valid_split(data_set, valid_ratio, seed):\n", " '''Split provided training data into training set and validation set'''\n", " valid_set_size = int(valid_ratio * len(data_set))\n", " train_set_size = len(data_set) - valid_set_size\n", " train_set, valid_set = random_split(data_set, [train_set_size, valid_set_size], generator=torch.Generator().manual_seed(seed))\n", " return np.array(train_set), np.array(valid_set)\n", "\n", "def predict(test_loader, model, device):\n", " model.eval() # Set your model to evaluation mode.\n", " preds = []\n", " for x in tqdm(test_loader):\n", " x = x.to(device)\n", " with torch.no_grad():\n", " pred = model(x)\n", " preds.append(pred.detach().cpu())\n", " preds = torch.cat(preds, dim=0).numpy()\n", " return preds" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Dataset" ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [], "source": [ "class CovidDataset(Dataset):\n", " def __init__(self, x, y=None):\n", " if y is None:\n", " self.y = y\n", " else:\n", " self.y = torch.FloatTensor(y)\n", " self.x = torch.FloatTensor(x)\n", " \n", " def __getitem__(self, idx):\n", " if self.y is None:\n", " return self.x[idx]\n", " else:\n", " return self.x[idx], self.y[idx]\n", " \n", " def __len__(self):\n", " return len(self.x)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Neural Network Model\n", "\n", "Try out different model architectures by modifying the class below. (You could tune config['layer'] to try)" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [], "source": [ "class My_Model(nn.Module):\n", " def __init__(self, input_dim):\n", " super(My_Model, self).__init__()\n", " # TODO: modify model's structure, be aware of dimensions.\n", " self.layers = nn.Sequential(\n", " nn.Linear(input_dim, config['layer'][0]),\n", " nn.ReLU(),\n", " nn.Linear(config['layer'][0], config['layer'][1]),\n", " nn.ReLU(),\n", " nn.Linear(config['layer'][1], 1)\n", " )\n", "\n", " def forward(self, x):\n", " x = self.layers(x)\n", " x = x.squeeze(1) # (B, 1) -> (B)\n", " return x" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Feature Selection\n", "\n", "Choose features you deem useful by modifying the function below." ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "from sklearn.feature_selection import SelectKBest, f_regression\n", "\n", "def select_feat(train_data, valid_data, test_data, no_select_all=True):\n", " '''Selects useful features to perform regression'''\n", " global config\n", " y_train, y_valid = train_data[:,-1], valid_data[:,-1]\n", " raw_x_train, raw_x_valid, raw_x_test = train_data[:,:-1], valid_data[:,:-1], test_data\n", "\n", " if not no_select_all:\n", " feat_idx = list(range(raw_x_train.shape[1]))\n", " else:\n", " # Feature selection\n", " k = config['k']\n", " selector = SelectKBest(score_func=f_regression, k=k)\n", " result = selector.fit(train_data[:, :-1], train_data[:,-1])\n", " idx = np.argsort(result.scores_)[::-1]\n", " feat_idx = list(np.sort(idx[:k]))\n", "\n", " return raw_x_train[:,feat_idx], raw_x_valid[:,feat_idx], raw_x_test[:,feat_idx], y_train, y_valid" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Training Loop" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "def trainer(train_loader, valid_loader, model, config, device):\n", " \n", " # Define your loss function, do not modify this.\n", " criterion = nn.MSELoss(reduction='mean') \n", " \n", " # Define your optimization algorithm.\n", " if config['optim'] == 'SGD':\n", " if config['no_momentum']:\n", " optimizer = torch.optim.SGD(model.parameters(), lr=config['learning_rate'], weight_decay=config['weight_decay']) \n", " else:\n", " optimizer = torch.optim.SGD(model.parameters(), lr=config['learning_rate'], momentum=config['momentum'], weight_decay=config['weight_decay']) \n", " elif config['optim'] == 'Adam':\n", " optimizer = torch.optim.Adam(model.parameters(), lr=config['learning_rate'], weight_decay=config['weight_decay'])\n", " \n", " # Writer of tensoboard.\n", " writer = SummaryWriter() \n", "\n", " \n", " if not os.path.isdir('./models'):\n", " os.mkdir('./models') # Create directory of saving models.\n", "\n", " n_epochs, best_loss, step, early_stop_count = config['n_epochs'], math.inf, 0, 0\n", "\n", " for epoch in range(n_epochs):\n", " model.train() # Set your model to train mode.\n", " loss_record = []\n", " \n", " # 如果你在kaggle上运行，可以注释掉大部分的打印函数，并将train_pbar注释掉，令 x,y in train_loader，因为kaggle上打印太多可能会报错。\n", " # tqdm is a package to visualize your training progress.\n", " #train_pbar = tqdm(train_loader, position=0, leave=True)\n", " #for x, y in train_pbar:\n", " for x, y in train_loader:\n", " optimizer.zero_grad() # Set gradient to zero.\n", " x, y = x.to(device), y.to(device) # Move your data to device.\n", " pred = model(x)\n", " loss = criterion(pred, y)\n", " loss.backward() # Compute gradient(backpropagation).\n", " optimizer.step() # Update parameters.\n", " step += 1\n", " loss_record.append(loss.detach().item())\n", "\n", " # Display current epoch number and loss on tqdm progress bar.\n", " #train_pbar.set_description(f'Epoch [{epoch+1}/{n_epochs}]')\n", " #train_pbar.set_postfix({'loss': loss.detach().item()})\n", "\n", " mean_train_loss = sum(loss_record)/len(loss_record)\n", "\n", " model.eval() # Set your model to evaluation mode.\n", " loss_record = []\n", " for x, y in valid_loader:\n", " x, y = x.to(device), y.to(device)\n", " with torch.no_grad():\n", " pred = model(x)\n", " loss = criterion(pred, y)\n", "\n", " loss_record.append(loss.item())\n", "\n", " mean_valid_loss = sum(loss_record)/len(loss_record) \n", " \n", " #if epoch % 100 == 0:\n", " # print(f'Epoch [{epoch+1}/{n_epochs}]: Train loss: {mean_train_loss:.4f}, Valid loss: {mean_valid_loss:.4f}')\n", "\n", " if not config['no_tensorboard']:\n", " writer.add_scalar('Loss/train', mean_train_loss, step)\n", " writer.add_scalar('Loss/valid', mean_valid_loss, step)\n", "\n", " if mean_valid_loss < best_loss:\n", " best_loss = mean_valid_loss\n", " \n", " # 一轮实验中保存 K 折交叉验证中单折表现最好的模型\n", " if len(valid_scores):\n", " if best_loss < min(valid_scores):\n", " torch.save(model.state_dict(), config['save_path']) # Save your best model\n", " #print(f'Epoch [{epoch+1}/{n_epochs}]: Train loss: {mean_train_loss:.4f}, Valid loss: {mean_valid_loss:.4f}')\n", " print('Saving model with loss {:.3f}...'.format(best_loss))\n", " else:\n", " torch.save(model.state_dict(), config['save_path']) # Save your best model\n", " #print(f'Epoch [{epoch+1}/{n_epochs}]: Train loss: {mean_train_loss:.4f}, Valid loss: {mean_valid_loss:.4f}')\n", " print('Saving model with loss {:.3f}...'.format(best_loss))\n", " \n", " early_stop_count = 0\n", " else:\n", " early_stop_count += 1\n", "\n", " if early_stop_count >= config['early_stop']:\n", " print('Best loss {:.3f}...'.format(best_loss))\n", " print('\\nModel is not improving, so we halt the training session.')\n", " break\n", " return best_loss" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Save predictions" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "def save_pred(preds, file):\n", " ''' Save predictions to specified file '''\n", " with open(file, 'w') as fp:\n", " writer = csv.writer(fp)\n", " writer.writerow(['id', 'tested_positive'])\n", " for i, p in enumerate(preds):\n", " writer.writerow([i, p])" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Start training!\n", "\n", "config contains hyper-parameters for training and the path to save your model.\n", "\n", "`objective()` is used for automatic parameter tuning, but you could set `AUTO_TUNE_PARAM` `False` to avoid it." ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "You could set AUTO_TUNE_PARAM True to tune parameters automatically.\n", "AUTO_TUNE_PARAM: False\n", "hyper-parameter: \n", " optimizer: SGD,\n", " lr: 1e-05, \n", " batch_size: 256, \n", " k: 16, \n", " layer: [16, 16]\n", "Saving model with loss 323.558...\n", "Saving model with loss 199.956...\n", "Saving model with loss 116.053...\n", "Saving model with loss 53.357...\n", "Saving model with loss 27.536...\n", "Saving model with loss 16.041...\n", "Saving model with loss 12.200...\n", "Saving model with 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with loss 0.834...\n", "Best loss 0.834...\n", "\n", "Model is not improving, so we halt the training session.\n", "valid_scores: [0.8343698779741923]\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "100%|███████████████████████████████████████████| 4/4 [00:00<00:00, 2854.24it/s]\n" ] } ], "source": [ "device = 'cuda' if torch.cuda.is_available() else 'cpu'\n", "\n", "config = {\n", " 'seed': 5201314, # Your seed number, you can pick your lucky number. :)\n", " 'k': 16, # Select k features\n", " 'layer': [16, 16],\n", " 'optim': 'SGD',\n", " 'momentum': 0.7,\n", " 'valid_ratio': 0.2, # validation_size = train_size * valid_ratio\n", " 'n_epochs': 10000, # Number of epochs.\n", " 'batch_size': 256,\n", " 'learning_rate': 1e-5,\n", " 'weight_decay': 1e-5,\n", " 'early_stop': 600, # If model has not improved for this many consecutive epochs, stop training.\n", " 'save_path': './models/model.ckpt', # Your model will be saved here.\n", " 'no_select_all': True, # Whether to use all features.\n", " 'no_momentum': True, # Whether to use momentum\n", " 'no_normal': True, # Whether to normalize data\n", " 'no_k_cross': False, # Whether to use K-fold cross validation\n", " 'no_save': False, # Whether to save model parameters\n", " 'no_tensorboard': False, # Whether to write tensorboard\n", "} \n", "\n", "# 设置 k-fold 中的 k，这里是根据 valid_ratio 设定的\n", "k = int(1 / config['valid_ratio'])\n", "\n", " # Set seed for reproducibility\n", "same_seed(config['seed'])\n", "\n", "training_data, test_data = pd.read_csv('./covid_train.csv').values, pd.read_csv('./covid_test.csv').values\n", " \n", "num_valid_samples = len(training_data) // k\n", "np.random.shuffle(training_data)\n", "valid_scores = [] # 记录 valid_loss\n", "\n", "def objective(trial):\n", " if trial != None:\n", " print('\\nNew trial here')\n", " # 定义需要调优的超参数空间\n", " config['learning_rate'] = trial.suggest_float('lr', 1e-6, 1e-3)\n", " config['batch_size'] = trial.suggest_categorical('batch_size', [128])\n", " config['k'] = trial.suggest_int('k_feats', 16, 32)\n", " config['layer'][0] = config['k']\n", " \n", " # 打印所需的超参数\n", " print(f'''hyper-parameter: \n", " optimizer: {config['optim']},\n", " lr: {config['learning_rate']}, \n", " batch_size: {config['batch_size']}, \n", " k: {config['k']}, \n", " layer: {config['layer']}''')\n", " \n", " global valid_scores\n", " # 每次 trial 初始化 valid_scores，可以不初始化，通过 trial * k + fold 来访问当前 trial 的 valid_score，\n", " # 这样可以让 trainer() 保存 trials 中最好的模型参数，但这并不意味着该参数对应的 k-fold validation loss 最低。\n", " valid_scores = []\n", "\n", " for fold in range(k):\n", " # Data split\n", " valid_data = training_data[num_valid_samples * fold:\n", " num_valid_samples * (fold + 1)]\n", " train_data = np.concatenate((\n", " training_data[:num_valid_samples * fold],\n", " training_data[num_valid_samples * (fold + 1):]))\n", "\n", " # Normalization\n", " if not config['no_normal']:\n", " train_mean = np.mean(train_data[:, 35:-1], axis=0) # 前 35 列为 one-hot vector，我并没有对他们做 normalization，可以自行设置\n", " train_std = np.std(train_data[:, 35:-1], axis=0)\n", " train_data[:, 35:-1] -= train_mean\n", " train_data[:, 35:-1] /= train_std\n", " valid_data[:, 35:-1] -= train_mean\n", " valid_data[:, 35:-1] /= train_std\n", " test_data[:, 35:] -= train_mean\n", " test_data[:, 35:] /= train_std\n", "\n", " x_train, x_valid, x_test, y_train, y_valid = select_feat(train_data, valid_data, test_data, config['no_select_all'])\n", " \n", " train_dataset, valid_dataset, test_dataset = CovidDataset(x_train, y_train), \\\n", " CovidDataset(x_valid, y_valid), \\\n", " CovidDataset(x_test)\n", "\n", " # Pytorch data loader loads pytorch dataset into batches.\n", " train_loader = DataLoader(train_dataset, batch_size=config['batch_size'], shuffle=True, pin_memory=True)\n", " valid_loader = DataLoader(valid_dataset, batch_size=config['batch_size'], shuffle=True, pin_memory=True)\n", " test_loader = DataLoader(test_dataset, batch_size=config['batch_size'], shuffle=False, pin_memory=True)\n", " \n", " model = My_Model(input_dim=x_train.shape[1]).to(device) # put your model and data on the same computation device.\n", " valid_score = trainer(train_loader, valid_loader, model, config, device)\n", " valid_scores.append(valid_score)\n", " \n", " if not config['no_k_cross']:\n", " break\n", " \n", " if valid_score > 2:\n", " print(f'在第{fold+1}折上欠拟合') # 提前终止，减少计算资源\n", " break \n", " \n", " print(f'valid_scores: {valid_scores}')\n", " \n", " if trial != None:\n", " return np.average(valid_scores)\n", " else:\n", " return x_test, test_loader\n", "\n", "\n", "AUTO_TUNE_PARAM = False # Whether to tune parameters automatically\n", "\n", "if AUTO_TUNE_PARAM:\n", " # 使用Optuna库进行超参数搜索\n", " n_trials = 10 # 设置试验数量\n", " print(f'AUTO_TUNE_PARAM: {AUTO_TUNE_PARAM}\\nn_trials: {n_trials}')\n", " study = optuna.create_study(direction='minimize')\n", " study.optimize(objective, n_trials=n_trials)\n", "\n", " # 输出最优的超参数组合和性能指标\n", " print('Best hyperparameters: {}'.format(study.best_params))\n", " print('Best performance: {:.4f}'.format(study.best_value))\n", "else:\n", " # 注意，只有非自动调参时才进行了predict，节省一下计算资源\n", " print(f'You could set AUTO_TUNE_PARAM True to tune parameters automatically.\\nAUTO_TUNE_PARAM: {AUTO_TUNE_PARAM}')\n", " x_test, test_loader = objective(None)\n", " model = My_Model(input_dim=x_test.shape[1]).to(device)\n", " model.load_state_dict(torch.load(config['save_path']))\n", " preds = predict(test_loader, model, device)\n", " save_pred(preds, 'submission.csv')" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Plot learning curves with `tensorboard` (optional)\n", "\n", "`tensorboard` is a tool that allows you to visualize your training progress.\n", "\n", "If this block does not display your learning curve, please wait for few minutes, and re-run this block. It might take some time to load your logging information. " ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "scrolled": true }, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " " ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "%reload_ext tensorboard\n", "%tensorboard --logdir=./runs/" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [] } ], "metadata": { "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW01/HW01_Sample_Code.ipynb ================================================ {"metadata":{"kernelspec":{"language":"python","display_name":"Python 3","name":"python3"},"language_info":{"pygments_lexer":"ipython3","nbconvert_exporter":"python","version":"3.6.4","file_extension":".py","codemirror_mode":{"name":"ipython","version":3},"name":"python","mimetype":"text/x-python"}},"nbformat_minor":4,"nbformat":4,"cells":[{"cell_type":"markdown","source":"# **Homework 1: COVID-19 Cases Prediction (Regression)**","metadata":{"id":"guE34D3Fj2R9"}},{"cell_type":"markdown","source":"Objectives:\n* Solve a regression problem with deep neural networks (DNN).\n* Understand basic DNN training tips.\n* Familiarize yourself with PyTorch.\n\nIf you have any questions, please contact the TAs via TA hours, NTU COOL, or email to mlta-2023-spring@googlegroups.com","metadata":{"id":"V57zhcTp1Xxb"}},{"cell_type":"code","source":"!nvidia-smi","metadata":{"id":"GUATI4ONArv_","execution":{"iopub.status.busy":"2023-02-12T07:30:52.741854Z","iopub.execute_input":"2023-02-12T07:30:52.742902Z","iopub.status.idle":"2023-02-12T07:30:53.95358Z","shell.execute_reply.started":"2023-02-12T07:30:52.742777Z","shell.execute_reply":"2023-02-12T07:30:53.95213Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Download data\nIf the Google Drive links below do not work, you can use the dropbox link below or download data from [Kaggle](https://www.kaggle.com/t/a339b77fa5214978bfb8dde62d3151fe), and upload data manually to the workspace.","metadata":{"id":"Tm2aXcb-j9Fc"}},{"cell_type":"code","source":"# google drive link\n# !pip install gdown\n# !gdown --id '1BjXalPZxq9mybPKNjF3h5L3NcF7XKTS-' --output covid_train.csv\n# !gdown --id '1B55t74Jg2E5FCsKCsUEkPKIuqaY7UIi1' --output covid_test.csv\n\n# dropbox link\n!wget -O covid_train.csv https://www.dropbox.com/s/lmy1riadzoy0ahw/covid.train.csv?dl=0\n!wget -O covid_test.csv https://www.dropbox.com/s/zalbw42lu4nmhr2/covid.test.csv?dl=0","metadata":{"id":"YPmfl-awlKZA","execution":{"iopub.status.busy":"2023-02-12T07:30:53.956273Z","iopub.execute_input":"2023-02-12T07:30:53.956956Z","iopub.status.idle":"2023-02-12T07:31:15.495174Z","shell.execute_reply.started":"2023-02-12T07:30:53.956913Z","shell.execute_reply":"2023-02-12T07:31:15.493786Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Import packages","metadata":{"id":"igqIMEgu64-F"}},{"cell_type":"code","source":"# Numerical Operations\nimport math\nimport numpy as np\n\n# Reading/Writing Data\nimport pandas as pd\nimport os\nimport csv\n\n# For Progress Bar\nfrom tqdm import tqdm\n\n# Pytorch\nimport torch \nimport torch.nn as nn\nfrom torch.utils.data import Dataset, DataLoader, random_split\n\n# For plotting learning curve\nfrom torch.utils.tensorboard import SummaryWriter","metadata":{"id":"xybQNYCXYu13","execution":{"iopub.status.busy":"2023-02-12T07:31:16.478205Z","iopub.execute_input":"2023-02-12T07:31:16.478628Z","iopub.status.idle":"2023-02-12T07:31:18.240062Z","shell.execute_reply.started":"2023-02-12T07:31:16.478584Z","shell.execute_reply":"2023-02-12T07:31:18.239091Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Some Utility Functions\n\nYou do not need to modify this part.","metadata":{"id":"fTAVqRfc2KK3"}},{"cell_type":"code","source":"def same_seed(seed): \n '''Fixes random number generator seeds for reproducibility.'''\n torch.backends.cudnn.deterministic = True\n torch.backends.cudnn.benchmark = False\n np.random.seed(seed)\n torch.manual_seed(seed)\n if torch.cuda.is_available():\n torch.cuda.manual_seed_all(seed)\n\ndef train_valid_split(data_set, valid_ratio, seed):\n '''Split provided training data into training set and validation set'''\n valid_set_size = int(valid_ratio * len(data_set)) \n train_set_size = len(data_set) - valid_set_size\n train_set, valid_set = random_split(data_set, [train_set_size, valid_set_size], generator=torch.Generator().manual_seed(seed))\n return np.array(train_set), np.array(valid_set)\n\ndef predict(test_loader, model, device):\n model.eval() # Set your model to evaluation mode.\n preds = []\n for x in tqdm(test_loader):\n x = x.to(device) \n with torch.no_grad(): \n pred = model(x) \n preds.append(pred.detach().cpu()) \n preds = torch.cat(preds, dim=0).numpy() \n return preds","metadata":{"id":"RbrcpfYN2I-H","execution":{"iopub.status.busy":"2023-02-12T07:31:18.241353Z","iopub.execute_input":"2023-02-12T07:31:18.241964Z","iopub.status.idle":"2023-02-12T07:31:18.251864Z","shell.execute_reply.started":"2023-02-12T07:31:18.241928Z","shell.execute_reply":"2023-02-12T07:31:18.250938Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Dataset","metadata":{"id":"IqO3lTm78nNO"}},{"cell_type":"code","source":"class COVID19Dataset(Dataset):\n '''\n x: Features.\n y: Targets, if none, do prediction.\n '''\n def __init__(self, x, y=None):\n if y is None:\n self.y = y\n else:\n self.y = torch.FloatTensor(y)\n self.x = torch.FloatTensor(x)\n\n def __getitem__(self, idx):\n if self.y is None:\n return self.x[idx]\n else:\n return self.x[idx], self.y[idx]\n\n def __len__(self):\n return len(self.x)","metadata":{"id":"-mjaJM0wprMs","execution":{"iopub.status.busy":"2023-02-12T07:31:18.253412Z","iopub.execute_input":"2023-02-12T07:31:18.254031Z","iopub.status.idle":"2023-02-12T07:31:18.262072Z","shell.execute_reply.started":"2023-02-12T07:31:18.253994Z","shell.execute_reply":"2023-02-12T07:31:18.261108Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Neural Network Model\nTry out different model architectures by modifying the class below.","metadata":{"id":"m73ooU75CL_j"}},{"cell_type":"code","source":"class My_Model(nn.Module):\n def __init__(self, input_dim):\n super(My_Model, self).__init__()\n # TODO: modify model's structure, be aware of dimensions. \n self.layers = nn.Sequential(\n nn.Linear(input_dim, 16),\n nn.ReLU(),\n nn.Linear(16, 8),\n nn.ReLU(),\n nn.Linear(8, 1)\n )\n\n def forward(self, x):\n x = self.layers(x)\n x = x.squeeze(1) # (B, 1) -> (B)\n return x","metadata":{"id":"Qn97_WvvrEkG","execution":{"iopub.status.busy":"2023-02-12T07:31:18.263546Z","iopub.execute_input":"2023-02-12T07:31:18.263886Z","iopub.status.idle":"2023-02-12T07:31:18.274148Z","shell.execute_reply.started":"2023-02-12T07:31:18.263852Z","shell.execute_reply":"2023-02-12T07:31:18.273078Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Feature Selection\nChoose features you deem useful by modifying the function below.","metadata":{"id":"x5-LKF6R8xeq"}},{"cell_type":"code","source":"def select_feat(train_data, valid_data, test_data, select_all=True):\n '''Selects useful features to perform regression'''\n y_train, y_valid = train_data[:,-1], valid_data[:,-1]\n raw_x_train, raw_x_valid, raw_x_test = train_data[:,:-1], valid_data[:,:-1], test_data\n\n if select_all:\n feat_idx = list(range(raw_x_train.shape[1]))\n else:\n feat_idx = list(range(35, raw_x_train.shape[1])) # TODO: Select suitable feature columns.\n \n return raw_x_train[:,feat_idx], raw_x_valid[:,feat_idx], raw_x_test[:,feat_idx], y_train, y_valid","metadata":{"id":"0FEnKRaIIeKp","execution":{"iopub.status.busy":"2023-02-12T07:31:18.277047Z","iopub.execute_input":"2023-02-12T07:31:18.277589Z","iopub.status.idle":"2023-02-12T07:31:18.284837Z","shell.execute_reply.started":"2023-02-12T07:31:18.277554Z","shell.execute_reply":"2023-02-12T07:31:18.283918Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Training Loop","metadata":{"id":"kADIPNQ2Ih5X"}},{"cell_type":"code","source":"def trainer(train_loader, valid_loader, model, config, device):\n\n criterion = nn.MSELoss(reduction='mean') # Define your loss function, do not modify this.\n\n # Define your optimization algorithm. \n # TODO: Please check https://pytorch.org/docs/stable/optim.html to get more available algorithms.\n # TODO: L2 regularization (optimizer(weight decay...) or implement by your self).\n optimizer = torch.optim.SGD(model.parameters(), lr=config['learning_rate'], momentum=0.7) \n writer = SummaryWriter() # Writer of tensoboard.\n\n if not os.path.isdir('./models'):\n os.mkdir('./models') # Create directory of saving models.\n\n n_epochs, best_loss, step, early_stop_count = config['n_epochs'], math.inf, 0, 0\n\n for epoch in range(n_epochs):\n model.train() # Set your model to train mode.\n loss_record = []\n\n # tqdm is a package to visualize your training progress.\n train_pbar = tqdm(train_loader, position=0, leave=True)\n\n for x, y in train_pbar:\n optimizer.zero_grad() # Set gradient to zero.\n x, y = x.to(device), y.to(device) # Move your data to device. \n pred = model(x) \n loss = criterion(pred, y)\n loss.backward() # Compute gradient(backpropagation).\n optimizer.step() # Update parameters.\n step += 1\n loss_record.append(loss.detach().item())\n \n # Display current epoch number and loss on tqdm progress bar.\n train_pbar.set_description(f'Epoch [{epoch+1}/{n_epochs}]')\n train_pbar.set_postfix({'loss': loss.detach().item()})\n\n mean_train_loss = sum(loss_record)/len(loss_record)\n writer.add_scalar('Loss/train', mean_train_loss, step)\n\n model.eval() # Set your model to evaluation mode.\n loss_record = []\n for x, y in valid_loader:\n x, y = x.to(device), y.to(device)\n with torch.no_grad():\n pred = model(x)\n loss = criterion(pred, y)\n\n loss_record.append(loss.item())\n \n mean_valid_loss = sum(loss_record)/len(loss_record)\n print(f'Epoch [{epoch+1}/{n_epochs}]: Train loss: {mean_train_loss:.4f}, Valid loss: {mean_valid_loss:.4f}')\n writer.add_scalar('Loss/valid', mean_valid_loss, step)\n\n if mean_valid_loss < best_loss:\n best_loss = mean_valid_loss\n torch.save(model.state_dict(), config['save_path']) # Save your best model\n print('Saving model with loss {:.3f}...'.format(best_loss))\n early_stop_count = 0\n else: \n early_stop_count += 1\n\n if early_stop_count >= config['early_stop']:\n print('\\nModel is not improving, so we halt the training session.')\n return","metadata":{"id":"k4Rq8_TztAhq","execution":{"iopub.status.busy":"2023-02-12T07:31:18.286341Z","iopub.execute_input":"2023-02-12T07:31:18.286701Z","iopub.status.idle":"2023-02-12T07:31:18.301211Z","shell.execute_reply.started":"2023-02-12T07:31:18.286646Z","shell.execute_reply":"2023-02-12T07:31:18.300217Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Configurations\n`config` contains hyper-parameters for training and the path to save your model.","metadata":{"id":"0pgkOh2e9UjE"}},{"cell_type":"code","source":"device = 'cuda' if torch.cuda.is_available() else 'cpu'\nconfig = {\n 'seed': 5201314, # Your seed number, you can pick your lucky number. :)\n 'select_all': True, # Whether to use all features.\n 'valid_ratio': 0.2, # validation_size = train_size * valid_ratio\n 'n_epochs': 5000, # Number of epochs. \n 'batch_size': 256, \n 'learning_rate': 1e-5, \n 'early_stop': 600, # If model has not improved for this many consecutive epochs, stop training. \n 'save_path': './models/model.ckpt' # Your model will be saved here.\n}","metadata":{"id":"QoWPUahCtoT6","execution":{"iopub.status.busy":"2023-02-12T07:31:18.304983Z","iopub.execute_input":"2023-02-12T07:31:18.305345Z","iopub.status.idle":"2023-02-12T07:31:18.361404Z","shell.execute_reply.started":"2023-02-12T07:31:18.305313Z","shell.execute_reply":"2023-02-12T07:31:18.36028Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Dataloader\nRead data from files and set up training, validation, and testing sets. You do not need to modify this part.","metadata":{"id":"lrS-aJJh9XkW"}},{"cell_type":"code","source":"# Set seed for reproducibility\nsame_seed(config['seed'])\n\n\n# train_data size: 3009 x 89 (35 states + 18 features x 3 days) \n# test_data size: 997 x 88 (without last day's positive rate)\ntrain_data, test_data = pd.read_csv('./covid_train.csv').values, pd.read_csv('./covid_test.csv').values\ntrain_data, valid_data = train_valid_split(train_data, config['valid_ratio'], config['seed'])\n\n# Print out the data size.\nprint(f\"\"\"train_data size: {train_data.shape} \nvalid_data size: {valid_data.shape} \ntest_data size: {test_data.shape}\"\"\")\n\n# Select features\nx_train, x_valid, x_test, y_train, y_valid = select_feat(train_data, valid_data, test_data, config['select_all'])\n\n# Print out the number of features.\nprint(f'number of features: {x_train.shape[1]}')\n\ntrain_dataset, valid_dataset, test_dataset = COVID19Dataset(x_train, y_train), \\\n COVID19Dataset(x_valid, y_valid), \\\n COVID19Dataset(x_test)\n\n# Pytorch data loader loads pytorch dataset into batches.\ntrain_loader = DataLoader(train_dataset, batch_size=config['batch_size'], shuffle=True, pin_memory=True)\nvalid_loader = DataLoader(valid_dataset, batch_size=config['batch_size'], shuffle=True, pin_memory=True)\ntest_loader = DataLoader(test_dataset, batch_size=config['batch_size'], shuffle=False, pin_memory=True)","metadata":{"id":"2jc7ZfDot2t9","execution":{"iopub.status.busy":"2023-02-12T07:31:18.363178Z","iopub.execute_input":"2023-02-12T07:31:18.363561Z","iopub.status.idle":"2023-02-12T07:31:18.439675Z","shell.execute_reply.started":"2023-02-12T07:31:18.363526Z","shell.execute_reply":"2023-02-12T07:31:18.43872Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Start training!","metadata":{"id":"0OBYgjCA-YwD"}},{"cell_type":"code","source":"model = My_Model(input_dim=x_train.shape[1]).to(device) # put your model and data on the same computation device.\ntrainer(train_loader, valid_loader, model, config, device)","metadata":{"id":"YdttVRkAfu2t","execution":{"iopub.status.busy":"2023-02-12T07:31:18.441083Z","iopub.execute_input":"2023-02-12T07:31:18.441534Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Testing\nThe predictions of your model on testing set will be stored at `pred.csv`.","metadata":{"id":"yhAHGqC9-woK"}},{"cell_type":"code","source":"def save_pred(preds, file):\n ''' Save predictions to specified file '''\n with open(file, 'w') as fp:\n writer = csv.writer(fp)\n writer.writerow(['id', 'tested_positive'])\n for i, p in enumerate(preds):\n writer.writerow([i, p])\n\nmodel = My_Model(input_dim=x_train.shape[1]).to(device)\nmodel.load_state_dict(torch.load(config['save_path']))\npreds = predict(test_loader, model, device) \nsave_pred(preds, 'pred.csv') ","metadata":{"id":"Q5eVdpbvAlAe","trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Download\n\nRun this block to download the `pred.csv` by clicking.","metadata":{"id":"T_N-wBvVahc7"}},{"cell_type":"code","source":"from IPython.display import FileLink\nFileLink(r'pred.csv')","metadata":{"id":"PmMnwrHeavJv","trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Reference\nThis notebook uses code written by Heng-Jui Chang @ NTUEE (https://github.com/ga642381/ML2021-Spring/blob/main/HW01/HW01.ipynb)","metadata":{"id":"IJ_k5rY0GvSV"}}]} ================================================ FILE: HW01/README.md ================================================ > ML2023Spring - HW01 相关信息： > > [课程主页](https://speech.ee.ntu.edu.tw/~hylee/ml/2023-spring.php) > > [课程视频](https://www.bilibili.com/video/BV1TD4y137mP/?spm_id_from=333.337.search-card.all.click&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [Kaggle link](https://www.kaggle.com/t/a339b77fa5214978bfb8dde62d3151fe) > > [Sample code](https://colab.research.google.com/drive/1BESEu-l3qrGRULoATuXnWasUNuUlVF1Z?fbclid=IwAR1FrjUsp4rTy5PPFV-aWq6IG_Z44mFT4VH5e1lIhlekFl7fAvxGRCTCyR0#scrollTo=QoWPUahCtoT6) > > [HW01 视频]( https://www.bilibili.com/video/BV1TD4y137mP/?p=14&share_source=copy_web&vd_source=e46571d631061853c8f9eead71bdb390) 可以在做作业之前看一部分，我摸索完才发现视频有讲 Data Feature :( > > [HW01 PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/HW01.pdf) > > >P.S. 即便 kaggle 上的时间已经截止，你仍然可以在上面提交和查看分数。但需要注意的是：在 kaggle 截止日期前你应该选择两个结果进行最后的Private评分。 > 每年的数据集size和feature并不完全相同，但基本一致，过去的代码仍可用于新一年的 Homework # 目录 * [任务目标（回归）](#任务目标回归) * [性能指标（Metric）](#性能指标metric) * [数据解析](#数据解析) * [数据下载](#数据下载) * [Sample code 主体部分解析](#sample-code-主体部分解析) * [Some Utility Functions](#some-utility-functions) * [Dataset](#dataset) * [Neural Network Model](#neural-network-model) * [Feature Selection](#feature-selection) * [Training Loop](#training-loop) * [Baselines](#baselines) * [参考链接](#参考链接) # 任务目标（回归）： - COVID-19 daily cases prediction: COVID-19 每天的病例预测 - 训练/测试数据大小：3009/997（每一年的homework 可能不同） # 性能指标（Metric） - 均方误差 Mean Squared Error (MSE) # 数据解析 - covid_train.txt: 训练数据 - covid_test.txt: 测试数据 数据大体分为三个部分：id, states: 病例对应的地区, 以及其他数据 - id: sample 对应的序号。 - states: 对 sample 来说该项为 one-hot vector。从整个数据集上来看，每个地区的 sample 数量是均匀的，可以使用`pd.read_csv('./covid_train.csv').iloc[:,1:34].sum()`来查看，地区 sample 数量为 88/89。 - 其他数据: 这一部分最终应用在助教所给的 sample code 中的 select_feat。 - Covid-like illness (5) 新冠症状 - cli, ili ... - Behavier indicators (5) 行为表现 - wearing_mask、travel_outside_state ... 是否戴口罩，出去旅游 ... - Belief indicators (2) 是否相信某种行为对防疫有效 - belief_mask_effective, belief_distancing_effective. 相信戴口罩有效，相信保持距离有效。 - Mental indicator (2) 心理表现 - worried_catch_covid, worried_finance. 担心得到covid，担心经济状况 - Environmental indicators (3) 环境表现 - other_masked_public, other_distanced_public ... 周围的人是否大部分戴口罩，周围的人是否大部分保持距离 ... - Tested Positive Cases (1) 检测阳性病例，该项为模型的预测目标 - **tested_positive (this is what we want to predict)** 单位为百分比，指有多少比例的人 ## 数据下载 > To use the Kaggle API, sign up for a Kaggle account at [https://www.kaggle.com](https://www.kaggle.com/). Then go to the 'Account' tab of your user profile (`https://www.kaggle.com//account`) and select 'Create API Token'. This will trigger the download of `kaggle.json`, a file containing your API credentials. Place this file in the location `~/.kaggle/kaggle.json` (on Windows in the location `C:\Users\\.kaggle\kaggle.json` - you can check the exact location, sans drive, with `echo %HOMEPATH%`). You can define a shell environment variable `KAGGLE_CONFIG_DIR` to change this location to `$KAGGLE_CONFIG_DIR/kaggle.json` (on Windows it will be `%KAGGLE_CONFIG_DIR%\kaggle.json`). > > -\- [Official Kaggle API](https://github.com/Kaggle/kaggle-api) `gdown` 的链接总是挂，可以考虑使用 `kaggle` 的 `api`，流程非常简单，替换为你自己的用户名，`https://www.kaggle.com//account`，然后点击 `Create New API Token`，将下载下来的文件放去应该放的位置： - Mac 和 Linux 放在 `~/.kaggle` - Windows 放在 `C:\Users\\.kaggle` ```bash pip install kaggle # 你需要先在 Kaggle -> Account -> Create New API Token 中下载 kaggle.json # mv kaggle.json ~/.kaggle/kaggle.json kaggle competitions download -c ml2023spring-hw1 unzip ml2023spring-hw1 ``` # Sample code 主体部分解析 ## Some Utility Functions ```python def same_seed(seed): '''Fixes random number generator seeds for reproducibility.''' # 使用确定的卷积算法 (A bool that, if True, causes cuDNN to only use deterministic convolution algorithms.) torch.backends.cudnn.deterministic = True # 不对多个卷积算法进行基准测试和选择最优 (A bool that, if True, causes cuDNN to benchmark multiple convolution algorithms and select the fastest.) torch.backends.cudnn.benchmark = False # 设置随机数种子 np.random.seed(seed) torch.manual_seed(seed) if torch.cuda.is_available(): torch.cuda.manual_seed_all(seed) def train_valid_split(data_set, valid_ratio, seed): '''Split provided training data into training set and validation set''' valid_set_size = int(valid_ratio * len(data_set)) train_set_size = len(data_set) - valid_set_size train_set, valid_set = random_split(data_set, [train_set_size, valid_set_size], generator=torch.Generator().manual_seed(seed)) return np.array(train_set), np.array(valid_set) def predict(test_loader, model, device): # 用于评估模型（验证/测试） model.eval() # Set your model to evaluation mode. preds = [] for x in tqdm(test_loader): # device (int, optional): if specified, all parameters will be copied to that device） x = x.to(device) # 将数据 copy 到 device with torch.no_grad(): # 禁用梯度计算，以减少消耗 pred = model(x) preds.append(pred.detach().cpu()) # detach() 创建一个不在计算图中的新张量，值相同 preds = torch.cat(preds, dim=0).numpy() # 连接 preds return preds ``` ## Dataset ```python class COVID19Dataset(Dataset): ''' x: Features. y: Targets, if none, do prediction. ''' def __init__(self, x, y=None): if y is None: self.y = y else: self.y = torch.FloatTensor(y) self.x = torch.FloatTensor(x) '''meth:`__getitem__`, supporting fetching a data sample for a given key.''' def __getitem__(self, idx): # 自定义 dataset 的 idx 对应的 sample if self.y is None: return self.x[idx] else: return self.x[idx], self.y[idx] def __len__(self): return len(self.x) ``` \_\_getitem\_\_()实际应用于 dataloader 中，详细可见下图（图源自 [PyTorch Tutorial PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/environment.pdf)） ![源自 Pytorch PDF](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230314135050.png) ## Neural Network Model 这部分我做了简单的修改，以便于后续调参 ```python class My_Model(nn.Module): def __init__(self, input_dim): super(My_Model, self).__init__() # TODO: modify model's structure in hyper-parameter: 'config', be aware of dimensions. self.layers = nn.Sequential( nn.Linear(input_dim, config['layer'][0]), nn.ReLU(), nn.Linear(config['layer'][0], config['layer'][1]), nn.ReLU(), nn.Linear(config['layer'][1], 1) ) def forward(self, x): x = self.layers(x) x = x.squeeze(1) # (B, 1) -> (B) return x ``` ## Feature Selection 这部分可以使用 sklearn.feature_selection.SelectKBest 来进行特征选择。 具体代码如下（你可能需要传入 config）： ```python from sklearn.feature_selection import SelectKBest, f_regression k = config['k'] # 所要选择的特征数量 selector = SelectKBest(score_func=f_regression, k=k) result = selector.fit(train_data[:, :-1], train_data[:,-1]) idx = np.argsort(result.scores_)[::-1] feat_idx = list(np.sort(idx[:k])) ``` ## Training Loop ```python def trainer(train_loader, valid_loader, model, config, device): criterion = nn.MSELoss(reduction='mean') # Define your loss function, do not modify this. # Define your optimization algorithm. # TODO: Please check https://pytorch.org/docs/stable/optim.html to get more available algorithms. # TODO: L2 regularization (optimizer(weight decay...) or implement by your self). optimizer = torch.optim.SGD(model.parameters(), lr=config['learning_rate'], momentum=config['momentum']) # 设置 optimizer 为SGD writer = SummaryWriter() # Writer of tensoboard. if not os.path.isdir('./models'): os.mkdir('./models') # Create directory of saving models. n_epochs, best_loss, step, early_stop_count = config['n_epochs'], math.inf, 0, 0 for epoch in range(n_epochs): model.train() # Set your model to train mode. loss_record = [] # 初始化空列表，用于记录训练误差 # tqdm is a package to visualize your training progress. train_pbar = tqdm(train_loader, position=0, leave=True) # 让训练进度显示出来，可以去除这一行，然后将下面的 train_pbar 改成 train_loader（目的是尽量减少 jupyter notebook 的打印，因为如果这段代码在 kaggle 执行，在一定的输出后会报错: IOPub message rate exceeded...） for x, y in train_pbar: optimizer.zero_grad() # Set gradient to zero. x, y = x.to(device), y.to(device) # Move your data to device. pred = model(x) # 等价于 model.forward(x) loss = criterion(pred, y) # 计算 pred 和 y 的均方误差 loss.backward() # Compute gradient(backpropagation). optimizer.step() # Update parameters. step += 1 loss_record.append(loss.detach().item()) # Display current epoch number and loss on tqdm progress bar. train_pbar.set_description(f'Epoch [{epoch+1}/{n_epochs}]') train_pbar.set_postfix({'loss': loss.detach().item()}) mean_train_loss = sum(loss_record)/len(loss_record) writer.add_scalar('Loss/train', mean_train_loss, step) model.eval() # Set your model to evaluation mode. loss_record = [] # 初始化空列表，用于记录验证误差 for x, y in valid_loader: x, y = x.to(device), y.to(device) with torch.no_grad(): pred = model(x) loss = criterion(pred, y) loss_record.append(loss.item()) mean_valid_loss = sum(loss_record)/len(loss_record) print(f'Epoch [{epoch+1}/{n_epochs}]: Train loss: {mean_train_loss:.4f}, Valid loss: {mean_valid_loss:.4f}') # writer.add_scalar('Loss/valid', mean_valid_loss, step) if mean_valid_loss < best_loss: best_loss = mean_valid_loss torch.save(model.state_dict(), config['save_path']) # Save your best model print('Saving model with loss {:.3f}...'.format(best_loss)) early_stop_count = 0 else: early_stop_count += 1 if early_stop_count >= config['early_stop']: print('\nModel is not improving, so we halt the training session.') return ``` # Baselines 根据作业 PDF 中的提示： - Simple Baseline (1.96993) - 运行所给的 sample code。 - Medium Baseline (1.15678) - 特征选择，简单手动的选择你认为关联性较大的特征。 - Strong Baseline (0.92619) - 尝试不同的优化器（如：Adam）。 - 应用 L2 正则化（SGD/Adam ... 优化器参数中的 weight_decay) - Boss Baseline (0.81456) - 尝试更好的特征选择，可以使用 sklearn.feature_selection.SelectKBest。 - 尝试不同的模型架构（调整 my_module.layers） - 调整其他超参数 # 参考链接 1. [PyTorch: What is the difference between tensor.cuda() and tensor.to(torch.device("cuda:0"))?](https://stackoverflow.com/questions/62907815/pytorch-what-is-the-difference-between-tensor-cuda-and-tensor-totorch-device) 1. [PyTorch Tutorial PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/environment.pdf) ================================================ FILE: HW01/covid_test.csv ================================================ 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1902,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0809513,1.0736993,12.882903,73.1253806,71.7618689,74.5113221,22.7814477,39.9547085,20.1663311,64.1134366,32.4863845,48.1830377,16.9816107,12.5780323,73.622049,12.7755939,39.3119085,10.6620554,1.0998833,1.1029831,12.3069227,73.3283384,71.9544174,74.0432299,22.4172554,38.9986956,20.5033488,63.9654276,32.3669274,47.6699097,16.3256783,12.1666963,73.0755821,12.8727213,39.3986778,10.6240143,0.9620615,0.9620615,11.8312837,73.9298891,72.5070172,74.3656419,22.2756808,37.4737799,19.8491056,63.2134004,32.632309,48.7428895,15.9170482,11.9523626,72.3896098,12.8680192,39.200412,9.619954 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1905,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.9262948,0.9416746,12.2322771,74.1279159,72.9536034,74.5373784,22.4580258,35.2808657,19.7781628,62.8427566,32.8745701,49.6821323,15.8736808,12.1104172,71.125168,12.8527951,39.1868492,9.7417848,0.9705276,1.0044207,12.0111805,73.6730147,72.5916352,75.0385654,22.4167988,32.4952884,18.5440078,62.960424,33.372639,49.0230094,15.5092268,11.8375211,69.8645593,13.282972,38.6112993,9.2812021,0.9542223,0.9845536,12.05632,73.0241613,71.8067265,74.7974442,21.8065369,31.9172296,18.5554295,63.4844298,33.8772252,48.2607517,15.0796361,11.4752778,69.2542807,13.9616487,39.1882502,8.9313515 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1907,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.9542223,0.9845536,12.05632,73.0241613,71.8067265,74.7974442,21.8065369,31.9172296,18.5554295,63.4844298,33.8772252,48.2607517,15.0796361,11.4752778,69.2542807,13.9616487,39.1882502,8.9313515,1.0113277,1.0340478,11.3315104,72.5469269,71.6851729,73.9797402,21.7523957,31.2806273,18.2902078,63.7997132,33.9412471,47.7295231,14.6220064,10.9939288,68.0811835,13.6779408,38.9139432,9.6914422,0.9577078,1.003852,11.2776718,73.3863393,72.210742,75.0437923,21.7845425,31.075868,18.3825041,63.7687287,33.8438502,48.2971069,14.4745725,10.9548726,67.8802193,13.5958105,39.2254679,9.3032334 1908,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0113277,1.0340478,11.3315104,72.5469269,71.6851729,73.9797402,21.7523957,31.2806273,18.2902078,63.7997132,33.9412471,47.7295231,14.6220064,10.9939288,68.0811835,13.6779408,38.9139432,9.6914422,0.9577078,1.003852,11.2776718,73.3863393,72.210742,75.0437923,21.7845425,31.075868,18.3825041,63.7687287,33.8438502,48.2971069,14.4745725,10.9548726,67.8802193,13.5958105,39.2254679,9.3032334,0.9871261,0.9941772,11.6772325,73.1211782,72.1544665,75.2736774,22.2023056,30.2107146,18.5347037,63.7896697,33.7737449,47.8332106,14.6929439,11.106414,67.0862752,13.3950154,39.1962381,8.7041238 1909,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.9577078,1.003852,11.2776718,73.3863393,72.210742,75.0437923,21.7845425,31.075868,18.3825041,63.7687287,33.8438502,48.2971069,14.4745725,10.9548726,67.8802193,13.5958105,39.2254679,9.3032334,0.9871261,0.9941772,11.6772325,73.1211782,72.1544665,75.2736774,22.2023056,30.2107146,18.5347037,63.7896697,33.7737449,47.8332106,14.6929439,11.106414,67.0862752,13.3950154,39.1962381,8.7041238,1.0924139,1.0994605,11.4963721,72.4193769,72.5746348,75.5020192,22.2388074,29.1853618,19.0363651,64.4444494,33.9446527,47.1597182,14.7068716,10.9562413,66.6049536,13.6024288,39.1281443,8.7780158 1910,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.9871261,0.9941772,11.6772325,73.1211782,72.1544665,75.2736774,22.2023056,30.2107146,18.5347037,63.7896697,33.7737449,47.8332106,14.6929439,11.106414,67.0862752,13.3950154,39.1962381,8.7041238,1.0924139,1.0994605,11.4963721,72.4193769,72.5746348,75.5020192,22.2388074,29.1853618,19.0363651,64.4444494,33.9446527,47.1597182,14.7068716,10.9562413,66.6049536,13.6024288,39.1281443,8.7780158,1.0849379,1.0789021,10.7576708,72.009937,71.869799,75.2795327,22.2550084,29.1703487,18.2123832,64.7078732,33.4860147,44.4502257,14.1432176,10.2898535,66.1201867,13.6808082,39.0377082,8.5196403 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1939,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.4454302,1.4776153,12.7630314,72.4235952,71.3845199,74.4625332,27.3507355,15.2135439,16.2945642,64.9765003,36.0125822,43.2551848,17.8553394,12.869706,47.6990811,15.0149854,38.6775371,10.6821581,1.5013035,1.52424,13.4549155,71.9155334,71.3544544,73.912592,27.1437537,14.6138513,15.4767186,64.9742319,35.6400312,42.9692383,18.5387645,13.3596839,47.5708108,14.3972602,38.711415,11.1235111,1.5710668,1.599514,13.7417887,72.2218997,71.5278808,73.8383344,27.0500668,15.1465718,15.5838588,64.8008242,35.2399049,42.5830097,18.6416202,13.3203024,47.3966854,14.0277506,38.2374482,11.5355513 1940,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.5013035,1.52424,13.4549155,71.9155334,71.3544544,73.912592,27.1437537,14.6138513,15.4767186,64.9742319,35.6400312,42.9692383,18.5387645,13.3596839,47.5708108,14.3972602,38.711415,11.1235111,1.5710668,1.599514,13.7417887,72.2218997,71.5278808,73.8383344,27.0500668,15.1465718,15.5838588,64.8008242,35.2399049,42.5830097,18.6416202,13.3203024,47.3966854,14.0277506,38.2374482,11.5355513,1.5326468,1.5512027,13.7824855,72.2217205,71.1369037,74.2073416,26.9199227,14.8154794,14.988898,65.2084685,35.6776872,43.6045685,18.8246684,13.4662725,47.0615888,14.1476397,38.2002997,11.8181809 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1942,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.9754131,3.029591,26.5162347,71.0111482,71.9935871,62.9686282,23.6002045,24.7321128,18.5842714,63.3129767,32.0705362,51.6722087,33.7427557,26.9669047,70.6357378,2.9057031,33.3747051,20.7477641,3.1489306,3.211125,28.0399169,70.991944,72.1407132,63.2607726,22.260256,24.9218538,18.6921682,63.7315624,32.4789426,53.1326478,35.1971919,28.3449081,71.2329951,2.9601491,34.2689085,20.8428528,3.2989285,3.3838049,29.7763021,70.2569312,72.0053372,62.4218027,21.6060789,24.3402166,19.1406633,63.3270218,32.7562196,52.4999609,36.3138217,29.3858766,70.9089488,2.9808704,34.2823788,22.1287662 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1946,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.7696498,3.8703048,31.807217,70.4545279,72.5281372,64.8539188,19.9838431,26.2126885,20.0174071,60.2496603,31.4032639,52.5654908,38.4256266,31.2499829,71.7213932,2.7933356,35.0799931,23.2693651,3.8741409,3.989638,33.4287185,70.2738917,72.2551933,65.7503221,19.9155097,27.0612657,19.9001247,60.0180542,30.6618721,52.4791119,39.7494848,32.6648074,72.2954234,2.7795633,36.0279922,25.7658335,4.0658691,4.1819148,35.6642281,70.463335,71.838843,66.1666549,18.5537225,27.4739726,20.1486616,59.9543085,29.9329808,53.7077027,41.1561945,34.173041,73.1167995,2.5096173,36.4536142,27.1731894 1947,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.8741409,3.989638,33.4287185,70.2738917,72.2551933,65.7503221,19.9155097,27.0612657,19.9001247,60.0180542,30.6618721,52.4791119,39.7494848,32.6648074,72.2954234,2.7795633,36.0279922,25.7658335,4.0658691,4.1819148,35.6642281,70.463335,71.838843,66.1666549,18.5537225,27.4739726,20.1486616,59.9543085,29.9329808,53.7077027,41.1561945,34.173041,73.1167995,2.5096173,36.4536142,27.1731894,4.0380424,4.1728927,35.9108015,71.2008943,72.7674372,64.3769942,17.4125195,27.2951208,21.0468495,59.6405638,29.4176597,54.963614,41.6215819,34.8737615,73.1421794,2.4530663,36.151657,28.1631252 1948,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.0658691,4.1819148,35.6642281,70.463335,71.838843,66.1666549,18.5537225,27.4739726,20.1486616,59.9543085,29.9329808,53.7077027,41.1561945,34.173041,73.1167995,2.5096173,36.4536142,27.1731894,4.0380424,4.1728927,35.9108015,71.2008943,72.7674372,64.3769942,17.4125195,27.2951208,21.0468495,59.6405638,29.4176597,54.963614,41.6215819,34.8737615,73.1421794,2.4530663,36.151657,28.1631252,4.0437505,4.1608701,36.3137101,71.5907868,73.0738582,64.6339725,17.2719578,28.0101536,21.4034029,59.1384985,29.0202314,54.9383812,41.9731762,35.2502365,73.0725719,2.5193454,36.3388996,29.4653895 1949,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.0380424,4.1728927,35.9108015,71.2008943,72.7674372,64.3769942,17.4125195,27.2951208,21.0468495,59.6405638,29.4176597,54.963614,41.6215819,34.8737615,73.1421794,2.4530663,36.151657,28.1631252,4.0437505,4.1608701,36.3137101,71.5907868,73.0738582,64.6339725,17.2719578,28.0101536,21.4034029,59.1384985,29.0202314,54.9383812,41.9731762,35.2502365,73.0725719,2.5193454,36.3388996,29.4653895,4.0486232,4.09948,36.8626288,72.345217,72.8896623,65.0126898,16.7523411,29.0092833,20.8470002,59.488905,28.2454626,55.9899599,42.8667544,36.353462,73.7616706,2.4189768,36.6907631,29.857669 1950,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.0437505,4.1608701,36.3137101,71.5907868,73.0738582,64.6339725,17.2719578,28.0101536,21.4034029,59.1384985,29.0202314,54.9383812,41.9731762,35.2502365,73.0725719,2.5193454,36.3388996,29.4653895,4.0486232,4.09948,36.8626288,72.345217,72.8896623,65.0126898,16.7523411,29.0092833,20.8470002,59.488905,28.2454626,55.9899599,42.8667544,36.353462,73.7616706,2.4189768,36.6907631,29.857669,3.982414,4.041864,37.9796904,72.819142,72.7669412,64.1724264,16.4454695,29.2234719,20.806132,59.555053,27.5848693,55.818533,43.3033071,37.0865384,74.1162454,2.2836344,36.9801239,29.9759441 1951,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.0486232,4.09948,36.8626288,72.345217,72.8896623,65.0126898,16.7523411,29.0092833,20.8470002,59.488905,28.2454626,55.9899599,42.8667544,36.353462,73.7616706,2.4189768,36.6907631,29.857669,3.982414,4.041864,37.9796904,72.819142,72.7669412,64.1724264,16.4454695,29.2234719,20.806132,59.555053,27.5848693,55.818533,43.3033071,37.0865384,74.1162454,2.2836344,36.9801239,29.9759441,4.0591896,4.1262201,39.3032134,71.8641625,72.2303216,62.9447812,17.2861956,28.0443984,20.3865035,60.3822551,28.3749217,55.6868301,44.0595601,37.9339669,74.0079747,2.3111604,36.7713535,31.7019976 1952,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.982414,4.041864,37.9796904,72.819142,72.7669412,64.1724264,16.4454695,29.2234719,20.806132,59.555053,27.5848693,55.818533,43.3033071,37.0865384,74.1162454,2.2836344,36.9801239,29.9759441,4.0591896,4.1262201,39.3032134,71.8641625,72.2303216,62.9447812,17.2861956,28.0443984,20.3865035,60.3822551,28.3749217,55.6868301,44.0595601,37.9339669,74.0079747,2.3111604,36.7713535,31.7019976,4.117627,4.1485723,39.3402601,72.7808851,72.5979872,62.7210232,16.7356957,29.1554522,19.7047761,59.5879479,28.4781994,55.3057585,44.441678,38.1677602,74.1320773,2.3854954,36.378001,31.3899848 1953,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.0591896,4.1262201,39.3032134,71.8641625,72.2303216,62.9447812,17.2861956,28.0443984,20.3865035,60.3822551,28.3749217,55.6868301,44.0595601,37.9339669,74.0079747,2.3111604,36.7713535,31.7019976,4.117627,4.1485723,39.3402601,72.7808851,72.5979872,62.7210232,16.7356957,29.1554522,19.7047761,59.5879479,28.4781994,55.3057585,44.441678,38.1677602,74.1320773,2.3854954,36.378001,31.3899848,4.1948432,4.2538024,39.4564144,72.4409164,72.654698,61.3782112,17.1562973,28.7415526,19.5003108,59.8289511,28.0034117,53.9630881,45.0050238,38.7968669,74.4334584,2.5043639,35.9363502,32.5082444 1954,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.117627,4.1485723,39.3402601,72.7808851,72.5979872,62.7210232,16.7356957,29.1554522,19.7047761,59.5879479,28.4781994,55.3057585,44.441678,38.1677602,74.1320773,2.3854954,36.378001,31.3899848,4.1948432,4.2538024,39.4564144,72.4409164,72.654698,61.3782112,17.1562973,28.7415526,19.5003108,59.8289511,28.0034117,53.9630881,45.0050238,38.7968669,74.4334584,2.5043639,35.9363502,32.5082444,4.5279881,4.5545983,40.8822155,71.7633116,71.959787,62.2967559,17.1316841,29.8600571,19.3482816,60.3517137,27.9558986,53.7168571,46.724854,40.3987913,75.2191939,2.4371939,36.3088783,33.0508559 1955,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.1948432,4.2538024,39.4564144,72.4409164,72.654698,61.3782112,17.1562973,28.7415526,19.5003108,59.8289511,28.0034117,53.9630881,45.0050238,38.7968669,74.4334584,2.5043639,35.9363502,32.5082444,4.5279881,4.5545983,40.8822155,71.7633116,71.959787,62.2967559,17.1316841,29.8600571,19.3482816,60.3517137,27.9558986,53.7168571,46.724854,40.3987913,75.2191939,2.4371939,36.3088783,33.0508559,4.6596733,4.6828419,40.5542216,71.4047771,71.2865073,61.4336643,16.6459019,29.3679672,19.0959363,60.7433965,27.7458222,53.7856991,47.159176,40.4300986,76.2540464,2.3817315,35.5551455,33.1975048 1956,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.5279881,4.5545983,40.8822155,71.7633116,71.959787,62.2967559,17.1316841,29.8600571,19.3482816,60.3517137,27.9558986,53.7168571,46.724854,40.3987913,75.2191939,2.4371939,36.3088783,33.0508559,4.6596733,4.6828419,40.5542216,71.4047771,71.2865073,61.4336643,16.6459019,29.3679672,19.0959363,60.7433965,27.7458222,53.7856991,47.159176,40.4300986,76.2540464,2.3817315,35.5551455,33.1975048,4.7003519,4.7507039,40.225371,70.385828,70.601007,61.5416384,16.0433689,29.8722383,19.0401208,59.2889865,26.8325934,52.9681491,46.7836585,40.0810012,76.3867566,2.4214797,35.4668543,34.1872228 1957,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.6596733,4.6828419,40.5542216,71.4047771,71.2865073,61.4336643,16.6459019,29.3679672,19.0959363,60.7433965,27.7458222,53.7856991,47.159176,40.4300986,76.2540464,2.3817315,35.5551455,33.1975048,4.7003519,4.7507039,40.225371,70.385828,70.601007,61.5416384,16.0433689,29.8722383,19.0401208,59.2889865,26.8325934,52.9681491,46.7836585,40.0810012,76.3867566,2.4214797,35.4668543,34.1872228,4.8003774,4.8788219,40.5008718,70.8964967,71.5094501,62.3489243,15.6767177,30.2868938,19.0767893,58.4086174,26.6264775,53.7783024,46.8800299,40.1080312,77.072546,2.5805851,35.9040425,35.6194781 1958,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.7003519,4.7507039,40.225371,70.385828,70.601007,61.5416384,16.0433689,29.8722383,19.0401208,59.2889865,26.8325934,52.9681491,46.7836585,40.0810012,76.3867566,2.4214797,35.4668543,34.1872228,4.8003774,4.8788219,40.5008718,70.8964967,71.5094501,62.3489243,15.6767177,30.2868938,19.0767893,58.4086174,26.6264775,53.7783024,46.8800299,40.1080312,77.072546,2.5805851,35.9040425,35.6194781,4.6069875,4.6572634,39.2964098,71.2640438,71.463389,62.3676895,14.6014159,30.5029677,19.5264588,58.0164877,25.6984452,53.5454442,46.1401276,39.3969946,77.3857216,2.5241872,36.2532998,36.0330215 1959,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.8003774,4.8788219,40.5008718,70.8964967,71.5094501,62.3489243,15.6767177,30.2868938,19.0767893,58.4086174,26.6264775,53.7783024,46.8800299,40.1080312,77.072546,2.5805851,35.9040425,35.6194781,4.6069875,4.6572634,39.2964098,71.2640438,71.463389,62.3676895,14.6014159,30.5029677,19.5264588,58.0164877,25.6984452,53.5454442,46.1401276,39.3969946,77.3857216,2.5241872,36.2532998,36.0330215,4.6738148,4.7741714,39.2235237,70.3653485,70.8416004,62.5632943,14.509175,29.5579176,20.0877257,59.5420448,25.8303482,53.5634097,45.7057407,39.2023888,77.1354858,2.3485834,36.8363386,35.7508674 1960,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.6069875,4.6572634,39.2964098,71.2640438,71.463389,62.3676895,14.6014159,30.5029677,19.5264588,58.0164877,25.6984452,53.5454442,46.1401276,39.3969946,77.3857216,2.5241872,36.2532998,36.0330215,4.6738148,4.7741714,39.2235237,70.3653485,70.8416004,62.5632943,14.509175,29.5579176,20.0877257,59.5420448,25.8303482,53.5634097,45.7057407,39.2023888,77.1354858,2.3485834,36.8363386,35.7508674,4.4766615,4.59193,38.4626423,69.7780532,70.1084433,64.0188427,14.1414865,30.1532311,19.8816683,59.4342017,26.1493639,53.1533959,45.2954789,38.6307485,77.1868142,2.5222058,36.9323281,35.5411715 1961,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.6738148,4.7741714,39.2235237,70.3653485,70.8416004,62.5632943,14.509175,29.5579176,20.0877257,59.5420448,25.8303482,53.5634097,45.7057407,39.2023888,77.1354858,2.3485834,36.8363386,35.7508674,4.4766615,4.59193,38.4626423,69.7780532,70.1084433,64.0188427,14.1414865,30.1532311,19.8816683,59.4342017,26.1493639,53.1533959,45.2954789,38.6307485,77.1868142,2.5222058,36.9323281,35.5411715,4.2348623,4.3702211,37.2060805,68.9964872,69.3931545,63.4061881,13.9591551,29.9896963,19.5430577,58.3261209,26.1322811,52.159382,43.7433213,37.1509181,77.0843603,2.5075117,36.8974271,35.8318739 1962,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.4766615,4.59193,38.4626423,69.7780532,70.1084433,64.0188427,14.1414865,30.1532311,19.8816683,59.4342017,26.1493639,53.1533959,45.2954789,38.6307485,77.1868142,2.5222058,36.9323281,35.5411715,4.2348623,4.3702211,37.2060805,68.9964872,69.3931545,63.4061881,13.9591551,29.9896963,19.5430577,58.3261209,26.1322811,52.159382,43.7433213,37.1509181,77.0843603,2.5075117,36.8974271,35.8318739,4.015623,4.1941856,37.2181411,68.9866038,69.3629066,64.7007078,13.5086867,29.9142213,19.5827412,57.44038,25.5197356,52.190951,43.4157291,37.025798,76.7694677,2.3774969,37.5288465,37.344048 1963,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.2348623,4.3702211,37.2060805,68.9964872,69.3931545,63.4061881,13.9591551,29.9896963,19.5430577,58.3261209,26.1322811,52.159382,43.7433213,37.1509181,77.0843603,2.5075117,36.8974271,35.8318739,4.015623,4.1941856,37.2181411,68.9866038,69.3629066,64.7007078,13.5086867,29.9142213,19.5827412,57.44038,25.5197356,52.190951,43.4157291,37.025798,76.7694677,2.3774969,37.5288465,37.344048,4.1291234,4.3139892,36.9809695,69.435854,69.2273269,64.1984935,13.8881554,29.1722384,19.2181851,58.6810636,26.1336061,52.968365,43.7658871,37.2379244,77.1711089,2.3265364,38.086388,37.5759682 1964,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.015623,4.1941856,37.2181411,68.9866038,69.3629066,64.7007078,13.5086867,29.9142213,19.5827412,57.44038,25.5197356,52.190951,43.4157291,37.025798,76.7694677,2.3774969,37.5288465,37.344048,4.1291234,4.3139892,36.9809695,69.435854,69.2273269,64.1984935,13.8881554,29.1722384,19.2181851,58.6810636,26.1336061,52.968365,43.7658871,37.2379244,77.1711089,2.3265364,38.086388,37.5759682,3.9374545,4.1088368,36.2771473,68.4238563,68.4059505,63.2888307,14.0654472,28.9237198,20.2485574,60.0709329,26.5317741,51.6029329,43.1092357,36.817308,76.5118722,2.2290328,37.5340034,37.7784627 1965,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.1291234,4.3139892,36.9809695,69.435854,69.2273269,64.1984935,13.8881554,29.1722384,19.2181851,58.6810636,26.1336061,52.968365,43.7658871,37.2379244,77.1711089,2.3265364,38.086388,37.5759682,3.9374545,4.1088368,36.2771473,68.4238563,68.4059505,63.2888307,14.0654472,28.9237198,20.2485574,60.0709329,26.5317741,51.6029329,43.1092357,36.817308,76.5118722,2.2290328,37.5340034,37.7784627,3.9814058,4.1518064,35.8899802,68.1703901,68.5779904,63.3517299,14.3053629,29.1588867,20.3898365,60.0402305,26.7417389,52.2224856,42.8352863,36.6044001,76.6230409,2.1576116,37.0984207,38.0086238 1966,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.9374545,4.1088368,36.2771473,68.4238563,68.4059505,63.2888307,14.0654472,28.9237198,20.2485574,60.0709329,26.5317741,51.6029329,43.1092357,36.817308,76.5118722,2.2290328,37.5340034,37.7784627,3.9814058,4.1518064,35.8899802,68.1703901,68.5779904,63.3517299,14.3053629,29.1588867,20.3898365,60.0402305,26.7417389,52.2224856,42.8352863,36.6044001,76.6230409,2.1576116,37.0984207,38.0086238,3.9338592,4.0618308,35.3996695,68.4863366,69.4215084,62.6501263,14.4289461,28.6632923,20.8281153,59.058645,26.0676184,52.3369101,42.3642477,35.9001263,76.9007828,2.1742738,36.985587,38.9372367 1967,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.9814058,4.1518064,35.8899802,68.1703901,68.5779904,63.3517299,14.3053629,29.1588867,20.3898365,60.0402305,26.7417389,52.2224856,42.8352863,36.6044001,76.6230409,2.1576116,37.0984207,38.0086238,3.9338592,4.0618308,35.3996695,68.4863366,69.4215084,62.6501263,14.4289461,28.6632923,20.8281153,59.058645,26.0676184,52.3369101,42.3642477,35.9001263,76.9007828,2.1742738,36.985587,38.9372367,3.7846559,3.8693787,34.6050502,69.499865,70.2152306,63.0670484,14.7062223,29.3994338,20.8055892,58.7401125,26.6142595,53.4225528,41.0279653,34.853492,76.603194,2.0543225,36.2817644,39.2302713 1968,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.9338592,4.0618308,35.3996695,68.4863366,69.4215084,62.6501263,14.4289461,28.6632923,20.8281153,59.058645,26.0676184,52.3369101,42.3642477,35.9001263,76.9007828,2.1742738,36.985587,38.9372367,3.7846559,3.8693787,34.6050502,69.499865,70.2152306,63.0670484,14.7062223,29.3994338,20.8055892,58.7401125,26.6142595,53.4225528,41.0279653,34.853492,76.603194,2.0543225,36.2817644,39.2302713,3.642364,3.7493644,33.7616662,70.4924942,70.5805906,63.438086,15.0267053,29.9690425,21.2198606,59.5376479,26.9414495,54.7110193,40.1457849,34.0623284,76.6260885,2.1163579,36.4173202,39.0491761 1969,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.7846559,3.8693787,34.6050502,69.499865,70.2152306,63.0670484,14.7062223,29.3994338,20.8055892,58.7401125,26.6142595,53.4225528,41.0279653,34.853492,76.603194,2.0543225,36.2817644,39.2302713,3.642364,3.7493644,33.7616662,70.4924942,70.5805906,63.438086,15.0267053,29.9690425,21.2198606,59.5376479,26.9414495,54.7110193,40.1457849,34.0623284,76.6260885,2.1163579,36.4173202,39.0491761,3.6850859,3.7616652,33.6158757,69.1593475,69.9684721,62.1087205,16.036016,28.911044,20.6406706,60.5926819,28.7120277,54.233279,39.2367464,33.2120383,76.2931002,2.2871797,35.7455539,37.4916658 1970,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.642364,3.7493644,33.7616662,70.4924942,70.5805906,63.438086,15.0267053,29.9690425,21.2198606,59.5376479,26.9414495,54.7110193,40.1457849,34.0623284,76.6260885,2.1163579,36.4173202,39.0491761,3.6850859,3.7616652,33.6158757,69.1593475,69.9684721,62.1087205,16.036016,28.911044,20.6406706,60.5926819,28.7120277,54.233279,39.2367464,33.2120383,76.2931002,2.2871797,35.7455539,37.4916658,3.4582474,3.5392219,32.688415,68.2209104,69.8721046,61.3780108,16.8855641,28.7611836,22.0975509,61.1644393,29.6429982,52.2863059,37.7350272,31.905969,75.9649182,2.2885131,35.5723415,37.8604767 1971,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.6850859,3.7616652,33.6158757,69.1593475,69.9684721,62.1087205,16.036016,28.911044,20.6406706,60.5926819,28.7120277,54.233279,39.2367464,33.2120383,76.2931002,2.2871797,35.7455539,37.4916658,3.4582474,3.5392219,32.688415,68.2209104,69.8721046,61.3780108,16.8855641,28.7611836,22.0975509,61.1644393,29.6429982,52.2863059,37.7350272,31.905969,75.9649182,2.2885131,35.5723415,37.8604767,3.2521424,3.3123154,31.6886024,67.9803151,69.6759261,60.9073225,16.8042393,28.7728929,20.7401479,60.7402872,29.377067,52.9428484,37.331582,31.3212202,76.3604208,2.2768221,35.6161998,37.5258468 1972,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.4582474,3.5392219,32.688415,68.2209104,69.8721046,61.3780108,16.8855641,28.7611836,22.0975509,61.1644393,29.6429982,52.2863059,37.7350272,31.905969,75.9649182,2.2885131,35.5723415,37.8604767,3.2521424,3.3123154,31.6886024,67.9803151,69.6759261,60.9073225,16.8042393,28.7728929,20.7401479,60.7402872,29.377067,52.9428484,37.331582,31.3212202,76.3604208,2.2768221,35.6161998,37.5258468,3.0554332,3.1142143,30.8659859,68.604462,70.5031989,60.6143092,17.6845271,28.4806038,20.0578778,61.2751028,29.8941929,52.6091768,36.3224953,30.397358,76.6052512,2.4415006,35.5015133,36.1209941 1973,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.2521424,3.3123154,31.6886024,67.9803151,69.6759261,60.9073225,16.8042393,28.7728929,20.7401479,60.7402872,29.377067,52.9428484,37.331582,31.3212202,76.3604208,2.2768221,35.6161998,37.5258468,3.0554332,3.1142143,30.8659859,68.604462,70.5031989,60.6143092,17.6845271,28.4806038,20.0578778,61.2751028,29.8941929,52.6091768,36.3224953,30.397358,76.6052512,2.4415006,35.5015133,36.1209941,2.7538124,2.8307485,29.525777,68.0428804,69.5150132,61.091257,18.2160847,28.5055639,19.780769,61.8674515,30.8683742,52.5024283,34.8911525,29.2024705,76.3261095,2.5911204,35.0195322,35.2607519 1974,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,3.0554332,3.1142143,30.8659859,68.604462,70.5031989,60.6143092,17.6845271,28.4806038,20.0578778,61.2751028,29.8941929,52.6091768,36.3224953,30.397358,76.6052512,2.4415006,35.5015133,36.1209941,2.7538124,2.8307485,29.525777,68.0428804,69.5150132,61.091257,18.2160847,28.5055639,19.780769,61.8674515,30.8683742,52.5024283,34.8911525,29.2024705,76.3261095,2.5911204,35.0195322,35.2607519,2.7586652,2.8550886,28.1525134,67.5270794,68.8578287,60.7079158,18.6503439,28.9456191,20.1172343,62.2823942,30.8018514,51.433841,33.9546514,28.2034295,76.2071966,2.5174954,34.9222218,33.3978173 1975,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.7538124,2.8307485,29.525777,68.0428804,69.5150132,61.091257,18.2160847,28.5055639,19.780769,61.8674515,30.8683742,52.5024283,34.8911525,29.2024705,76.3261095,2.5911204,35.0195322,35.2607519,2.7586652,2.8550886,28.1525134,67.5270794,68.8578287,60.7079158,18.6503439,28.9456191,20.1172343,62.2823942,30.8018514,51.433841,33.9546514,28.2034295,76.2071966,2.5174954,34.9222218,33.3978173,2.7318594,2.7990396,27.9241508,65.9913152,67.2074832,59.8860899,19.3480173,28.2878151,19.3302729,62.5390862,31.6766592,49.7126414,33.2470177,27.6083489,75.2971611,2.4349015,34.5561347,31.9852918 1976,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.7586652,2.8550886,28.1525134,67.5270794,68.8578287,60.7079158,18.6503439,28.9456191,20.1172343,62.2823942,30.8018514,51.433841,33.9546514,28.2034295,76.2071966,2.5174954,34.9222218,33.3978173,2.7318594,2.7990396,27.9241508,65.9913152,67.2074832,59.8860899,19.3480173,28.2878151,19.3302729,62.5390862,31.6766592,49.7126414,33.2470177,27.6083489,75.2971611,2.4349015,34.5561347,31.9852918,2.6403887,2.7084343,26.7495296,67.4778816,68.07779,60.4879061,20.1931562,29.5376886,19.8518567,62.568844,32.3142639,49.6731792,32.5904914,27.0046574,75.2689545,2.3379506,35.1290259,32.5551874 1977,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.7318594,2.7990396,27.9241508,65.9913152,67.2074832,59.8860899,19.3480173,28.2878151,19.3302729,62.5390862,31.6766592,49.7126414,33.2470177,27.6083489,75.2971611,2.4349015,34.5561347,31.9852918,2.6403887,2.7084343,26.7495296,67.4778816,68.07779,60.4879061,20.1931562,29.5376886,19.8518567,62.568844,32.3142639,49.6731792,32.5904914,27.0046574,75.2689545,2.3379506,35.1290259,32.5551874,2.450299,2.505408,26.2648682,67.5884724,67.4186637,61.0976236,21.0048894,29.5034667,18.7848509,62.8632526,32.9453497,50.1101848,32.0882224,26.3627312,74.859718,2.5922971,34.666372,30.9461824 1978,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.6403887,2.7084343,26.7495296,67.4778816,68.07779,60.4879061,20.1931562,29.5376886,19.8518567,62.568844,32.3142639,49.6731792,32.5904914,27.0046574,75.2689545,2.3379506,35.1290259,32.5551874,2.450299,2.505408,26.2648682,67.5884724,67.4186637,61.0976236,21.0048894,29.5034667,18.7848509,62.8632526,32.9453497,50.1101848,32.0882224,26.3627312,74.859718,2.5922971,34.666372,30.9461824,2.4705222,2.526286,25.5121145,67.3891813,66.6247387,62.2438485,22.4123005,29.3561413,20.0764553,64.5643417,34.2821972,48.8543616,30.9217079,25.3068958,73.8876111,2.6604563,34.1571526,30.7657519 1979,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.450299,2.505408,26.2648682,67.5884724,67.4186637,61.0976236,21.0048894,29.5034667,18.7848509,62.8632526,32.9453497,50.1101848,32.0882224,26.3627312,74.859718,2.5922971,34.666372,30.9461824,2.4705222,2.526286,25.5121145,67.3891813,66.6247387,62.2438485,22.4123005,29.3561413,20.0764553,64.5643417,34.2821972,48.8543616,30.9217079,25.3068958,73.8876111,2.6604563,34.1571526,30.7657519,2.2270953,2.2814091,25.0682028,65.5615696,64.5530213,62.3385865,22.2015293,29.6346117,19.6882472,64.4841773,35.0203352,47.9819569,30.1896315,24.7427909,72.8059165,2.7052244,33.6262347,31.0912401 1980,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.4705222,2.526286,25.5121145,67.3891813,66.6247387,62.2438485,22.4123005,29.3561413,20.0764553,64.5643417,34.2821972,48.8543616,30.9217079,25.3068958,73.8876111,2.6604563,34.1571526,30.7657519,2.2270953,2.2814091,25.0682028,65.5615696,64.5530213,62.3385865,22.2015293,29.6346117,19.6882472,64.4841773,35.0203352,47.9819569,30.1896315,24.7427909,72.8059165,2.7052244,33.6262347,31.0912401,2.2457516,2.2905477,23.9127043,65.0104153,64.2016147,61.8090282,22.8787355,29.7632892,20.5631852,64.8741316,35.2602978,47.2707033,29.2192151,23.8538515,72.4288387,2.8344674,33.3830478,30.1699489 1981,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.2270953,2.2814091,25.0682028,65.5615696,64.5530213,62.3385865,22.2015293,29.6346117,19.6882472,64.4841773,35.0203352,47.9819569,30.1896315,24.7427909,72.8059165,2.7052244,33.6262347,31.0912401,2.2457516,2.2905477,23.9127043,65.0104153,64.2016147,61.8090282,22.8787355,29.7632892,20.5631852,64.8741316,35.2602978,47.2707033,29.2192151,23.8538515,72.4288387,2.8344674,33.3830478,30.1699489,2.0462879,2.0738476,23.8424721,65.8975167,65.4492855,62.1572307,23.7519275,29.476975,21.3449673,65.0995313,36.3781952,47.9774263,28.9379211,23.4478026,72.2788249,2.9163266,34.0557999,30.3191243 1982,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.2457516,2.2905477,23.9127043,65.0104153,64.2016147,61.8090282,22.8787355,29.7632892,20.5631852,64.8741316,35.2602978,47.2707033,29.2192151,23.8538515,72.4288387,2.8344674,33.3830478,30.1699489,2.0462879,2.0738476,23.8424721,65.8975167,65.4492855,62.1572307,23.7519275,29.476975,21.3449673,65.0995313,36.3781952,47.9774263,28.9379211,23.4478026,72.2788249,2.9163266,34.0557999,30.3191243,1.8680097,1.8770315,22.9462617,66.0312632,67.2695106,62.795426,24.1635553,29.0322216,21.7213186,64.9962944,36.7048695,48.0887895,28.3957024,22.8853302,71.7264607,3.0357192,34.5610859,31.2437907 1983,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2.0462879,2.0738476,23.8424721,65.8975167,65.4492855,62.1572307,23.7519275,29.476975,21.3449673,65.0995313,36.3781952,47.9774263,28.9379211,23.4478026,72.2788249,2.9163266,34.0557999,30.3191243,1.8680097,1.8770315,22.9462617,66.0312632,67.2695106,62.795426,24.1635553,29.0322216,21.7213186,64.9962944,36.7048695,48.0887895,28.3957024,22.8853302,71.7264607,3.0357192,34.5610859,31.2437907,1.7881082,1.7941504,21.5729289,64.4835606,66.7574699,62.4510805,24.5850643,28.0961396,21.3968514,65.3485927,36.3926019,46.1802019,26.9836416,21.6939698,70.8853827,3.1338113,34.0180515,30.243595 1984,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.8680097,1.8770315,22.9462617,66.0312632,67.2695106,62.795426,24.1635553,29.0322216,21.7213186,64.9962944,36.7048695,48.0887895,28.3957024,22.8853302,71.7264607,3.0357192,34.5610859,31.2437907,1.7881082,1.7941504,21.5729289,64.4835606,66.7574699,62.4510805,24.5850643,28.0961396,21.3968514,65.3485927,36.3926019,46.1802019,26.9836416,21.6939698,70.8853827,3.1338113,34.0180515,30.243595,1.6751849,1.706292,20.7666744,64.7070978,67.5899008,63.8644475,24.3380897,27.6611132,21.6765435,65.5987274,36.7106057,45.8073772,26.1992361,21.2510927,69.8688677,2.989253,34.170501,29.1526858 1985,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.7881082,1.7941504,21.5729289,64.4835606,66.7574699,62.4510805,24.5850643,28.0961396,21.3968514,65.3485927,36.3926019,46.1802019,26.9836416,21.6939698,70.8853827,3.1338113,34.0180515,30.243595,1.6751849,1.706292,20.7666744,64.7070978,67.5899008,63.8644475,24.3380897,27.6611132,21.6765435,65.5987274,36.7106057,45.8073772,26.1992361,21.2510927,69.8688677,2.989253,34.170501,29.1526858,1.7139844,1.7274878,20.4428743,64.7113935,68.1627195,63.0086677,23.9720441,26.9554756,20.853925,64.9333928,36.5220557,46.2161581,25.6935576,20.6220293,70.1780987,3.0442608,34.8711878,27.517133 1986,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.6751849,1.706292,20.7666744,64.7070978,67.5899008,63.8644475,24.3380897,27.6611132,21.6765435,65.5987274,36.7106057,45.8073772,26.1992361,21.2510927,69.8688677,2.989253,34.170501,29.1526858,1.7139844,1.7274878,20.4428743,64.7113935,68.1627195,63.0086677,23.9720441,26.9554756,20.853925,64.9333928,36.5220557,46.2161581,25.6935576,20.6220293,70.1780987,3.0442608,34.8711878,27.517133,1.7025541,1.733668,19.3333237,64.5562892,67.7891094,62.3941408,24.72558,25.4841844,20.9673705,65.353233,36.7606626,46.1698473,24.4378476,19.3231973,70.0755108,2.9290185,35.1807717,25.9455927 1987,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.7139844,1.7274878,20.4428743,64.7113935,68.1627195,63.0086677,23.9720441,26.9554756,20.853925,64.9333928,36.5220557,46.2161581,25.6935576,20.6220293,70.1780987,3.0442608,34.8711878,27.517133,1.7025541,1.733668,19.3333237,64.5562892,67.7891094,62.3941408,24.72558,25.4841844,20.9673705,65.353233,36.7606626,46.1698473,24.4378476,19.3231973,70.0755108,2.9290185,35.1807717,25.9455927,1.4552182,1.492263,19.3827346,64.7101576,68.0362104,63.4447375,24.2275783,24.8144636,20.9506316,65.4669887,37.2991598,45.022357,24.1305539,19.2524915,69.2740943,2.7985998,34.4140159,24.9999812 1988,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.7025541,1.733668,19.3333237,64.5562892,67.7891094,62.3941408,24.72558,25.4841844,20.9673705,65.353233,36.7606626,46.1698473,24.4378476,19.3231973,70.0755108,2.9290185,35.1807717,25.9455927,1.4552182,1.492263,19.3827346,64.7101576,68.0362104,63.4447375,24.2275783,24.8144636,20.9506316,65.4669887,37.2991598,45.022357,24.1305539,19.2524915,69.2740943,2.7985998,34.4140159,24.9999812,1.5083078,1.5444219,18.9336561,63.9048209,67.6534674,63.4972418,23.8449106,23.9482331,20.2377399,65.7166516,37.266433,44.3172268,23.4158316,18.9986145,68.7240484,2.9503137,34.0019328,25.976549 1989,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.4552182,1.492263,19.3827346,64.7101576,68.0362104,63.4447375,24.2275783,24.8144636,20.9506316,65.4669887,37.2991598,45.022357,24.1305539,19.2524915,69.2740943,2.7985998,34.4140159,24.9999812,1.5083078,1.5444219,18.9336561,63.9048209,67.6534674,63.4972418,23.8449106,23.9482331,20.2377399,65.7166516,37.266433,44.3172268,23.4158316,18.9986145,68.7240484,2.9503137,34.0019328,25.976549,1.7102894,1.7339172,18.6321625,64.5409917,67.268181,62.8183644,23.6512127,23.0589596,19.8297407,65.6818149,37.4660405,43.752671,22.5180316,18.1236895,68.6981115,3.0038302,33.581032,24.7019903 1990,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.5083078,1.5444219,18.9336561,63.9048209,67.6534674,63.4972418,23.8449106,23.9482331,20.2377399,65.7166516,37.266433,44.3172268,23.4158316,18.9986145,68.7240484,2.9503137,34.0019328,25.976549,1.7102894,1.7339172,18.6321625,64.5409917,67.268181,62.8183644,23.6512127,23.0589596,19.8297407,65.6818149,37.4660405,43.752671,22.5180316,18.1236895,68.6981115,3.0038302,33.581032,24.7019903,1.554885,1.5927474,19.0635694,66.0544408,67.4265968,63.5069133,23.4391632,22.669081,19.7716511,65.5292049,37.6870237,45.6677815,22.7021566,18.256161,68.0720085,2.9955044,33.454103,24.8344373 1991,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.7102894,1.7339172,18.6321625,64.5409917,67.268181,62.8183644,23.6512127,23.0589596,19.8297407,65.6818149,37.4660405,43.752671,22.5180316,18.1236895,68.6981115,3.0038302,33.581032,24.7019903,1.554885,1.5927474,19.0635694,66.0544408,67.4265968,63.5069133,23.4391632,22.669081,19.7716511,65.5292049,37.6870237,45.6677815,22.7021566,18.256161,68.0720085,2.9955044,33.454103,24.8344373,1.4918319,1.5055946,18.337176,66.1034678,67.7004528,62.9705952,24.1880244,22.9274513,18.9679423,65.8968894,38.3272619,45.9210196,21.6090402,16.9890859,68.0588953,3.0868561,32.9116995,24.865236 1992,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.554885,1.5927474,19.0635694,66.0544408,67.4265968,63.5069133,23.4391632,22.669081,19.7716511,65.5292049,37.6870237,45.6677815,22.7021566,18.256161,68.0720085,2.9955044,33.454103,24.8344373,1.4918319,1.5055946,18.337176,66.1034678,67.7004528,62.9705952,24.1880244,22.9274513,18.9679423,65.8968894,38.3272619,45.9210196,21.6090402,16.9890859,68.0588953,3.0868561,32.9116995,24.865236,1.4184056,1.4641247,17.3392581,65.9846242,67.5842501,63.4111036,24.7450802,22.6716657,18.8528119,66.4580836,38.9807832,45.0560517,20.8940139,16.5491422,66.7739746,3.1125243,32.0641819,23.4858697 1993,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.4918319,1.5055946,18.337176,66.1034678,67.7004528,62.9705952,24.1880244,22.9274513,18.9679423,65.8968894,38.3272619,45.9210196,21.6090402,16.9890859,68.0588953,3.0868561,32.9116995,24.865236,1.4184056,1.4641247,17.3392581,65.9846242,67.5842501,63.4111036,24.7450802,22.6716657,18.8528119,66.4580836,38.9807832,45.0560517,20.8940139,16.5491422,66.7739746,3.1125243,32.0641819,23.4858697,1.5297086,1.5594641,17.4465061,66.7438243,68.8528359,64.1921363,25.2533172,22.4458051,18.2700522,66.8781127,39.5235115,44.7906354,21.1012512,16.7920708,65.7372014,3.4503069,31.8999107,23.3333383 1994,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.4184056,1.4641247,17.3392581,65.9846242,67.5842501,63.4111036,24.7450802,22.6716657,18.8528119,66.4580836,38.9807832,45.0560517,20.8940139,16.5491422,66.7739746,3.1125243,32.0641819,23.4858697,1.5297086,1.5594641,17.4465061,66.7438243,68.8528359,64.1921363,25.2533172,22.4458051,18.2700522,66.8781127,39.5235115,44.7906354,21.1012512,16.7920708,65.7372014,3.4503069,31.8999107,23.3333383,1.5334261,1.5543833,16.7752616,67.9772421,69.3001454,63.3470675,25.1465911,22.2956106,17.6238483,67.0312508,39.5725546,44.2196411,20.3232641,15.9445292,65.5617196,3.570581,33.341617,22.7399222 1995,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.5297086,1.5594641,17.4465061,66.7438243,68.8528359,64.1921363,25.2533172,22.4458051,18.2700522,66.8781127,39.5235115,44.7906354,21.1012512,16.7920708,65.7372014,3.4503069,31.8999107,23.3333383,1.5334261,1.5543833,16.7752616,67.9772421,69.3001454,63.3470675,25.1465911,22.2956106,17.6238483,67.0312508,39.5725546,44.2196411,20.3232641,15.9445292,65.5617196,3.570581,33.341617,22.7399222,1.4806852,1.5019067,16.2249641,68.3716688,69.2247684,63.8361977,25.6756805,21.1971862,17.0853264,67.6548317,39.7949382,44.0341691,19.942077,15.469298,64.9975581,3.4743931,33.7646045,21.1566632 1996,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.5334261,1.5543833,16.7752616,67.9772421,69.3001454,63.3470675,25.1465911,22.2956106,17.6238483,67.0312508,39.5725546,44.2196411,20.3232641,15.9445292,65.5617196,3.570581,33.341617,22.7399222,1.4806852,1.5019067,16.2249641,68.3716688,69.2247684,63.8361977,25.6756805,21.1971862,17.0853264,67.6548317,39.7949382,44.0341691,19.942077,15.469298,64.9975581,3.4743931,33.7646045,21.1566632,1.1857703,1.2288433,15.4006516,68.0017218,68.5867583,64.6891611,25.5901901,21.2454037,16.9051024,67.8364249,40.5735648,44.8308836,19.57532,15.0499063,64.5981761,3.3777251,34.9512117,20.4407257 1997,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.4806852,1.5019067,16.2249641,68.3716688,69.2247684,63.8361977,25.6756805,21.1971862,17.0853264,67.6548317,39.7949382,44.0341691,19.942077,15.469298,64.9975581,3.4743931,33.7646045,21.1566632,1.1857703,1.2288433,15.4006516,68.0017218,68.5867583,64.6891611,25.5901901,21.2454037,16.9051024,67.8364249,40.5735648,44.8308836,19.57532,15.0499063,64.5981761,3.3777251,34.9512117,20.4407257,1.2456446,1.262817,14.4997102,66.4806225,67.1923545,64.49649,25.8589023,20.6557796,16.5390278,68.0666243,41.1376925,42.6349169,18.6175287,14.4488996,63.9325932,3.5855082,34.5085215,17.9873221 1998,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1857703,1.2288433,15.4006516,68.0017218,68.5867583,64.6891611,25.5901901,21.2454037,16.9051024,67.8364249,40.5735648,44.8308836,19.57532,15.0499063,64.5981761,3.3777251,34.9512117,20.4407257,1.2456446,1.262817,14.4997102,66.4806225,67.1923545,64.49649,25.8589023,20.6557796,16.5390278,68.0666243,41.1376925,42.6349169,18.6175287,14.4488996,63.9325932,3.5855082,34.5085215,17.9873221,1.3786104,1.3759601,14.3762522,66.5229414,66.6026103,63.8708787,26.3693001,19.4923955,15.8750921,67.8447595,41.8410237,42.1509046,18.6684272,14.8259966,62.9168892,3.5786519,35.2957078,17.1592901 1999,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.2456446,1.262817,14.4997102,66.4806225,67.1923545,64.49649,25.8589023,20.6557796,16.5390278,68.0666243,41.1376925,42.6349169,18.6175287,14.4488996,63.9325932,3.5855082,34.5085215,17.9873221,1.3786104,1.3759601,14.3762522,66.5229414,66.6026103,63.8708787,26.3693001,19.4923955,15.8750921,67.8447595,41.8410237,42.1509046,18.6684272,14.8259966,62.9168892,3.5786519,35.2957078,17.1592901,1.3046093,1.3310211,13.7290768,66.0729221,66.7800135,64.0107723,26.2742917,18.6342803,15.6687089,68.0544195,41.8062954,42.8553003,18.1334939,14.029668,62.4770862,3.6304855,35.4042521,16.6666847 2000,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.3786104,1.3759601,14.3762522,66.5229414,66.6026103,63.8708787,26.3693001,19.4923955,15.8750921,67.8447595,41.8410237,42.1509046,18.6684272,14.8259966,62.9168892,3.5786519,35.2957078,17.1592901,1.3046093,1.3310211,13.7290768,66.0729221,66.7800135,64.0107723,26.2742917,18.6342803,15.6687089,68.0544195,41.8062954,42.8553003,18.1334939,14.029668,62.4770862,3.6304855,35.4042521,16.6666847,1.1032621,1.1359418,12.9131869,65.8735975,66.2321866,63.1124592,25.886051,17.7411632,15.7777339,67.9861191,41.2926881,42.2175733,16.9139743,13.0658939,61.9193303,3.1610681,35.7142983,15.3918197 2001,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.3046093,1.3310211,13.7290768,66.0729221,66.7800135,64.0107723,26.2742917,18.6342803,15.6687089,68.0544195,41.8062954,42.8553003,18.1334939,14.029668,62.4770862,3.6304855,35.4042521,16.6666847,1.1032621,1.1359418,12.9131869,65.8735975,66.2321866,63.1124592,25.886051,17.7411632,15.7777339,67.9861191,41.2926881,42.2175733,16.9139743,13.0658939,61.9193303,3.1610681,35.7142983,15.3918197,1.1082894,1.1454953,12.6734826,63.6005162,65.3241672,63.3456513,26.9026552,17.0481313,15.292184,67.8083624,41.1308984,43.2013899,16.7982529,12.7738079,60.9303314,3.1174783,35.1851974,14.5753025 2002,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1032621,1.1359418,12.9131869,65.8735975,66.2321866,63.1124592,25.886051,17.7411632,15.7777339,67.9861191,41.2926881,42.2175733,16.9139743,13.0658939,61.9193303,3.1610681,35.7142983,15.3918197,1.1082894,1.1454953,12.6734826,63.6005162,65.3241672,63.3456513,26.9026552,17.0481313,15.292184,67.8083624,41.1308984,43.2013899,16.7982529,12.7738079,60.9303314,3.1174783,35.1851974,14.5753025,1.0947653,1.1321868,12.3193215,62.8453464,63.9770539,62.2655268,26.478106,16.2875375,15.6801741,67.0636928,40.7786965,43.1263145,16.5980853,12.6124896,59.6407399,3.1940744,35.1975549,13.3268677 2003,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1082894,1.1454953,12.6734826,63.6005162,65.3241672,63.3456513,26.9026552,17.0481313,15.292184,67.8083624,41.1308984,43.2013899,16.7982529,12.7738079,60.9303314,3.1174783,35.1851974,14.5753025,1.0947653,1.1321868,12.3193215,62.8453464,63.9770539,62.2655268,26.478106,16.2875375,15.6801741,67.0636928,40.7786965,43.1263145,16.5980853,12.6124896,59.6407399,3.1940744,35.1975549,13.3268677,1.1690239,1.1742995,11.6575188,62.4876405,63.94686,62.3742805,27.577307,14.5328773,15.473423,67.9436618,39.4106018,41.0506395,16.0440825,12.0752136,58.444311,3.3614627,34.6933247,13.0040385 2004,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0947653,1.1321868,12.3193215,62.8453464,63.9770539,62.2655268,26.478106,16.2875375,15.6801741,67.0636928,40.7786965,43.1263145,16.5980853,12.6124896,59.6407399,3.1940744,35.1975549,13.3268677,1.1690239,1.1742995,11.6575188,62.4876405,63.94686,62.3742805,27.577307,14.5328773,15.473423,67.9436618,39.4106018,41.0506395,16.0440825,12.0752136,58.444311,3.3614627,34.6933247,13.0040385,1.1669998,1.1772955,11.1516301,62.8438987,64.83412,63.0966725,27.8232056,14.1566061,16.3333512,68.1958579,39.4692021,41.8555986,15.7263248,11.481664,58.2298526,3.1682389,35.6239391,13.9751591 2005,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1690239,1.1742995,11.6575188,62.4876405,63.94686,62.3742805,27.577307,14.5328773,15.473423,67.9436618,39.4106018,41.0506395,16.0440825,12.0752136,58.444311,3.3614627,34.6933247,13.0040385,1.1669998,1.1772955,11.1516301,62.8438987,64.83412,63.0966725,27.8232056,14.1566061,16.3333512,68.1958579,39.4692021,41.8555986,15.7263248,11.481664,58.2298526,3.1682389,35.6239391,13.9751591,1.1837008,1.1940322,10.3397178,63.0308182,64.8898784,63.7832482,28.5591074,14.0635582,17.2921021,68.7134911,39.2690068,41.1984228,15.1270462,10.627311,57.625945,3.2907572,35.589793,13.8104936 2006,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1669998,1.1772955,11.1516301,62.8438987,64.83412,63.0966725,27.8232056,14.1566061,16.3333512,68.1958579,39.4692021,41.8555986,15.7263248,11.481664,58.2298526,3.1682389,35.6239391,13.9751591,1.1837008,1.1940322,10.3397178,63.0308182,64.8898784,63.7832482,28.5591074,14.0635582,17.2921021,68.7134911,39.2690068,41.1984228,15.1270462,10.627311,57.625945,3.2907572,35.589793,13.8104936,1.1618653,1.1222721,10.585671,63.8893458,64.5963803,62.7764927,29.4523088,13.1924271,16.7938702,68.9294078,39.9933136,40.6914603,15.3835895,11.0531879,56.1350594,3.3558065,36.6392143,13.7351794 2007,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1837008,1.1940322,10.3397178,63.0308182,64.8898784,63.7832482,28.5591074,14.0635582,17.2921021,68.7134911,39.2690068,41.1984228,15.1270462,10.627311,57.625945,3.2907572,35.589793,13.8104936,1.1618653,1.1222721,10.585671,63.8893458,64.5963803,62.7764927,29.4523088,13.1924271,16.7938702,68.9294078,39.9933136,40.6914603,15.3835895,11.0531879,56.1350594,3.3558065,36.6392143,13.7351794,1.2608828,1.2271532,10.2492847,64.1109977,64.6330258,64.0434511,29.8290124,13.269143,17.0034417,68.4571817,40.9842957,40.7332887,15.4623887,10.7710914,54.6474252,3.741114,37.2836166,12.9064955 2008,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1618653,1.1222721,10.585671,63.8893458,64.5963803,62.7764927,29.4523088,13.1924271,16.7938702,68.9294078,39.9933136,40.6914603,15.3835895,11.0531879,56.1350594,3.3558065,36.6392143,13.7351794,1.2608828,1.2271532,10.2492847,64.1109977,64.6330258,64.0434511,29.8290124,13.269143,17.0034417,68.4571817,40.9842957,40.7332887,15.4623887,10.7710914,54.6474252,3.741114,37.2836166,12.9064955,1.1815039,1.187888,9.7863638,65.8975709,66.0031263,65.1224574,29.7551926,12.6741395,16.9447291,68.17568,41.5700194,40.8644792,15.1115239,10.5685398,53.400752,3.6256845,37.9568854,13.2443465 2009,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.2608828,1.2271532,10.2492847,64.1109977,64.6330258,64.0434511,29.8290124,13.269143,17.0034417,68.4571817,40.9842957,40.7332887,15.4623887,10.7710914,54.6474252,3.741114,37.2836166,12.9064955,1.1815039,1.187888,9.7863638,65.8975709,66.0031263,65.1224574,29.7551926,12.6741395,16.9447291,68.17568,41.5700194,40.8644792,15.1115239,10.5685398,53.400752,3.6256845,37.9568854,13.2443465,1.2545595,1.2675062,9.1829049,66.2315233,66.6451674,65.406689,29.8432975,11.7166584,16.9760526,67.7235605,42.4043492,39.7185908,14.5152291,9.9285796,52.8791845,3.5849126,37.0048071,13.505168 2010,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1815039,1.187888,9.7863638,65.8975709,66.0031263,65.1224574,29.7551926,12.6741395,16.9447291,68.17568,41.5700194,40.8644792,15.1115239,10.5685398,53.400752,3.6256845,37.9568854,13.2443465,1.2545595,1.2675062,9.1829049,66.2315233,66.6451674,65.406689,29.8432975,11.7166584,16.9760526,67.7235605,42.4043492,39.7185908,14.5152291,9.9285796,52.8791845,3.5849126,37.0048071,13.505168,1.3039399,1.352249,8.9527818,66.4743907,66.8723303,66.4649898,29.9604548,11.8057467,17.6073357,67.4629666,42.9608147,40.5691585,14.423606,9.8349126,52.143046,3.5344647,36.9975685,12.4738339 2011,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.2545595,1.2675062,9.1829049,66.2315233,66.6451674,65.406689,29.8432975,11.7166584,16.9760526,67.7235605,42.4043492,39.7185908,14.5152291,9.9285796,52.8791845,3.5849126,37.0048071,13.505168,1.3039399,1.352249,8.9527818,66.4743907,66.8723303,66.4649898,29.9604548,11.8057467,17.6073357,67.4629666,42.9608147,40.5691585,14.423606,9.8349126,52.143046,3.5344647,36.9975685,12.4738339,1.2163917,1.2652414,8.8853126,66.226891,66.4879031,65.2485049,30.5833879,10.8394456,17.4889062,67.6604406,43.8914252,39.7077209,14.0978388,9.7426358,50.3824795,3.6399107,36.4781682,11.1227212 2012,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.3039399,1.352249,8.9527818,66.4743907,66.8723303,66.4649898,29.9604548,11.8057467,17.6073357,67.4629666,42.9608147,40.5691585,14.423606,9.8349126,52.143046,3.5344647,36.9975685,12.4738339,1.2163917,1.2652414,8.8853126,66.226891,66.4879031,65.2485049,30.5833879,10.8394456,17.4889062,67.6604406,43.8914252,39.7077209,14.0978388,9.7426358,50.3824795,3.6399107,36.4781682,11.1227212,1.2293601,1.297497,9.5456399,66.4164662,66.854176,64.9799712,29.0607647,9.2696573,17.3989871,67.846965,44.4464257,40.1799754,14.4879717,10.0257297,49.367646,3.6997949,35.7930018,9.7587987 2013,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.2163917,1.2652414,8.8853126,66.226891,66.4879031,65.2485049,30.5833879,10.8394456,17.4889062,67.6604406,43.8914252,39.7077209,14.0978388,9.7426358,50.3824795,3.6399107,36.4781682,11.1227212,1.2293601,1.297497,9.5456399,66.4164662,66.854176,64.9799712,29.0607647,9.2696573,17.3989871,67.846965,44.4464257,40.1799754,14.4879717,10.0257297,49.367646,3.6997949,35.7930018,9.7587987,1.1489398,1.2182133,8.9667955,66.4937818,67.0591396,65.4822946,28.2073398,9.9448581,18.6187593,67.5626153,43.3806135,39.889638,13.5437631,9.179501,49.3589488,3.8791811,35.55486,9.1014118 2014,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.2293601,1.297497,9.5456399,66.4164662,66.854176,64.9799712,29.0607647,9.2696573,17.3989871,67.846965,44.4464257,40.1799754,14.4879717,10.0257297,49.367646,3.6997949,35.7930018,9.7587987,1.1489398,1.2182133,8.9667955,66.4937818,67.0591396,65.4822946,28.2073398,9.9448581,18.6187593,67.5626153,43.3806135,39.889638,13.5437631,9.179501,49.3589488,3.8791811,35.55486,9.1014118,1.1416362,1.1977746,8.8672876,67.0643262,68.2066376,65.5099813,27.5277977,8.8419699,18.2128188,67.5855573,42.4560125,40.4637652,13.3715639,8.9879279,49.0396583,3.4722289,34.9505344,8.0796551 2015,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1489398,1.2182133,8.9667955,66.4937818,67.0591396,65.4822946,28.2073398,9.9448581,18.6187593,67.5626153,43.3806135,39.889638,13.5437631,9.179501,49.3589488,3.8791811,35.55486,9.1014118,1.1416362,1.1977746,8.8672876,67.0643262,68.2066376,65.5099813,27.5277977,8.8419699,18.2128188,67.5855573,42.4560125,40.4637652,13.3715639,8.9879279,49.0396583,3.4722289,34.9505344,8.0796551,1.3142579,1.3269447,9.1813867,66.3120403,67.1099138,64.1184331,27.4066674,8.0380948,18.1051338,68.2299214,42.6878997,40.0479102,13.7062665,9.1827472,48.632547,3.6762394,34.6373957,7.2966829 2016,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1416362,1.1977746,8.8672876,67.0643262,68.2066376,65.5099813,27.5277977,8.8419699,18.2128188,67.5855573,42.4560125,40.4637652,13.3715639,8.9879279,49.0396583,3.4722289,34.9505344,8.0796551,1.3142579,1.3269447,9.1813867,66.3120403,67.1099138,64.1184331,27.4066674,8.0380948,18.1051338,68.2299214,42.6878997,40.0479102,13.7062665,9.1827472,48.632547,3.6762394,34.6373957,7.2966829,1.1866407,1.1852026,8.9281007,65.8005143,68.4407138,63.4071278,26.8763587,9.611918,17.8062325,68.8614564,41.696922,39.9423186,13.5914807,9.0866983,47.9084269,3.8299912,36.2640998,6.0794157 2017,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.3142579,1.3269447,9.1813867,66.3120403,67.1099138,64.1184331,27.4066674,8.0380948,18.1051338,68.2299214,42.6878997,40.0479102,13.7062665,9.1827472,48.632547,3.6762394,34.6373957,7.2966829,1.1866407,1.1852026,8.9281007,65.8005143,68.4407138,63.4071278,26.8763587,9.611918,17.8062325,68.8614564,41.696922,39.9423186,13.5914807,9.0866983,47.9084269,3.8299912,36.2640998,6.0794157,1.20724,1.1911015,8.5996341,67.2999108,68.850512,62.2893817,26.1776184,9.3788518,17.9397799,69.4467109,41.6823352,40.7143298,13.4288378,8.7374014,47.300478,3.7980909,36.3788262,6.7775036 2018,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1866407,1.1852026,8.9281007,65.8005143,68.4407138,63.4071278,26.8763587,9.611918,17.8062325,68.8614564,41.696922,39.9423186,13.5914807,9.0866983,47.9084269,3.8299912,36.2640998,6.0794157,1.20724,1.1911015,8.5996341,67.2999108,68.850512,62.2893817,26.1776184,9.3788518,17.9397799,69.4467109,41.6823352,40.7143298,13.4288378,8.7374014,47.300478,3.7980909,36.3788262,6.7775036,1.3006419,1.2843456,8.9708915,67.7288376,69.6289713,61.9380716,25.4406436,9.7049752,17.4633255,69.0722027,41.0395579,40.6580729,13.8527451,8.6797857,47.3960208,3.7645097,37.1341113,6.9920697 2019,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.20724,1.1911015,8.5996341,67.2999108,68.850512,62.2893817,26.1776184,9.3788518,17.9397799,69.4467109,41.6823352,40.7143298,13.4288378,8.7374014,47.300478,3.7980909,36.3788262,6.7775036,1.3006419,1.2843456,8.9708915,67.7288376,69.6289713,61.9380716,25.4406436,9.7049752,17.4633255,69.0722027,41.0395579,40.6580729,13.8527451,8.6797857,47.3960208,3.7645097,37.1341113,6.9920697,1.1609906,1.1088141,8.2468758,66.3512703,68.6499403,62.2149145,25.9826522,10.2868977,16.790689,68.8462544,40.3706885,39.8265114,13.0108604,8.3493,46.4188024,3.9482556,37.3783129,6.3342383 2020,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.3006419,1.2843456,8.9708915,67.7288376,69.6289713,61.9380716,25.4406436,9.7049752,17.4633255,69.0722027,41.0395579,40.6580729,13.8527451,8.6797857,47.3960208,3.7645097,37.1341113,6.9920697,1.1609906,1.1088141,8.2468758,66.3512703,68.6499403,62.2149145,25.9826522,10.2868977,16.790689,68.8462544,40.3706885,39.8265114,13.0108604,8.3493,46.4188024,3.9482556,37.3783129,6.3342383,1.1152258,1.0710172,8.5446082,66.4847614,68.5995512,62.0640237,25.8658966,9.2389881,15.5465532,68.1419381,40.7399039,39.8125978,13.149611,8.5511823,45.6867722,3.6662321,37.2085187,5.8583251 2021,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1609906,1.1088141,8.2468758,66.3512703,68.6499403,62.2149145,25.9826522,10.2868977,16.790689,68.8462544,40.3706885,39.8265114,13.0108604,8.3493,46.4188024,3.9482556,37.3783129,6.3342383,1.1152258,1.0710172,8.5446082,66.4847614,68.5995512,62.0640237,25.8658966,9.2389881,15.5465532,68.1419381,40.7399039,39.8125978,13.149611,8.5511823,45.6867722,3.6662321,37.2085187,5.8583251,1.0350902,0.9915615,8.5443515,65.8772656,67.649348,60.8816171,26.5776554,9.4935965,15.6297446,68.4276911,41.0617395,39.962963,12.8288399,8.4339156,45.1326234,4.3313642,37.8222641,6.0160567 2022,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1152258,1.0710172,8.5446082,66.4847614,68.5995512,62.0640237,25.8658966,9.2389881,15.5465532,68.1419381,40.7399039,39.8125978,13.149611,8.5511823,45.6867722,3.6662321,37.2085187,5.8583251,1.0350902,0.9915615,8.5443515,65.8772656,67.649348,60.8816171,26.5776554,9.4935965,15.6297446,68.4276911,41.0617395,39.962963,12.8288399,8.4339156,45.1326234,4.3313642,37.8222641,6.0160567,0.9842238,0.9706479,8.0955539,66.6691188,68.822991,61.1775669,26.9020896,9.9029618,15.2050984,69.0262643,41.2541957,39.8876591,12.8297986,8.1617825,44.9227716,4.4022301,36.6517516,6.4950853 2023,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0350902,0.9915615,8.5443515,65.8772656,67.649348,60.8816171,26.5776554,9.4935965,15.6297446,68.4276911,41.0617395,39.962963,12.8288399,8.4339156,45.1326234,4.3313642,37.8222641,6.0160567,0.9842238,0.9706479,8.0955539,66.6691188,68.822991,61.1775669,26.9020896,9.9029618,15.2050984,69.0262643,41.2541957,39.8876591,12.8297986,8.1617825,44.9227716,4.4022301,36.6517516,6.4950853,1.0285814,1.0221214,8.3402942,66.167049,67.2723313,61.4819936,27.3914889,8.4046636,15.5724492,68.5587182,41.8019592,40.5090548,13.0320539,8.222771,45.0419746,4.270621,35.1343506,7.27481 2024,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.9842238,0.9706479,8.0955539,66.6691188,68.822991,61.1775669,26.9020896,9.9029618,15.2050984,69.0262643,41.2541957,39.8876591,12.8297986,8.1617825,44.9227716,4.4022301,36.6517516,6.4950853,1.0285814,1.0221214,8.3402942,66.167049,67.2723313,61.4819936,27.3914889,8.4046636,15.5724492,68.5587182,41.8019592,40.5090548,13.0320539,8.222771,45.0419746,4.270621,35.1343506,7.27481,0.9148782,0.9613606,9.2464381,63.9481054,66.5228538,60.7643194,27.9567151,8.0315778,15.2630893,67.3071974,42.1510096,39.1164542,13.5691071,9.0505541,44.7153528,4.2775423,33.8502197,6.5068131 2025,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0285814,1.0221214,8.3402942,66.167049,67.2723313,61.4819936,27.3914889,8.4046636,15.5724492,68.5587182,41.8019592,40.5090548,13.0320539,8.222771,45.0419746,4.270621,35.1343506,7.27481,0.9148782,0.9613606,9.2464381,63.9481054,66.5228538,60.7643194,27.9567151,8.0315778,15.2630893,67.3071974,42.1510096,39.1164542,13.5691071,9.0505541,44.7153528,4.2775423,33.8502197,6.5068131,0.8995793,0.9454508,9.0038694,64.0110814,65.560251,61.2645034,28.4705846,7.730301,15.0315116,67.4977772,41.9389558,39.0929356,13.2384126,9.0074434,44.4428754,4.3557969,33.2855582,7.241343 2026,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.9148782,0.9613606,9.2464381,63.9481054,66.5228538,60.7643194,27.9567151,8.0315778,15.2630893,67.3071974,42.1510096,39.1164542,13.5691071,9.0505541,44.7153528,4.2775423,33.8502197,6.5068131,0.8995793,0.9454508,9.0038694,64.0110814,65.560251,61.2645034,28.4705846,7.730301,15.0315116,67.4977772,41.9389558,39.0929356,13.2384126,9.0074434,44.4428754,4.3557969,33.2855582,7.241343,0.9156015,0.9853689,9.5280952,63.6119504,65.4211855,60.5028956,27.8449613,7.3033385,14.7876079,67.3939949,41.1671678,38.7953588,13.8252961,9.3527939,44.9183754,4.1366886,32.3727002,8.3143148 2027,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.8995793,0.9454508,9.0038694,64.0110814,65.560251,61.2645034,28.4705846,7.730301,15.0315116,67.4977772,41.9389558,39.0929356,13.2384126,9.0074434,44.4428754,4.3557969,33.2855582,7.241343,0.9156015,0.9853689,9.5280952,63.6119504,65.4211855,60.5028956,27.8449613,7.3033385,14.7876079,67.3939949,41.1671678,38.7953588,13.8252961,9.3527939,44.9183754,4.1366886,32.3727002,8.3143148,1.1447072,1.2082147,9.7978183,62.9380794,65.0695064,60.6627606,28.4214823,7.2341853,15.2959868,68.8250931,42.7518784,37.9906384,14.3328812,9.5508526,44.573765,4.0667171,32.6858059,8.8043146 2028,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.9156015,0.9853689,9.5280952,63.6119504,65.4211855,60.5028956,27.8449613,7.3033385,14.7876079,67.3939949,41.1671678,38.7953588,13.8252961,9.3527939,44.9183754,4.1366886,32.3727002,8.3143148,1.1447072,1.2082147,9.7978183,62.9380794,65.0695064,60.6627606,28.4214823,7.2341853,15.2959868,68.8250931,42.7518784,37.9906384,14.3328812,9.5508526,44.573765,4.0667171,32.6858059,8.8043146,1.165839,1.229831,10.0065848,62.7166131,65.3884743,61.0798273,27.9756012,7.2529824,15.644849,69.3464174,42.8571119,37.2792822,14.5126699,9.7863744,44.3457597,3.8908841,32.0446714,10.1789372 2029,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.1447072,1.2082147,9.7978183,62.9380794,65.0695064,60.6627606,28.4214823,7.2341853,15.2959868,68.8250931,42.7518784,37.9906384,14.3328812,9.5508526,44.573765,4.0667171,32.6858059,8.8043146,1.165839,1.229831,10.0065848,62.7166131,65.3884743,61.0798273,27.9756012,7.2529824,15.644849,69.3464174,42.8571119,37.2792822,14.5126699,9.7863744,44.3457597,3.8908841,32.0446714,10.1789372,1.0999139,1.1406782,9.936372,61.8335924,64.602918,60.8583505,28.0455205,6.7321129,15.4319988,68.0036592,42.5463227,36.4731682,14.1537941,9.7160902,43.28122,3.8877792,31.8904416,11.0189338 2030,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.3564185,4.3897344,41.2264434,68.1766751,67.5657748,59.9807442,24.4278463,12.264597,15.8658837,60.0696788,29.6939461,51.3164864,47.7374366,41.6809844,60.3168091,2.7920624,34.9508584,27.4663525,4.3262094,4.3806329,41.7598834,68.293519,67.3971998,60.5138528,22.8240563,12.9056378,15.6742862,59.2129905,29.6398019,51.0982976,48.3250508,42.2351962,60.6633376,2.7201017,35.1245452,28.4244921,4.5088053,4.5710753,42.2656825,68.8892725,68.3228088,60.3602736,21.1211698,12.883223,15.5600232,59.001981,30.1266086,52.0533912,48.8457551,42.6641306,61.093317,2.738709,35.3647361,28.7083353 2031,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.3262094,4.3806329,41.7598834,68.293519,67.3971998,60.5138528,22.8240563,12.9056378,15.6742862,59.2129905,29.6398019,51.0982976,48.3250508,42.2351962,60.6633376,2.7201017,35.1245452,28.4244921,4.5088053,4.5710753,42.2656825,68.8892725,68.3228088,60.3602736,21.1211698,12.883223,15.5600232,59.001981,30.1266086,52.0533912,48.8457551,42.6641306,61.093317,2.738709,35.3647361,28.7083353,4.6474322,4.709773,43.0415193,69.5601445,69.0277662,60.630611,20.516145,13.4181636,15.5249626,58.3777747,29.9434297,52.2277559,49.4780431,43.3461698,61.6982257,2.6688758,34.7318774,30.4483558 2032,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.5088053,4.5710753,42.2656825,68.8892725,68.3228088,60.3602736,21.1211698,12.883223,15.5600232,59.001981,30.1266086,52.0533912,48.8457551,42.6641306,61.093317,2.738709,35.3647361,28.7083353,4.6474322,4.709773,43.0415193,69.5601445,69.0277662,60.630611,20.516145,13.4181636,15.5249626,58.3777747,29.9434297,52.2277559,49.4780431,43.3461698,61.6982257,2.6688758,34.7318774,30.4483558,4.6201185,4.6626513,43.3866341,69.172665,68.9412935,60.5939218,19.8551916,13.6788772,15.6787265,58.1630158,29.4245392,52.2308079,49.6721208,43.5949478,62.07451,2.8680139,34.5761888,31.3083259 2033,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,4.6474322,4.709773,43.0415193,69.5601445,69.0277662,60.630611,20.516145,13.4181636,15.5249626,58.3777747,29.9434297,52.2277559,49.4780431,43.3461698,61.6982257,2.6688758,34.7318774,30.4483558,4.6201185,4.6626513,43.3866341,69.172665,68.9412935,60.5939218,19.8551916,13.6788772,15.6787265,58.1630158,29.4245392,52.2308079,49.6721208,43.5949478,62.07451,2.8680139,34.5761888,31.3083259,4.5959669,4.6646908,43.2662041,69.0780076,69.7205788,60.4002717,19.2211093,13.8559887,16.459846,58.3115514,29.1882417,52.3900228,50.2031397,43.9558832,62.0860677,2.6793893,34.4792246,33.0129951 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"markdown", "metadata": { "id": "A7DRC5V7_8A5" }, "source": [ "Objectives:\n", "* Solve a classification problem with deep neural networks (DNNs).\n", "* Understand recursive neural networks (RNNs).\n", "\n", "If you have any questions, please contact the TAs via TA hours, NTU COOL, or email to mlta-2023-spring@googlegroups.com" ] }, { "cell_type": "markdown", "metadata": { "id": "KVUGfWTo7_Oj" }, "source": [ "# Download Data\n", "Download data from google drive, then unzip it.\n", "\n", "You should have\n", "- `libriphone/train_split.txt`: training metadata\n", "- `libriphone/train_labels`: training labels\n", "- `libriphone/test_split.txt`: testing metadata\n", "- `libriphone/feat/train/*.pt`: training feature\n", "- `libriphone/feat/test/*.pt`: testing feature\n", "\n", "after running the following block.\n", "\n", "> **Notes: if the google drive link is dead, you can download the data directly from [Kaggle](https://www.kaggle.com/c/ml2023spring-hw2/data) and upload it to the workspace.**\n" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "id": "OzkiMEcC3Foq" }, "outputs": [], "source": [ "# !pip install --upgrade gdown\n", "\n", "# # Main link\n", "# # 如果你已经从其他地方下载了数据集，则不需要执行该代码块\n", "# !gdown --id '1qzCRnywKh30mTbWUEjXuNT2isOCAPdO1' --output libriphone.zip\n", "\n", "# !unzip -q libriphone.zip\n", "# !ls libriphone" ] }, { "cell_type": "markdown", "metadata": { "id": "pADUiYODJE1O" }, "source": [ "# Some Utility Functions\n", "**Fixes random number generator seeds for reproducibility.**" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "id": "BsZKgBZQJjaE" }, "outputs": [], "source": [ "import numpy as np\n", "import torch\n", "import random\n", "\n", "def same_seeds(seed):\n", " random.seed(seed) \n", " np.random.seed(seed) \n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed) \n", " torch.backends.cudnn.benchmark = False\n", " torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "_L_4anls8Drv" }, "source": [ "**Helper functions to pre-process the training data from raw MFCC features of each utterance.**\n", "\n", "A phoneme may span several frames and is dependent to past and future frames. \\\n", "Hence we concatenate neighboring phonemes for training to achieve higher accuracy. The **concat_feat** function concatenates past and future k frames (total 2k+1 = n frames), and we predict the center frame.\n", "\n", "Feel free to modify the data preprocess functions, but **do not drop any frame** (if you modify the functions, remember to check that the number of frames are the same as mentioned in the slides)" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "id": "IJjLT8em-y9G" }, "outputs": [], "source": [ "import os\n", "import torch\n", "from tqdm import tqdm\n", "\n", "def load_feat(path):\n", " feat = torch.load(path)\t# 导入音频文件\n", " return feat\n", "\n", "def shift(x, n):\n", " # 平移数据\n", " if n < 0:\n", " left = x[0].repeat(-n, 1)\n", " right = x[:n]\n", " elif n > 0:\n", " right = x[-1].repeat(n, 1)\n", " left = x[n:]\n", " else:\n", " return x\n", "\n", " return torch.cat((left, right), dim=0)\n", "\n", "def concat_feat(x, concat_n):\n", " assert concat_n % 2 == 1 # n must be odd\n", " if concat_n < 2:\n", " return x\n", " seq_len, feature_dim = x.size(0), x.size(1)\n", " x = x.repeat(1, concat_n) \n", " x = x.view(seq_len, concat_n, feature_dim).permute(1, 0, 2) # concat_n, seq_len, feature_dim\n", " mid = (concat_n // 2)\n", " for r_idx in range(1, mid+1):\n", " x[mid + r_idx, :] = shift(x[mid + r_idx], r_idx)\n", " x[mid - r_idx, :] = shift(x[mid - r_idx], -r_idx)\n", "\n", " return x.permute(1, 0, 2).view(seq_len, concat_n * feature_dim)\n", "\n", "def preprocess_data(split, feat_dir, phone_path, concat_nframes, train_ratio=0.8, random_seed=1213):\n", " class_num = 41 # NOTE: pre-computed, should not need change\n", "\n", " if split == 'train' or split == 'val':\n", " mode = 'train'\n", " elif split == 'test':\n", " mode = 'test'\n", " else:\n", " raise ValueError('Invalid \\'split\\' argument for dataset: PhoneDataset!')\n", "\n", " label_dict = {}\n", " if mode == 'train':\n", " for line in open(os.path.join(phone_path, f'{mode}_labels.txt')).readlines():\n", " line = line.strip('\\n').split(' ')\n", " label_dict[line[0]] = [int(p) for p in line[1:]]\n", " \n", " # split training and validation data\n", " usage_list = open(os.path.join(phone_path, 'train_split.txt')).readlines()\n", " random.seed(random_seed)\n", " random.shuffle(usage_list)\n", " train_len = int(len(usage_list) * train_ratio)\n", " usage_list = usage_list[:train_len] if split == 'train' else usage_list[train_len:]\n", "\n", " elif mode == 'test':\n", " usage_list = open(os.path.join(phone_path, 'test_split.txt')).readlines()\n", "\n", " usage_list = [line.strip('\\n') for line in usage_list]\n", " print('[Dataset] - # phone classes: ' + str(class_num) + ', number of utterances for ' + split + ': ' + str(len(usage_list)))\n", "\n", " max_len = 3000000\n", " X = torch.empty(max_len, 39 * concat_nframes)\n", " if mode == 'train':\n", " y = torch.empty(max_len, dtype=torch.long)\n", "\n", " idx = 0\n", " for i, fname in tqdm(enumerate(usage_list)):\n", " feat = load_feat(os.path.join(feat_dir, mode, f'{fname}.pt'))\n", " cur_len = len(feat)\n", " feat = concat_feat(feat, concat_nframes)\n", " if mode == 'train':\n", " label = torch.LongTensor(label_dict[fname])\n", "\n", " X[idx: idx + cur_len, :] = feat\n", " if mode == 'train':\n", " y[idx: idx + cur_len] = label\n", "\n", " idx += cur_len\n", "\n", " X = X[:idx, :]\n", " if mode == 'train':\n", " y = y[:idx]\n", "\n", " print(f'[INFO] {split} set')\n", " print(X.shape)\n", " if mode == 'train':\n", " print(y.shape)\n", " return X, y\n", " else:\n", " return X" ] }, { "cell_type": "markdown", "metadata": { "id": "us5XW_x6udZQ" }, "source": [ "# Dataset" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "Fjf5EcmJtf4e" }, "outputs": [], "source": [ "import torch\n", "from torch.utils.data import Dataset\n", "\n", "class LibriDataset(Dataset):\n", " def __init__(self, X, y=None):\n", " self.data = X\n", " if y is not None:\n", " self.label = torch.LongTensor(y)\n", " else:\n", " self.label = None\n", "\n", " def __getitem__(self, idx):\n", " if self.label is not None:\n", " return self.data[idx], self.label[idx]\n", " else:\n", " return self.data[idx]\n", "\n", " def __len__(self):\n", " return len(self.data)\n" ] }, { "cell_type": "markdown", "metadata": { "id": "IRqKNvNZwe3V" }, "source": [ "# Model\n", "Feel free to modify the structure of the model." ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "Bg-GRd7ywdrL" }, "outputs": [], "source": [ "import torch.nn as nn\n", "\n", "class BasicBlock(nn.Module):\n", " def __init__(self, input_dim, output_dim):\n", " super(BasicBlock, self).__init__()\n", "\n", " # TODO: apply batch normalization and dropout for strong baseline.\n", " # Reference: https://pytorch.org/docs/stable/generated/torch.nn.BatchNorm1d.html (batch normalization)\n", " # https://pytorch.org/docs/stable/generated/torch.nn.Dropout.html (dropout)\n", " self.block = nn.Sequential(\n", " nn.Linear(input_dim, output_dim),\n", " nn.BatchNorm1d(output_dim),\n", " nn.ReLU(),\n", " # 在此处增加 nn.Dropout()\n", " nn.Dropout(p=0.15)\n", " )\n", "\n", " def forward(self, x):\n", " x = self.block(x)\n", " return x\n", " \n", "\n", "class Classifier(nn.Module):\n", " def __init__(self, input_dim, output_dim=41, hidden_layers=1, hidden_dim=256):\n", " super(Classifier, self).__init__()\n", "\n", " self.fc = nn.Sequential(\n", " BasicBlock(input_dim, hidden_dim),\n", " # 在函数的调用中，一个 * 表示将一个序列展开为单独的位置参数，这一行代码是列表推导，最终的表现是重复生成多个 hidden layer\n", " #（原来的整段代码实际上生成了 hidden_layers+1 个隐藏层，所以我修改了一下代码，让其符合定义）\n", " *[BasicBlock(hidden_dim, hidden_dim) for _ in range(hidden_layers-1)], \n", " nn.Linear(hidden_dim, output_dim)\n", " )\n", "\n", " def forward(self, x):\n", " x = self.fc(x)\n", " return x\n", " \n", "# TODO: 做 Boss baseline 再取消注释\n", "# class Classifier(nn.Module):\n", "# def __init__(self, input_dim, output_dim=41, hidden_layers=1, hidden_dim=256):\n", "# super(Classifier, self).__init__()\n", " \n", "# # TODO: 此时模型超参数在这里修改\n", "# # Create BiLSTM\n", "# self.input_size = 39 # 这一项是RNN的\"input_dim\"，RNN需要对\"单\"个数据进行处理\n", "# self.hidden_size = 512 # 这一项是RNN的\"hidden_dim\"\n", "# self.num_layers = 6 # 这一项是RNN的\"hidden_layers\"\n", "# self.rnn = nn.LSTM(input_size=self.input_size, hidden_size=self.hidden_size, num_layers=self.num_layers, batch_first=True, dropout=0.3, bidirectional=True)\n", " \n", "# # 后接全连接层\n", "# self.fc = nn.Sequential(\n", "# # 修改成 2 * self.hidden_size 的原因是因为LSTM()中的bidirectional设置为了True，这表示使用Bi（双向）LSTM模型，所以需要修改输入维度以匹配\n", "# BasicBlock(2 * self.hidden_size, hidden_dim),\n", "# # 在函数的调用中，一个 * 表示将一个序列展开为单独的位置参数，这一行代码是列表推导，最终的表现是重复生成多个 hidden layer\n", "# #（原来的整段代码实际上生成了 hidden_layers+1 个隐藏层，所以我修改了一下代码，让其符合定义）\n", "# # *[BasicBlock(hidden_dim, hidden_dim) for _ in range(hidden_layers-1)], \n", "# nn.Linear(hidden_dim, output_dim)\n", "# )\n", "\n", "# def forward(self, x):\n", "# # 通过RNN层，得到输出和最后一个隐藏状态，注意输出的shape\n", "# # x.shape: (batch_size, seq_len, RNN_input_size)\n", "# x, _ = self.rnn(x) # => (batch_size, seq_len, RNN_hidden_size)\n", "\n", "# # 取最后一个时间步的输出作为分类的输入\n", "# x = x[:, -1] # => (batch_size, RNN_hidden_size)\n", "\n", "# # 通过线性层，得到最终的分类结果\n", "# x = self.fc(x) # => (batch_size, labels)\n", "\n", " return x" ] }, { "cell_type": "markdown", "metadata": { "id": "TlIq8JeqvvHC" }, "source": [ "# Hyper-parameters" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "iIHn79Iav1ri" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Total params: 1754153\n", "若将隐藏层网络层数改为: 2，则维数应当改为: 962\n" ] } ], "source": [ "# Data prarameters\n", "# TODO: change the value of \"concat_nframes\" for medium baseline\n", "concat_nframes = 21 #61 # the number of frames to concat with, n must be odd (total 2k+1 = n frames)\n", "train_ratio = 0.95 # the ratio of data used for training, the rest will be used for validation\n", "\n", "# Training parameters\n", "seed = 1213 # random seed\n", "batch_size = 512 # batch size\n", "num_epoch = 15 # the number of training epoch\n", "learning_rate = 1e-3 # learning rate\n", "model_path = './model.ckpt' # the path where the checkpoint will be saved\n", "\n", "# Model parameters\n", "# TODO: change the value of \"hidden_layers\" or \"hidden_dim\" for medium baseline\n", "input_dim = 39 * concat_nframes # the input dim of the model, you should not change the value\n", "hidden_layers = 6 # the number of hidden layers\n", "hidden_dim = 512 # the hidden dim\n", "\n", "''' 以下是为了完成 report 所添加的代码 '''\n", "# TODO: 完成 report 后注释下面所有代码\n", "# 提前输出模型参数数量，以便调整网络架构\n", "total_params = (\n", " (input_dim+1) * hidden_dim +\n", " (hidden_dim + 1) * hidden_dim * (hidden_layers - 1) +\n", " (hidden_dim + 1) * 41\n", ")\n", "print(f'Total params: {total_params}')\n", " \n", "def get_dest_dim(input_dim, output_dim, hidden_layers, dest_hidden_layers, hidden_dim):\n", " '''获取目标网络隐藏层的维度（总参数量接近于原网络）'''\n", " # 计算一元二次方程的系数 a,b,c\n", " a = dest_hidden_layers - 1 # a = l_d - 1\n", " b = input_dim + output_dim + dest_hidden_layers # b = i + o + l_d\n", " c = - (hidden_layers - 1) * (hidden_dim ** 2) - (input_dim + output_dim + hidden_layers) * hidden_dim # c = - (l - 1) * (d ** 2) - (i + o + l) * d\n", " \n", " # 计算分子中的平方根部分，即 b^2-4ac\n", " sqrt_part = (b ** 2) - 4 * a * c\n", " \n", " # 计算两个解，一个是加号，一个是减号，即(-b±√(b^2-4ac))/(2a)\n", " d_d_plus = (-b + sqrt_part**(0.5)) / (2 * a)\n", " d_d_minus = (-b - sqrt_part**(0.5)) / (2 * a)\n", " \n", " # 返回两个解的元组\n", " return (d_d_plus, d_d_minus)\n", "\n", "# 设置你想要的目标网络隐藏层数量\n", "dest_hidden_layers = 2\n", "\n", "# 获取对应的维数\n", "dest_hidden_dim, _ = get_dest_dim(input_dim, 41, hidden_layers, dest_hidden_layers, hidden_dim)\n", "print(f\"若将隐藏层网络层数改为: {dest_hidden_layers}，则维数应当改为: {round(dest_hidden_dim)}\",)" ] }, { "cell_type": "markdown", "metadata": { "id": "IIUFRgG5yoDn" }, "source": [ "# Dataloader" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "c1zI3v5jyrDn" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DEVICE: cuda\n", "[Dataset] - # phone classes: 41, number of utterances for train: 3257\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "3257it [00:03, 1026.81it/s]\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "[INFO] train set\n", "torch.Size([2007632, 819])\n", "torch.Size([2007632])\n", "[Dataset] - # phone classes: 41, number of utterances for val: 172\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "172it [00:00, 991.69it/s]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "[INFO] val set\n", "torch.Size([109162, 819])\n", "torch.Size([109162])\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "\n" ] } ], "source": [ "from torch.utils.data import DataLoader\n", "import gc\n", "\n", "same_seeds(seed)\n", "device = 'cuda' if torch.cuda.is_available() else 'cpu'\n", "print(f'DEVICE: {device}')\n", "\n", "# Preprocess data\n", "train_X, train_y = preprocess_data(split='train', feat_dir='./libriphone/feat', phone_path='./libriphone', concat_nframes=concat_nframes, train_ratio=train_ratio, random_seed=seed)\n", "val_X, val_y = preprocess_data(split='val', feat_dir='./libriphone/feat', phone_path='./libriphone', concat_nframes=concat_nframes, train_ratio=train_ratio, random_seed=seed)\n", "\n", "# Get dataset\n", "train_set = LibriDataset(train_X, train_y)\n", "val_set = LibriDataset(val_X, val_y)\n", "\n", "# Remove raw feature to save memory\n", "del train_X, train_y, val_X, val_y\n", "gc.collect()\n", "\n", "# Get dataloader\n", "train_loader = DataLoader(train_set, batch_size=batch_size, shuffle=True)\n", "val_loader = DataLoader(val_set, batch_size=batch_size, shuffle=False)" ] }, { "cell_type": "markdown", "metadata": { "id": "pwWH1KIqzxEr" }, "source": [ "# Training" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "CdMWsBs7zzNs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "100%|██████████████████████████████████████████████████████████| 3922/3922 [00:28<00:00, 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0.73024\n", "11 lr: 0.0008\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "100%|██████████████████████████████████████████████████████████| 3922/3922 [00:26<00:00, 147.95it/s]\n", "100%|████████████████████████████████████████████████████████████| 214/214 [00:01<00:00, 201.13it/s]\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "[012/015] Train Acc: 0.73723 Loss: 0.81176 | Val Acc: 0.73299 loss: 0.83120\n", "saving model with acc 0.73299\n", "12 lr: 0.0008\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "100%|██████████████████████████████████████████████████████████| 3922/3922 [00:26<00:00, 148.23it/s]\n", "100%|████████████████████████████████████████████████████████████| 214/214 [00:01<00:00, 200.75it/s]\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "[013/015] Train Acc: 0.73926 Loss: 0.80464 | Val Acc: 0.73271 loss: 0.82860\n", "13 lr: 0.0008\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "100%|██████████████████████████████████████████████████████████| 3922/3922 [00:26<00:00, 147.10it/s]\n", "100%|████████████████████████████████████████████████████████████| 214/214 [00:01<00:00, 195.51it/s]\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "[014/015] Train Acc: 0.74099 Loss: 0.79797 | Val Acc: 0.73405 loss: 0.82708\n", "saving model with acc 0.73405\n", "14 lr: 0.0008\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "100%|██████████████████████████████████████████████████████████| 3922/3922 [00:26<00:00, 147.28it/s]\n", "100%|████████████████████████████████████████████████████████████| 214/214 [00:01<00:00, 201.14it/s]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "[015/015] Train Acc: 0.74299 Loss: 0.79146 | Val Acc: 0.73589 loss: 0.82056\n", "saving model with acc 0.73589\n", "15 lr: 0.0008\n", "saving model with acc 0.73589\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "\n" ] } ], "source": [ "## For plotting learning curve\n", "from torch.utils.tensorboard import SummaryWriter\n", "\n", "writer = SummaryWriter() # Tensorboard 画图，结果存储在 ./runs 中\n", "\n", "RESUME = False # 是否导入模型继续跑（在你不小心中断了内核后）\n", "\n", "# Create a model, and put it on the device specified.\n", "model = Classifier(input_dim=input_dim, hidden_layers=hidden_layers, hidden_dim=hidden_dim).to(device)\n", "\n", "if RESUME:\n", " model.load_state_dict(torch.load(model_path, map_location='cuda'))\n", "\n", "# Define a loss function, and optimizer\n", "criterion = nn.CrossEntropyLoss() \n", "optimizer = torch.optim.Adam(model.parameters(), lr=learning_rate)\n", "\n", "# Create a learning rate scheduler\n", "scheduler = torch.optim.lr_scheduler.ReduceLROnPlateau(optimizer, mode='max', factor=0.8, patience=5, threshold=0.05) # 5 轮没有优化（增长率 < threshold)就令 lr *= factor\n", "\n", "best_acc = 0.0\n", "for epoch in range(num_epoch):\n", " train_acc = 0.0\n", " train_loss = 0.0\n", " val_acc = 0.0\n", " val_loss = 0.0\n", "\n", " # ---------- Training ----------\n", " # Make sure the model is in train mode before training.\n", " model.train()\n", " \n", " for i, batch in enumerate(tqdm(train_loader)):\n", " \n", " # A batch consists of features data and corresponding labels.\n", " features, labels = batch # feature.shape: (batch_size, seq_len * input_size)\n", " \n", " # Forward the data. (Make sure data and model are on the same device.)\n", " features = features.to(device)\n", " # TODO: RNN则取消注释下行\n", " #features = features.view(-1, concat_nframes, 39).to(device) # feature.shape: (batch_size, seq_len, input_size) \n", " labels = labels.to(device)\n", " \n", " outputs = model(features) # (batch_size, labels)\n", " \n", " # Calculate the cross-entropy loss.\n", " # We don't need to apply softmax before computing cross-entropy as it is done automatically.\n", " loss = criterion(outputs, labels)\n", " \n", " # Gradients stored in the parameters in the previous step should be cleared out first.\n", " optimizer.zero_grad() \n", " \n", " # Compute the gradients for parameters.\n", " loss.backward() \n", " \n", " # Update the parameters with computed gradients.\n", " optimizer.step() \n", " \n", " # Get the index of the class with the highest probability\n", " _, train_pred = torch.max(outputs, 1) \n", "\n", " # Compute the accuracy for current batch.\n", " train_acc += (train_pred.detach() == labels.detach()).sum().item()\n", " train_loss += loss.item()\n", "\n", " # ---------- Validation ----------\n", " # Make sure the model is in eval mode so that some modules like dropout are disabled and work normally.\n", " model.eval()\n", " \n", " # We don't need gradient in validation.\n", " # Using torch.no_grad() accelerates the forward process. \n", " with torch.no_grad():\n", " for i, batch in enumerate(tqdm(val_loader)):\n", " features, labels = batch\n", " features = features.to(device)\n", " # TODO: RNN则取消注释下行\n", " #features = features.view(-1, concat_nframes, 39).to(device)\n", " labels = labels.to(device)\n", " outputs = model(features)\n", "\n", " # We can still compute the loss (but not the gradient).\n", " loss = criterion(outputs, labels) \n", "\n", " # Get the index of the class with the highest probability\n", " _, val_pred = torch.max(outputs, 1) \n", " \n", " # Compute the accuracy for current batch.\n", " val_acc += (val_pred.cpu() == labels.cpu()).sum().item()\n", " val_loss += loss.item()\n", " \n", " # Record the accuracy and lr.\n", " writer.add_scalar('Acc/train', train_acc/len(train_set), epoch)\n", " writer.add_scalar('Acc/valid', val_acc/len(val_set), epoch)\n", " writer.add_scalar('lr', optimizer.state_dict()['param_groups'][0]['lr'], epoch)\n", "\n", " # Print the information.\n", " print(f'[{epoch+1:03d}/{num_epoch:03d}] Train Acc: {train_acc/len(train_set):3.5f} Loss: {train_loss/len(train_loader):3.5f} | Val Acc: {val_acc/len(val_set):3.5f} loss: {val_loss/len(val_loader):3.5f}')\n", "\n", " # If the model improves, save a checkpoint at this epoch\n", " if val_acc > best_acc:\n", " best_acc = val_acc\n", " torch.save(model.state_dict(), model_path)\n", " print(f'saving model with acc {best_acc/len(val_set):.5f}')\n", "\n", " print(f\"{epoch+1} lr: {optimizer.state_dict()['param_groups'][0]['lr']}\")\n", " \n", " # Update learning rate based on best loss\n", " # Modify step() according to your scheduler\n", " scheduler.step(val_acc/len(val_set))\n", "\n", "print(f'saving model with acc {best_acc/len(val_set):.5f}')\n" ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "ERROR: Failed to launch TensorBoard (exited with 1).\n", "Contents of stderr:\n", "TensorFlow installation not found - running with reduced feature set.\n", "\n", "NOTE: Using experimental fast data loading logic. To disable, pass\n", " \"--load_fast=false\" and report issues on GitHub. More details:\n", " https://github.com/tensorflow/tensorboard/issues/4784\n", "\n", "Address already in use\n", "Port 6006 is in use by another program. Either identify and stop that program, or start the server with a different port." ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "%reload_ext tensorboard\n", "%tensorboard --logdir=./runs/" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "ExecuteTime": { "end_time": "2023-04-07T10:18:47.085697Z", "start_time": "2023-04-07T10:18:47.065320Z" }, "id": "ab33MxosWLmG" }, "outputs": [ { "data": { "text/plain": [ "25" ] }, "execution_count": 10, "metadata": {}, "output_type": "execute_result" } ], "source": [ "del train_set, val_set\n", "del train_loader, val_loader\n", "gc.collect()" ] }, { "cell_type": "markdown", "metadata": { "id": "1Hi7jTn3PX-m" }, "source": [ "# Testing\n", "Create a testing dataset, and load model from the saved checkpoint." ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "VOG1Ou0PGrhc" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "[Dataset] - # phone classes: 41, number of utterances for test: 857\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "857it [00:00, 1057.77it/s]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "[INFO] test set\n", "torch.Size([527364, 819])\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "\n" ] } ], "source": [ "# load data\n", "test_X = preprocess_data(split='test', feat_dir='./libriphone/feat', phone_path='./libriphone', concat_nframes=concat_nframes)\n", "test_set = LibriDataset(test_X, None)\n", "test_loader = DataLoader(test_set, batch_size=batch_size, shuffle=False)" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "ay0Fu8Ovkdad" }, "outputs": [ { "data": { "text/plain": [ "" ] }, "execution_count": 12, "metadata": {}, "output_type": "execute_result" } ], "source": [ "# load model\n", "model = Classifier(input_dim=input_dim, hidden_layers=hidden_layers, hidden_dim=hidden_dim).to(device)\n", "model.load_state_dict(torch.load(model_path))" ] }, { "cell_type": "markdown", "metadata": { "id": "zp-DV1p4r7Nz" }, "source": [ "Make prediction." ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "84HU5GGjPqR0" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "100%|██████████████████████████████████████████████████████████| 1031/1031 [00:02<00:00, 378.35it/s]\n" ] } ], "source": [ "pred = np.array([], dtype=np.int32)\n", "\n", "model.eval()\n", "with torch.no_grad():\n", " for i, batch in enumerate(tqdm(test_loader)):\n", " features = batch\n", " features = features.to(device)\n", "# features = features.view(-1, concat_nframes, 39).to(device)\n", "\n", " outputs = model(features)\n", "\n", " _, test_pred = torch.max(outputs, 1) # get the index of the class with the highest probability\n", " pred = np.concatenate((pred, test_pred.cpu().numpy()), axis=0)\n" ] }, { "cell_type": "markdown", "metadata": { "id": "wyZqy40Prz0v" }, "source": [ "Write prediction to a CSV file.\n", "\n", "After finish running this block, download the file `prediction.csv` from the files section on the left-hand side and submit it to Kaggle." ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "GuljYSPHcZir" }, "outputs": [], "source": [ "with open('prediction.csv', 'w') as f:\n", " f.write('Id,Class\\n')\n", " for i, y in enumerate(pred):\n", " f.write('{},{}\\n'.format(i, y))" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" }, "toc": { "base_numbering": 1, "nav_menu": {}, "number_sections": true, "sideBar": true, "skip_h1_title": false, "title_cell": "Table of Contents", "title_sidebar": "Contents", "toc_cell": false, "toc_position": {}, "toc_section_display": true, "toc_window_display": false }, "varInspector": { "cols": { "lenName": 16, "lenType": 16, "lenVar": 40 }, "kernels_config": { "python": { "delete_cmd_postfix": "", "delete_cmd_prefix": "del ", "library": "var_list.py", "varRefreshCmd": "print(var_dic_list())" }, "r": { "delete_cmd_postfix": ") ", "delete_cmd_prefix": "rm(", "library": "var_list.r", "varRefreshCmd": "cat(var_dic_list()) " } }, "types_to_exclude": [ "module", "function", "builtin_function_or_method", "instance", "_Feature" ], "window_display": false } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW02/HW02_Sample_Code.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "OYlaRwNu7ojq" }, "source": [ "# **Homework 2: Phoneme Classification**\n" ] }, { "cell_type": "markdown", "source": [ "Objectives:\n", "* Solve a classification problem with deep neural networks (DNNs).\n", "* Understand recursive neural networks (RNNs).\n", "\n", "If you have any questions, please contact the TAs via TA hours, NTU COOL, or email to mlta-2023-spring@googlegroups.com" ], "metadata": { "id": "A7DRC5V7_8A5" } }, { "cell_type": "markdown", "metadata": { "id": "KVUGfWTo7_Oj" }, "source": [ "# Download Data\n", "Download data from google drive, then unzip it.\n", "\n", "You should have\n", "- `libriphone/train_split.txt`: training metadata\n", "- `libriphone/train_labels`: training labels\n", "- `libriphone/test_split.txt`: testing metadata\n", "- `libriphone/feat/train/*.pt`: training feature\n", "- `libriphone/feat/test/*.pt`: testing feature\n", "\n", "after running the following block.\n", "\n", "> **Notes: if the google drive link is dead, you can download the data directly from [Kaggle](https://www.kaggle.com/c/ml2023spring-hw2/data) and upload it to the workspace.**\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "OzkiMEcC3Foq" }, "outputs": [], "source": [ "!pip install --upgrade gdown\n", "\n", "# Main link\n", "# !gdown --id '1N1eVIDe9hKM5uiNRGmifBlwSDGiVXPJe' --output libriphone.zip\n", "!gdown --id '1qzCRnywKh30mTbWUEjXuNT2isOCAPdO1' --output libriphone.zip\n", "\n", "!unzip -q libriphone.zip\n", "!ls libriphone" ] }, { "cell_type": "markdown", "source": [ "# Some Utility Functions\n", "**Fixes random number generator seeds for reproducibility.**" ], "metadata": { "id": "pADUiYODJE1O" } }, { "cell_type": "code", "source": [ "import numpy as np\n", "import torch\n", "import random\n", "\n", "def same_seeds(seed):\n", " random.seed(seed)\n", " np.random.seed(seed)\n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", " torch.backends.cudnn.benchmark = False\n", " torch.backends.cudnn.deterministic = True" ], "metadata": { "id": "BsZKgBZQJjaE" }, "execution_count": null, "outputs": [] }, { "cell_type": "markdown", "metadata": { "id": "_L_4anls8Drv" }, "source": [ "**Helper functions to pre-process the training data from raw MFCC features of each utterance.**\n", "\n", "A phoneme may span several frames and is dependent to past and future frames. \\\n", "Hence we concatenate neighboring phonemes for training to achieve higher accuracy. The **concat_feat** function concatenates past and future k frames (total 2k+1 = n frames), and we predict the center frame.\n", "\n", "Feel free to modify the data preprocess functions, but **do not drop any frame** (if you modify the functions, remember to check that the number of frames are the same as mentioned in the slides)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "IJjLT8em-y9G" }, "outputs": [], "source": [ "import os\n", "import torch\n", "from tqdm import tqdm\n", "\n", "def load_feat(path):\n", " feat = torch.load(path)\n", " return feat\n", "\n", "def shift(x, n):\n", " if n < 0:\n", " left = x[0].repeat(-n, 1)\n", " right = x[:n]\n", " elif n > 0:\n", " right = x[-1].repeat(n, 1)\n", " left = x[n:]\n", " else:\n", " return x\n", "\n", " return torch.cat((left, right), dim=0)\n", "\n", "def concat_feat(x, concat_n):\n", " assert concat_n % 2 == 1 # n must be odd\n", " if concat_n < 2:\n", " return x\n", " seq_len, feature_dim = x.size(0), x.size(1)\n", " x = x.repeat(1, concat_n)\n", " x = x.view(seq_len, concat_n, feature_dim).permute(1, 0, 2) # concat_n, seq_len, feature_dim\n", " mid = (concat_n // 2)\n", " for r_idx in range(1, mid+1):\n", " x[mid + r_idx, :] = shift(x[mid + r_idx], r_idx)\n", " x[mid - r_idx, :] = shift(x[mid - r_idx], -r_idx)\n", "\n", " return x.permute(1, 0, 2).view(seq_len, concat_n * feature_dim)\n", "\n", "def preprocess_data(split, feat_dir, phone_path, concat_nframes, train_ratio=0.8, random_seed=1213):\n", " class_num = 41 # NOTE: pre-computed, should not need change\n", "\n", " if split == 'train' or split == 'val':\n", " mode = 'train'\n", " elif split == 'test':\n", " mode = 'test'\n", " else:\n", " raise ValueError('Invalid \\'split\\' argument for dataset: PhoneDataset!')\n", "\n", " label_dict = {}\n", " if mode == 'train':\n", " for line in open(os.path.join(phone_path, f'{mode}_labels.txt')).readlines():\n", " line = line.strip('\\n').split(' ')\n", " label_dict[line[0]] = [int(p) for p in line[1:]]\n", "\n", " # split training and validation data\n", " usage_list = open(os.path.join(phone_path, 'train_split.txt')).readlines()\n", " random.seed(random_seed)\n", " random.shuffle(usage_list)\n", " train_len = int(len(usage_list) * train_ratio)\n", " usage_list = usage_list[:train_len] if split == 'train' else usage_list[train_len:]\n", "\n", " elif mode == 'test':\n", " usage_list = open(os.path.join(phone_path, 'test_split.txt')).readlines()\n", "\n", " usage_list = [line.strip('\\n') for line in usage_list]\n", " print('[Dataset] - # phone classes: ' + str(class_num) + ', number of utterances for ' + split + ': ' + str(len(usage_list)))\n", "\n", " max_len = 3000000\n", " X = torch.empty(max_len, 39 * concat_nframes)\n", " if mode == 'train':\n", " y = torch.empty(max_len, dtype=torch.long)\n", "\n", " idx = 0\n", " for i, fname in tqdm(enumerate(usage_list)):\n", " feat = load_feat(os.path.join(feat_dir, mode, f'{fname}.pt'))\n", " cur_len = len(feat)\n", " feat = concat_feat(feat, concat_nframes)\n", " if mode == 'train':\n", " label = torch.LongTensor(label_dict[fname])\n", "\n", " X[idx: idx + cur_len, :] = feat\n", " if mode == 'train':\n", " y[idx: idx + cur_len] = label\n", "\n", " idx += cur_len\n", "\n", " X = X[:idx, :]\n", " if mode == 'train':\n", " y = y[:idx]\n", "\n", " print(f'[INFO] {split} set')\n", " print(X.shape)\n", " if mode == 'train':\n", " print(y.shape)\n", " return X, y\n", " else:\n", " return X\n" ] }, { "cell_type": "markdown", "metadata": { "id": "us5XW_x6udZQ" }, "source": [ "# Dataset" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Fjf5EcmJtf4e" }, "outputs": [], "source": [ "import torch\n", "from torch.utils.data import Dataset\n", "\n", "class LibriDataset(Dataset):\n", " def __init__(self, X, y=None):\n", " self.data = X\n", " if y is not None:\n", " self.label = torch.LongTensor(y)\n", " else:\n", " self.label = None\n", "\n", " def __getitem__(self, idx):\n", " if self.label is not None:\n", " return self.data[idx], self.label[idx]\n", " else:\n", " return self.data[idx]\n", "\n", " def __len__(self):\n", " return len(self.data)\n" ] }, { "cell_type": "markdown", "metadata": { "id": "IRqKNvNZwe3V" }, "source": [ "# Model\n", "Feel free to modify the structure of the model." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Bg-GRd7ywdrL" }, "outputs": [], "source": [ "import torch.nn as nn\n", "\n", "class BasicBlock(nn.Module):\n", " def __init__(self, input_dim, output_dim):\n", " super(BasicBlock, self).__init__()\n", "\n", " # TODO: apply batch normalization and dropout for strong baseline.\n", " # Reference: https://pytorch.org/docs/stable/generated/torch.nn.BatchNorm1d.html (batch normalization)\n", " # https://pytorch.org/docs/stable/generated/torch.nn.Dropout.html (dropout)\n", " self.block = nn.Sequential(\n", " nn.Linear(input_dim, output_dim),\n", " nn.ReLU(),\n", " )\n", "\n", " def forward(self, x):\n", " x = self.block(x)\n", " return x\n", "\n", "\n", "class Classifier(nn.Module):\n", " def __init__(self, input_dim, output_dim=41, hidden_layers=1, hidden_dim=256):\n", " super(Classifier, self).__init__()\n", "\n", " self.fc = nn.Sequential(\n", " BasicBlock(input_dim, hidden_dim),\n", " *[BasicBlock(hidden_dim, hidden_dim) for _ in range(hidden_layers)],\n", " nn.Linear(hidden_dim, output_dim)\n", " )\n", "\n", " def forward(self, x):\n", " x = self.fc(x)\n", " return x" ] }, { "cell_type": "markdown", "source": [ "# Hyper-parameters" ], "metadata": { "id": "TlIq8JeqvvHC" } }, { "cell_type": "code", "source": [ "# data prarameters\n", "# TODO: change the value of \"concat_nframes\" for medium baseline\n", "concat_nframes = 3 # the number of frames to concat with, n must be odd (total 2k+1 = n frames)\n", "train_ratio = 0.75 # the ratio of data used for training, the rest will be used for validation\n", "\n", "# training parameters\n", "seed = 1213 # random seed\n", "batch_size = 512 # batch size\n", "num_epoch = 10 # the number of training epoch\n", "learning_rate = 1e-4 # learning rate\n", "model_path = './model.ckpt' # the path where the checkpoint will be saved\n", "\n", "# model parameters\n", "# TODO: change the value of \"hidden_layers\" or \"hidden_dim\" for medium baseline\n", "input_dim = 39 * concat_nframes # the input dim of the model, you should not change the value\n", "hidden_layers = 2 # the number of hidden layers\n", "hidden_dim = 64 # the hidden dim" ], "metadata": { "id": "iIHn79Iav1ri" }, "execution_count": null, "outputs": [] }, { "cell_type": "markdown", "source": [ "# Dataloader" ], "metadata": { "id": "IIUFRgG5yoDn" } }, { "cell_type": "code", "source": [ "from torch.utils.data import DataLoader\n", "import gc\n", "\n", "same_seeds(seed)\n", "device = 'cuda' if torch.cuda.is_available() else 'cpu'\n", "print(f'DEVICE: {device}')\n", "\n", "# preprocess data\n", "train_X, train_y = preprocess_data(split='train', feat_dir='./libriphone/feat', phone_path='./libriphone', concat_nframes=concat_nframes, train_ratio=train_ratio, random_seed=seed)\n", "val_X, val_y = preprocess_data(split='val', feat_dir='./libriphone/feat', phone_path='./libriphone', concat_nframes=concat_nframes, train_ratio=train_ratio, random_seed=seed)\n", "\n", "# get dataset\n", "train_set = LibriDataset(train_X, train_y)\n", "val_set = LibriDataset(val_X, val_y)\n", "\n", "# remove raw feature to save memory\n", "del train_X, train_y, val_X, val_y\n", "gc.collect()\n", "\n", "# get dataloader\n", "train_loader = DataLoader(train_set, batch_size=batch_size, shuffle=True)\n", "val_loader = DataLoader(val_set, batch_size=batch_size, shuffle=False)" ], "metadata": { "id": "c1zI3v5jyrDn" }, "execution_count": null, "outputs": [] }, { "cell_type": "markdown", "source": [ "# Training" ], "metadata": { "id": "pwWH1KIqzxEr" } }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "CdMWsBs7zzNs" }, "outputs": [], "source": [ "# create model, define a loss function, and optimizer\n", "model = Classifier(input_dim=input_dim, hidden_layers=hidden_layers, hidden_dim=hidden_dim).to(device)\n", "criterion = nn.CrossEntropyLoss()\n", "optimizer = torch.optim.Adam(model.parameters(), lr=learning_rate)\n", "\n", "best_acc = 0.0\n", "for epoch in range(num_epoch):\n", " train_acc = 0.0\n", " train_loss = 0.0\n", " val_acc = 0.0\n", " val_loss = 0.0\n", "\n", " # training\n", " model.train() # set the model to training mode\n", " for i, batch in enumerate(tqdm(train_loader)):\n", " features, labels = batch\n", " features = features.to(device)\n", " labels = labels.to(device)\n", "\n", " optimizer.zero_grad()\n", " outputs = model(features)\n", "\n", " loss = criterion(outputs, labels)\n", " loss.backward()\n", " optimizer.step()\n", "\n", " _, train_pred = torch.max(outputs, 1) # get the index of the class with the highest probability\n", " train_acc += (train_pred.detach() == labels.detach()).sum().item()\n", " train_loss += loss.item()\n", "\n", " # validation\n", " model.eval() # set the model to evaluation mode\n", " with torch.no_grad():\n", " for i, batch in enumerate(tqdm(val_loader)):\n", " features, labels = batch\n", " features = features.to(device)\n", " labels = labels.to(device)\n", " outputs = model(features)\n", "\n", " loss = criterion(outputs, labels)\n", "\n", " _, val_pred = torch.max(outputs, 1)\n", " val_acc += (val_pred.cpu() == labels.cpu()).sum().item() # get the index of the class with the highest probability\n", " val_loss += loss.item()\n", "\n", " print(f'[{epoch+1:03d}/{num_epoch:03d}] Train Acc: {train_acc/len(train_set):3.5f} Loss: {train_loss/len(train_loader):3.5f} | Val Acc: {val_acc/len(val_set):3.5f} loss: {val_loss/len(val_loader):3.5f}')\n", "\n", " # if the model improves, save a checkpoint at this epoch\n", " if val_acc > best_acc:\n", " best_acc = val_acc\n", " torch.save(model.state_dict(), model_path)\n", " print(f'saving model with acc {best_acc/len(val_set):.5f}')\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "ab33MxosWLmG" }, "outputs": [], "source": [ "del train_set, val_set\n", "del train_loader, val_loader\n", "gc.collect()" ] }, { "cell_type": "markdown", "metadata": { "id": "1Hi7jTn3PX-m" }, "source": [ "# Testing\n", "Create a testing dataset, and load model from the saved checkpoint." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "VOG1Ou0PGrhc" }, "outputs": [], "source": [ "# load data\n", "test_X = preprocess_data(split='test', feat_dir='./libriphone/feat', phone_path='./libriphone', concat_nframes=concat_nframes)\n", "test_set = LibriDataset(test_X, None)\n", "test_loader = DataLoader(test_set, batch_size=batch_size, shuffle=False)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "ay0Fu8Ovkdad" }, "outputs": [], "source": [ "# load model\n", "model = Classifier(input_dim=input_dim, hidden_layers=hidden_layers, hidden_dim=hidden_dim).to(device)\n", "model.load_state_dict(torch.load(model_path))" ] }, { "cell_type": "markdown", "metadata": { "id": "zp-DV1p4r7Nz" }, "source": [ "Make prediction." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "84HU5GGjPqR0" }, "outputs": [], "source": [ "pred = np.array([], dtype=np.int32)\n", "\n", "model.eval()\n", "with torch.no_grad():\n", " for i, batch in enumerate(tqdm(test_loader)):\n", " features = batch\n", " features = features.to(device)\n", "\n", " outputs = model(features)\n", "\n", " _, test_pred = torch.max(outputs, 1) # get the index of the class with the highest probability\n", " pred = np.concatenate((pred, test_pred.cpu().numpy()), axis=0)\n" ] }, { "cell_type": "markdown", "metadata": { "id": "wyZqy40Prz0v" }, "source": [ "Write prediction to a CSV file.\n", "\n", "After finish running this block, download the file `prediction.csv` from the files section on the left-hand side and submit it to Kaggle." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "GuljYSPHcZir" }, "outputs": [], "source": [ "with open('prediction.csv', 'w') as f:\n", " f.write('Id,Class\\n')\n", " for i, y in enumerate(pred):\n", " f.write('{},{}\\n'.format(i, y))" ] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "kernelspec": { "display_name": "Python 3", "name": "python3" } }, "nbformat": 4, "nbformat_minor": 0 } ================================================ FILE: HW02/README.md ================================================ > ML2023Spring - HW2 相关信息： > > [课程主页](https://speech.ee.ntu.edu.tw/~hylee/ml/2023-spring.php) > > [课程视频](https://www.bilibili.com/video/BV1TD4y137mP/?spm_id_from=333.337.search-card.all.click&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [Kaggle link](https://www.kaggle.com/t/03ac116596a247219b5a8d7a8e2b800e) > > [Sample code](https://colab.research.google.com/drive/1wzeiVy2g7HpSjlidUr0Gi50NnHBWTkvN#scrollTo=KVUGfWTo7_Oj) > > [HW02 视频](https://www.bilibili.com/video/BV1TD4y137mP/?p=26&share_source=copy_web&vd_source=e46571d631061853c8f9eead71bdb390) > > [HW02 PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/HW02+聽測.pdf) > > P.S. 即便 kaggle 上的时间已经截止，你仍然可以在上面提交和查看分数。但需要注意的是：在 kaggle 截止日期前你应该选择两个结果进行最后的Private评分。 > 每年的数据集size和feature并不完全相同，但基本一致，过去的代码仍可用于新一年的 Homework。 # 目录 * [任务目标（分类）](#任务目标分类) * [Metric](#metric) * [数据解析](#数据解析) * [数据下载](#数据下载) * [Report](#report) * [1](#1) * [计算神经网络的参数量](#计算神经网络的参数量) * [构建总参数量接近的神经网络](#构建总参数量接近的神经网络) * [2](#2) * [Sample code 部分解析](#sample-code-部分解析) * [Model](#model) * [Hyper-parameters](#hyper-parameters) * [Baselines](#baselines) * [Simple Baseline (0.49798)](#simple-baseline-049798) * [Medium Baseline (0.66440)](#medium-baseline-066440) * [Strong Baseline (0.74944)](#strong-baseline-074944) * [开始实验](#开始实验) * [ReduceLROnPlateau()](#reducelronplateau) * [学习率变化曲线](#学习率变化曲线) * [实验数据](#实验数据) * [Kaggle 分数: 0.74427](#kaggle-分数-074427) * [CosineAnnealingLR()](#cosineannealinglr) * [学习率变化曲线](#学习率变化曲线-1) * [实验数据](#实验数据-1) * [Kaggle 分数: 0.74391（没有提升）](#kaggle-分数-074391没有提升) * [CosineAnnealingWarmRestarts()](#cosineannealingwarmrestarts) * [学习率变化曲线](#学习率变化曲线-2) * [实验结果](#实验结果) * [Kaggle 分数: 0.74328（没有提升）](#kaggle-分数-074328没有提升) * [T_0 *= 2](#t_0--2) * [学习率变化曲线](#学习率变化曲线-3) * [实验结果](#实验结果-1) * [Kaggle 分数: 0.74403（没有提升）](#kaggle-分数-074403没有提升) * [no scheduler](#no-scheduler) * [学习率变化曲线](#学习率变化曲线-4) * [实验结果](#实验结果-2) * [Kaggle 分数: 0.74408](#kaggle-分数-074408) * [实验结果对比](#实验结果对比) * [修改 lr=2.5e-4，重新实验](#修改-lr25e-4重新实验) * [实验结果对比](#实验结果对比-1) * [总结](#总结) * [Boss Baseline (0.83017)](#boss-baseline-083017) * [参考链接](#参考链接) # 任务目标（分类） - Phoneme Classification 音素分类（识别） ![源自 HW02 PDF](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230313162349.png) - 训练/测试数据大小：3429/857（2116794/527364 frames）每个 frames 25ms，相邻 frames 间隔 10ms，1s 可以划分出 100 个frames，单个 frames 最后被处理为 39 维的 MFCC (**Mel Frequency Cepstral Coefficients**) ![源自 HW02 PDF](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230313163334.png) - Label：41，对应 phoneme # Metric 分类精度 # 数据解析 - train_split.txt: 其中每一行对应一个训练数据，其所对应的文件在feat/train/中 image-20230314115316158 - train_labels.txt: 由训练数据和labels组成，格式为: filename labels。其中，label 为 frame 对应的 phoneme image-20230314115336131 - test_split.txt: 其中每一行对应一个训练数据，其所对应的文件在feat/test/中 - feat/train/{id}.pt 和 feat/test/{id}.pt: 音频对应的 MFCC w/ CMVN，维度为39，这些文件可以通过torch.load()直接导入，导入后的shape为(T, 39)。 image-20230314115729703 数据来源于 [LibriSpeech ASR corpus (subset of train-clean-100)](https://www.openslr.org/12/): 100小时 "clean" 的演讲训练数据集子集（[数据源对应的论文](http://www.danielpovey.com/files/2015_icassp_librispeech.pdf)） ## 数据下载 > To use the Kaggle API, sign up for a Kaggle account at [https://www.kaggle.com](https://www.kaggle.com/). Then go to the 'Account' tab of your user profile (`https://www.kaggle.com//account`) and select 'Create API Token'. This will trigger the download of `kaggle.json`, a file containing your API credentials. Place this file in the location `~/.kaggle/kaggle.json` (on Windows in the location `C:\Users\\.kaggle\kaggle.json` - you can check the exact location, sans drive, with `echo %HOMEPATH%`). You can define a shell environment variable `KAGGLE_CONFIG_DIR` to change this location to `$KAGGLE_CONFIG_DIR/kaggle.json` (on Windows it will be `%KAGGLE_CONFIG_DIR%\kaggle.json`). > > -\- [Official Kaggle API](https://github.com/Kaggle/kaggle-api) `gdown` 的链接总是挂，可以考虑使用 `kaggle` 的 `api`，流程非常简单，替换为你自己的用户名，`https://www.kaggle.com//account`，然后点击 `Create New API Token`，将下载下来的文件放去应该放的位置： - Mac 和 Linux 放在 `~/.kaggle` - Windows 放在 `C:\Users\\.kaggle` ```bash pip install kaggle # 你需要先在 Kaggle -> Account -> Create New API Token 中下载 kaggle.json # mv kaggle.json ~/.kaggle/kaggle.json kaggle competitions download -c ml2023spring-hw2 unzip ml2023spring-hw2 ``` # Report > 注意到 HW02 有写报告的要求： > > 1. 实现两个参数量大致相同的模型，(A) 一个深窄的（例如，隐藏层数=6，隐藏维度=1024），(B) 一个浅宽的（例如，隐藏层数=2，隐藏维度=1750）。报告两个模型的训练/验证准确率。 > 2. 添加dropout层，并分别报告dropout率为(A) 0.25/(B) 0.5/(C) 0.75时的训练/验证准确率。 ## 1 这个视频片段能够让你更好的了解 Deep Network 和 Shallow network 的差异：[Why Deep Learning?]( https://www.bilibili.com/video/BV1Wv411h7kN/?p=33&share_source=copy_web&vd_source=e46571d631061853c8f9eead71bdb390&t=1560) ### 计算神经网络的参数量 先看看如何计算参数。 对于全连接层来说，其单层的参数量为 `(输入维度 + 1) * 该层神经元个数`。这是因为全连接层的每个神经元都需要一个 `权重向量` 和一个 `偏置值` 来计算其输出，`权重向量` 的长度就是 `输入维度`，`偏置值` 是一个标量。 若当前 `network` 有 `hidden_layers` 层 `hidden layer`，其中每层 `hidden_layer` 有 `hidden_dim` 维，则有： $Total\_params = (input\_dim + 1) * hidden\_dim + (hidden\_dim + 1) * hidden\_dim * (hidden\_layers - 1) + (hidden\_dim + 1) * output\_dim$ 对于一个神经网络来说，其总参数量就是所有全连接层的参数量之和。例如，如果我们有一个神经网络，它有一个输入层（输入维度为 4），一个隐藏层（隐藏层神经元个数为 5），和一个输出层（输出维度为 3），那么它的总参数量就是： 输入层到隐藏层的全连接层：$(4 + 1) * 5 = 25$ 隐藏层到输出层的全连接层：$(5 + 1) * 3 = 18$ 总参数量：$25 + 18 = 43$ 如下图所示： ![图源自《动手学深度学习》](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230316155657.png) 这里再举个例子说明： ```python import torch.nn as nn input_dim = 8 hidden_dim = 16 hidden_layers = 2 output_dim = 8 # 为了简洁，舍去了 Relu() network = nn.Sequential( nn.Linear(input_dim, hidden_dim), # 在函数的调用中，一个 * 表示将一个序列展开为单独的位置参数，这一行代码是列表推导，最终的表现是重复生成多个 hidden layer *[nn.Linear(hidden_dim, hidden_dim) for _ in range(hidden_layers-1)], nn.Linear(hidden_dim, output_dim) ) # 打印总参数量 total_params = ( (input_dim+1) * hidden_dim + (hidden_dim + 1) * hidden_dim * (hidden_layers - 1) + (hidden_dim + 1) * output_dim ) print(f'Total params: {total_params}') ``` ```python >> Total params: 552 ``` 当然，实际上你可以直接使用 pytorch 中的函数进行打印 ```python total_params = sum(param.numel() for param in network.parameters()) print(f'Total params: {total_params}') ``` ```python >> Total params: 552 ``` 进一步的，如果你想查看各层分别的参数量，你可以使用以下代码 ```python for name, param in network.named_parameters(): print(name, param.numel()) ``` ```python 0.weight 128 0.bias 16 1.weight 256 1.bias 16 2.weight 128 2.bias 8 ``` 其中 `weight` 对应的是权重，`bias`是偏差。 若`concat_nframes = 3`, `input_dim = 39 * concat_nframe = 117`, `hidden_layers = 6`, `hidden_dim = 64`, `output_dim = 41`，则总参数量为31017。 `hidden_layers = 2` 的情况下，最接近的总参数量为：30890，对应的`hidden_dim`为113。 但你需要注意的是，`concat_nframes` 是一个 `hyper-parameter`，需要根据实际情况调整，所以你也需要相应的对整个网络架构进行改变。 ### 构建总参数量接近的神经网络 已知神经网络的总参数量由下式给出： $$Total\_params = (input\_dim + 1) * hidden\_dim + (hidden\_dim + 1) * hidden\_dim * (hidden\_layers - 1) + (hidden\_dim + 1) * output\_dim$$ 为了符号简便，做以下简写： - $i = input\_dim$ - $o = output\_dim$ - $l = hidden\_layers$ - $d = hidden\_dim$ 有： $$ Total\_params = (i + 1) * d + (d + 1) * d * (l - 1) + (d + 1) * o $$ 进一步的，将其化成一元二次方程的形式，其中 $d$ 为自变量： $$ Total\_params = (l - 1) * d^2 + (i + o + l) * d + o $$ 假设 $i, o, l, d$ 均为已知量，现在需要求：在输入输出维度不变的情况下，当 $dest\_hidden\_layers$ 给定时，隐藏层的维数等于多少才能让两个网络的总参数量接近？（$dest$ 代指我们要计算的目标网络） 同样的，做以下简写： - $l_d = dest\_hidden\_layers$ - $d_d = dest\_hidden\_dim$ 则有： $$ dest\_Total\_params = (l_d - 1) * d_d^2 + (i + o + l_d) * d_d + o $$ 令 $dest\_Total\_params = Total\_params$： $$ (l_d - 1) * d_d^2 + (i + o + l_d) * d_d + o = (l - 1) * d^2 + (i + o + l) * d + o\\\Downarrow\\ (l_d - 1) * d_d^2 + (i + o + l_d) * d_d - (l - 1) * d^2 - (i + o + l) * d = 0 $$ 这实际上是一个一元二次方程，其中 $d_d$ 为自变量，其余均已知，可当作常数看待。令 $$ a = l_d - 1，\\ b = i + o + l_d，\\ c = - (l - 1) * d^2 - (i + o + l) * d $$ 则上式可化成 $$ a * d_d^2 + b *d_d + c = 0 $$ 由一元二次方程的求根公式 $$ y = \frac{-b \pm \sqrt{b^2 - 4ac}}{2a} $$ 有 $$ d_d = \frac{-(i+o+l_d) \pm \sqrt{(i+o+l_d)^2 - 4(l_d-l)(-((l - 1) * d^2 - (i + o + l) * d))}}{2(l_d-l)} $$ 你可以通过调用下方代码中的 `get_dest_dim()` 获取目标网络隐藏层应该设置的维度。 ```python def get_dest_dim(input_dim, output_dim, hidden_layers, dest_hidden_layers, hidden_dim): '''获取目标网络隐藏层的维度（总参数量接近于原网络）''' # 计算一元二次方程的系数 a,b,c a = dest_hidden_layers - 1 # a = l_d - 1 b = input_dim + output_dim + dest_hidden_layers # b = i + o + l_d c = - (hidden_layers - 1) * (hidden_dim ** 2) - (input_dim + output_dim + hidden_layers) * hidden_dim # c = - (l - 1) * (d ** 2) - (i + o + l) * d # 计算分子中的平方根部分，即 b^2-4ac sqrt_part = (b ** 2) - 4 * a * c # 计算两个解，一个是加号，一个是减号，即(-b±√(b^2-4ac))/(2a) d_d_plus = (-b + sqrt_part**(0.5)) / (2 * a) d_d_minus = (-b - sqrt_part**(0.5)) / (2 * a) # 返回两个解的元组 return (d_d_plus, d_d_minus) # 设置你想要的目标网络隐藏层数量 dest_hidden_layers = 2 # 获取对应的维数 dest_hidden_dim, _ = get_dest_dim(input_dim, output_dim, hidden_layers, dest_hidden_layers, hidden_dim) print(f"若将隐藏层网络层数改为: {dest_hidden_layers}，则维数应当改为: {round(dest_hidden_dim)}",) ``` ## 2 `nn.Dropout(p=)` 在激活函数前/后增加都可以。 # Sample code 部分解析 ## Model 这里你可以随意的修改 `model` 的架构以达到 `strong baseline`。（原代码中有bug，我进行了修正） ```python import torch.nn as nn class BasicBlock(nn.Module): def __init__(self, input_dim, output_dim): super(BasicBlock, self).__init__() # TODO: apply batch normalization and dropout for strong baseline. # Reference: https://pytorch.org/docs/stable/generated/torch.nn.BatchNorm1d.html (batch normalization) # https://pytorch.org/docs/stable/generated/torch.nn.Dropout.html (dropout) self.block = nn.Sequential( nn.Linear(input_dim, output_dim), # nn.BatchNorm1d() nn.ReLU(), # nn.Dropout() ) def forward(self, x): x = self.block(x) return x class Classifier(nn.Module): def __init__(self, input_dim, output_dim=41, hidden_layers=1, hidden_dim=256): super(Classifier, self).__init__() self.fc = nn.Sequential( BasicBlock(input_dim, hidden_dim), # 在函数的调用中，一个 * 表示将一个序列展开为单独的位置参数，这一行代码是列表推导，最终的表现是重复生成多个 hidden layer #（原来的整段代码实际上生成了 hidden_layers+1 个隐藏层，所以我修改了一下代码，让其符合定义） *[BasicBlock(hidden_dim, hidden_dim) for _ in range(hidden_layers-1)], nn.Linear(hidden_dim, output_dim) ) def forward(self, x): x = self.fc(x) return x ``` ## Hyper-parameters 在这个模块中修改超参数，完成 `medium baseline`。 ```python # data prarameters # TODO: change the value of "concat_nframes" for medium baseline concat_nframes = 3 # 拼接的总数量，应当为奇数，左右各拼接 concat_nframes/2 个 frames（非常重要的参数） train_ratio = 0.75 # 训练集的比例， # training parameters seed = 1213 # random seed batch_size = 512 # batch size num_epoch = 10 # the number of training epoch learning_rate = 1e-4 # learning rate model_path = './model.ckpt' # the path where the checkpoint will be saved # model parameters # TODO: change the value of "hidden_layers" or "hidden_dim" for medium baseline input_dim = 39 * concat_nframes # the input dim of the model, you should not change the value hidden_layers = 2 # the number of hidden layers hidden_dim = 64 # the hidden dim ''' 以下是为了完成 report 所添加的代码 ''' # 提前输出模型参数数量，以便调整网络架构 total_params = ( (input_dim+1) * hidden_dim + (hidden_dim + 1) * hidden_dim * (hidden_layers - 1) + (hidden_dim + 1) * 41 ) print(f'Total params: {total_params}') def get_dest_dim(input_dim, output_dim, hidden_layers, dest_hidden_layers, hidden_dim): '''获取目标网络隐藏层的维度（总参数量接近于原网络）''' # 计算一元二次方程的系数 a,b,c a = dest_hidden_layers - 1 # a = l_d - 1 b = input_dim + output_dim + dest_hidden_layers # b = i + o + l_d c = - (hidden_layers - 1) * (hidden_dim ** 2) - (input_dim + output_dim + hidden_layers) * hidden_dim # c = - (l - 1) * (d ** 2) - (i + o + l) * d # 计算分子中的平方根部分，即 b^2-4ac sqrt_part = (b ** 2) - 4 * a * c # 计算两个解，一个是加号，一个是减号，即(-b±√(b^2-4ac))/(2a) d_d_plus = (-b + sqrt_part**(0.5)) / (2 * a) d_d_minus = (-b - sqrt_part**(0.5)) / (2 * a) # 返回两个解的元组 return (d_d_plus, d_d_minus) # 设置你想要的目标网络隐藏层数量 dest_hidden_layers = 9 # 获取对应的维数 dest_hidden_dim, _ = get_dest_dim(input_dim, 41, hidden_layers, dest_hidden_layers, hidden_dim) print(f"若将隐藏层网络层数改为: {dest_hidden_layers}，则维数应当改为: {round(dest_hidden_dim)}",) ``` # Baselines 根据作业 PDF 中的提示： ## Simple Baseline (0.49798) - 运行所给的 sample code。 ## Medium Baseline (0.66440) - 连接 n 个frames。 具体选择多少个 frames 呢？[HW02 PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/HW02+聽測.pdf) 中给出的样例是 11 个，查询[相关专业知识](https://www.phon.ucl.ac.uk/courses/spsci/spc/lab8.html)后有下表： ![the phone names are in SAMPA format](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230318201347.png) ![Table of Phoneme Durations in milliseconds](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230318200428.png) 注意到英文中 phoneme 的持续时间都小于 11 个frames（11*25=275ms)。你可以根据专业知识自行选择，比如说你想再联系前后两个 phoneme 的信息来做预测，那设置成 15 也可以，这些由你自己去确定，从实验中获得更好的选择。 - 增加网络的隐藏层。 下图是我一开始记录的一些实验结果，仅简单的增加了层数和神经元个数便达到了 Medium Baseline（最终记录的是 Kaggle 上的分数），你可以根据自己的情况更进一步的优化它。 ![image-20230318212951814](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230318212951.png) ## Strong Baseline (0.74944) - 在 BasicBlock() 中增加 batchnorm 和 dropout 层。 - 增大 concat_nframes。 > [scheduler 的使用实验对比和总结（PyTorch）](https://blog.csdn.net/weixin_42426841/article/details/129716343) > > > 这是关于各 scheduler（**ReduceLROnPlateau()**，**CosineAnnealingLR()**，**CosineAnnealingWarmRestarts()**）使用的对比实验。 > > > > 起因是为了在 Kaggle 上跑出更高的成绩，但结果确出乎我的意料，为了工作不白费，我决定将它们的结果重新可视化分享给你们。我一开始没有过多的修改初始配置，这篇文章的目的仅仅是为了给你展现不同 scheduler 下的学习率变化以及对实验结果的影响（片面的）。 > > > > 时间原因我仅在这个[数据集](https://www.kaggle.com/competitions/ml2023spring-hw2/data)上跑了对比实验。 > > > > 原本是想贴个链接的，想了想还是放在这方便查看。 > > > > # 开始实验 > > > 为了对比，每个 scheduler 都跑了 300 个epoch，可能不多，但也能看出些端倪。 > > > > 这里贴一下我的其他参数，如果不需要做这个 HW，可以跳过这段往下看，并不影响。 > > > > 跑 300 个 epoch 是因为在这个参数的设置（请勿模仿）下，大概到 300 就没有什么波动了。 > > > > ```python > > """dropout(p=0.25)""" > > > > concat_nframes = 15 # the number of frames to concat with, n must be odd (total 2k+1 = n frames) > > train_ratio = 0.95 # the ratio of data used for training, the rest will be used for validation > > > > # training parameters > > seed = 1213 # random seed > > batch_size = 512 # batch size > > num_epoch = 300 # the number of training epoch > > learning_rate = 5e-4 # learning rate > > > > hidden_layers = 6 # the number of hidden layers > > hidden_dim = 512 # the hidden dim > > ``` > > 最初，我增加了一个自动调整 `learning_rate` 的 `scheduler`，选择的是 `torch.optim.lr_scheduler` 中的 `ReduceLROnPlateau()`。 > > ## **ReduceLROnPlateau()** > > 先介绍一下参数方便理解： > > > `torch.optim.lr_scheduler.ReduceLROnPlateau`(*optimizer*, *mode='min'*, *factor=0.1*, *patience=10*, *threshold=0.0001*, *threshold_mode='rel'*, *cooldown=0*, *min_lr=0*, *eps=1e-08*, *verbose=False*) > > > > - `optimizer (Optimizer)` ：指定需要对哪个优化器对象进行学习率调整。 > > - `mode (str)`：指标的模式。可以是“min”或“max”。如果是“min”，那么当指标停止降低时将调整学习率；如果是“max”，那么当指标停止升高时将调整学习率。 > > - `factor (float)`：学习率缩小的因子。新学习率=旧学习率 * factor。注意，factor 不能大于1。 > > - `patience (int)`：如果指标没有改善，则等待多少个epoch来调整学习率。 > > - `threshold (float)`：指标的变化量阈值，如果小于此值，则将其视为没有改进。 > > - `threshold_mode (str)`：判断阈值的模式。可以是“rel”或“abs”。如果是“rel”，动态阈值等于最优值乘以(1+threshold)（在’max’模式下）或最优值乘以(1-threshold)（在’min’模式下）。在’abs’模式下，动态阈值等于最优值加上threshold（在’max’模式下）或最优值减去threshold（在’min’模式下）。 > > - `cooldown (int)`：表示在减小学习率之后等待几个epoch才能再次减小学习率。 > > - `min_lr (float or list)`：学习率的下限。 > > - `eps (float)`：表示应用于学习率的最小衰减量。如果新旧学习率之间的差异小于eps，则更新会被忽略。 > > - `verbose (bool)`：如果为True，则在调整学习率时打印更新的消息。 > > ```python > optimizer = torch.optim.Adam(model.parameters(), lr=5e-4) # 假设初始学习率为 5e-4 > scheduler = torch.optim.lr_scheduler.ReduceLROnPlateau(optimizer, mode='max', factor=0.8, patience=10, threshold=0.001) # 如果 10 个 epoch 后都没有提升，lr *= factor > > for epoch in range(num_epoch): > train(...) # 训练模型 > validate(...) # 验证模型 > scheduler.step(metric) # 根据 metric 更新学习率 > ``` > > ### 学习率变化曲线 > > learning rate > > > ### 实验数据 > > ![ReduceLROnPlateau](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322160417.png) > > ### **Kaggle 分数: 0.74427** > > 最初选择 `ReduceLROnPlateau()` 的原因是基于一个设想的较乐观的情况：只要慢慢减少学习率一定会收敛到优秀的解。 > > 当时发现了好几种scheduler，但看到根据 epoch 变化 `learing rate` 的 `scheduler`（比如 `StepLR`，`ExponentialLR`），觉得完全不如根据实验结果动态变化的 `ReduceLROnPlateau` 便没有进行选择。 > > 看到这里你应该仅仅对 ReduceLROnPlateau() 有了简单的认识，不妨继续往下看，看看实验对比。 > > 在 `acc` 卡住后，我试图去寻找其他的 `scheduler`，看能不能让 `learning rate` 在中途变大跳出一些区域后再变小，然后发现还有周期性变化的 `scheduler`（比如 `CosineAnnealingLR`，`CyclicLR`），于是，我尝试修改成 `CosineAnnealingLR()`。 > > ## **CosineAnnealingLR()** > > > `torch.optim.lr_scheduler.CosineAnnealingLR`(*optimizer*, *T_max*, *eta_min=0*, *last_epoch=- 1*, *verbose=False*) > > > > - `optimizer (Optimizer)` ：指定需要对哪个优化器对象进行学习率调整。 > > - `T_max (int)`: 表示半个周期的长度。例如，如果T_max=10，则学习率在第0个epoch时为最大值，在第0到第10个epoch之间以余弦函数形式逐渐减小，在第10个epoch时达到最小值，在第11到第20个epoch之间以余弦函数形式逐渐增大，在第20个epoch时回到最大值。 > > - `eta_min (float)`: 表示学习率的最小值，在学习率下降到这个值之后，就不再下降了。默认为0。 > > - `last_epoch (int)`: 表示上一次更新学习率的epoch索引。默认为-1，表示还没有开始训练。这个参数用于恢复训练时使用，可以将其设置为已经训练的epoch数减 1。 > > - `verbose (bool)`：如果为True，则在调整学习率时打印更新的消息。 > > ```python > optimizer = torch.optim.Adam(model.parameters(), lr=5e-4) # 假设初始学习率为 5e-4 > scheduler = torch.optim.lr_scheduler.CosineAnnealingLR(optimizer, T_max=10, eta_min=1e-7) > > for epoch in range(num_epoch): > train(...) # 训练模型 > validate(...) # 验证模型 > scheduler.step() # 更新学习率 > ``` > > ### 学习率变化曲线 > > learning rate > > ### 实验数据 > > ![CosineAnnealingLR](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322160619.png) > > ### **Kaggle 分数: 0.74391（没有提升）** > > 这个 scheduler 中的 learning rate 变化曲线与余弦函数一致，但观察发现，CosineAnnealLR 的周期性变化似乎让收敛的过程变得曲折（多次实验效果都类似）。 > > 观察 acc 和 lr 的变化：每一次 lr 逐步上升都会让 acc 下降。于是我想着有没有一种 scheduler，让 lr 跳过逐步上升的过程，于是找到了 CosineAnnealingWarmRestarts，这个 scheduler 会让 learning rate 在周期的最后瞬间上升 ，这个概念在李宏毅老师过去的视频中也有说到，即：warm restart。 > > ## **CosineAnnealingWarmRestarts()** > > >`torch.optim.lr_scheduler.``CosineAnnealingWarmRestarts`(*optimizer*, *T_0*, *T_mult=1*, *eta_min=0*, *last_epoch=- 1*, *verbose=False*) > > > >- `optimizer (Optimizer)` ：指定需要对哪个优化器对象进行学习率调整。 > >- `T_0 (int)`: 表示第一次restart的epoch，即在T_0个epoch后，学习率将回到最高点，重新开始下降。默认值为10。 > >- `T_mult (float)`: 表示每次restart之后T_0的值将乘以T_mult。默认值为1。 > >- `eta_min (float)`: 表示学习率的最小值，在学习率下降到这个值之后，就不再下降了。默认为0。 > >- `last_epoch (int)`: 表示上一次更新学习率的epoch索引。默认为-1，表示还没有开始训练。这个参数用于恢复训练时使用，可以将其设置为已经训练的epoch数减 1。 > >- `verbose (bool)`：如果为True，则在调整学习率时打印更新的消息 > > ```python > optimizer = torch.optim.Adam(model.parameters(), lr=5e-4) # 假设初始学习率为 5e-4 > scheduler = torch.optim.lr_scheduler.CosineAnnealingWarmRestarts(optimizer, T_0=10, T_mult=1, eta_min=1e-7) > > for epoch in range(num_epoch): > train(...) # 训练模型 > validate(...) # 验证模型 > scheduler.step() # 更新学习率 > ``` > > > > ### 学习率变化曲线 > > learning rate > > ### 实验结果 > > ![CosineAnnealingWarmRestarts](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322160948.png) > > ### **Kaggle 分数: 0.74328（没有提升）** > > 我以为实验结果会变得更好，发现并没有，无论哪种 scheduler，最终的结果都差不多（epoch = 300），这可能是我初始lr设置的太大（5e-4）的原因？ > > 虽然我产生了修改学习率的想法，但我还想尝试一下另一种修改方式，因为我发现 CosineAnnealLR 参数中 T_max 指代的是半个周期的长度，而 CosineAnnealingWarmRestarts 参数中的 T_0 指代的是一个周期长度，我将二者都设置成了 10，这使得 CosineAnnealingWarmRestarts 在300个epoch中有30个周期，是 CosineAnnealLR 的两倍，我或许应该将 T_0 设置为 2*T_max 来进行最终的对比实验。 > > 学习率变化对比 > > ### T_0 *= 2 > > #### 学习率变化曲线 > > learning rate > > #### 实验结果 > > ![T_0*=2](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322162649.png) > > #### **Kaggle 分数: 0.74403（没有提升）** > > 看起来，各个 scheduler 最终的表现似乎没有区别？我决定跑一个没有scheduler的版本（是的，我一开始默认的觉得加上scheduler一定会让实验变得更好，但发现似乎并不是这样，最起码在当前的配置下不是（有可能是batchnorm的原因？））。 > > ## **no scheduler** > > ### 学习率变化曲线 > > learning rate > > ### 实验结果 > > ![no scheduler](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322163210.png) > > ### **Kaggle 分数: 0.74408** > > ## **实验结果对比** > > ![实验结果对比](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322163835.png) > > 评价是：**花里胡哨，没有区别（HW02 下）。真要用的话， ReduceLROnPlateau() 就够了，有时可以减少训练时间**。 > > 现在，我决定根据一个现象去改变 lr 的初始值：从输出中，观察到在所有周期中，每次 lr=2.5e-4 和 1.72e-4 的时候上升幅度最大，于是我将 lr 设置成 2.5e-4 重新跑了所有的实验。 > > # 修改 lr=2.5e-4，重新实验 > > ## **实验结果对比** > > ![实验结果对比](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322163803.png) > > 可以看到，**Kaggle 分数**没有提升。 > > 下图是 lr = 5e-4 和 lr=2.5e-4 的 CosineAnnealingWarmRestarts 对比结果： > > ![image-20230322163954786](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322163954.png) > > 原以为会有很大的变化，比如在 lr 的最高点处 acc 不会降低这么多，发现并没有，甚至可以说是一模一样，这其中一定有什么我还不了解的东西在发挥作用。 > > # 总结 > > scheduler 真的没有作用吗？不尽然，这很大程度上取决于你现在的损失函数面和参数配置，使用 scheduler 往往可以更快的收敛。下图是对比： > > ![是否使用 scheduler 的对比](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322201432.png) > > 而且，如果你经常性的重新导入模型，那么使用带 last_epoch 参数的 scheduler 会更方便。 > > 同样的，如果你的模型花费时间很长，也可以通过像 StepLR() 这类的 scheduler 让 lr 在每一轮次变化。 > > 但相对于盲目的使用一些可能提高 metric 的函数，你更应该在预处理数据上下功夫： > > - 跑完这个对比实验后，我增加了输入的维度，让数据在一开始拥有更多的信息（对应到 HW02 就是：将 concat_nframes 从 15 增加到了 21，使得在网络可以更多的考虑到相邻的音素），仅仅改变这一条，Kaggle 的分数便超过了 strong baseline，达到了 0.75623。 > ![image-20230322165030184](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322165030.png) > - 进一步的，dropout 其实不应设置成 25，通过观察可以发现：没有 dropout 的时候，训练集很容易便能达到 90+ 的准确率，当然，这是过拟合了。但 p=25 时，acc 一直上不去又何尝不是欠拟合呢？基于这个想法，我在 p=25/15 下做了对比，下图是大致的实验结果（使用了 ReduceLROnPlateau()）： > ![对比](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230322170707.png) > 发现这使得 acc 比之前更快的抵达了 strong baseline，至于刚刚所想的欠拟合，好像没有体现出来 :) > > P.S. epoch 设置成 300 完全是为了跑对比实验，做 HW 的时候不要设这么大，浪费时间。 > 实验局限在一个可能不好的参数配置，也局限在单独的 optimizer 之下，仅向大家展示片面的的结果 :) > > 好了，以上就是关于一些 scheduler 使用的实验对比和总结，希望对你有所帮助～ ## Boss Baseline (0.83017) - 使用 RNN。 > [为什么我的模型能跑，但效果很差：错误处理了dataloader返回的数据](https://blog.csdn.net/weixin_42426841/article/details/129742067?csdn_share_tail=%7B%22type%22%3A%22blog%22%2C%22rType%22%3A%22article%22%2C%22rId%22%3A%22129742067%22%2C%22source%22%3A%22weixin_42426841%22%7D) > > PyTorch中 rnn() 有一个参数是batch_first，这个参数如果设置成 True，那么意味着 input 的 shape 从 (seq_len, batch_size, input_size) => (batch_size, seq_len, input_size)，同样的，此时如果要取最后一个状态，代码从 x[-1] 改成 x[:, -1]。 > > dataloader 返回的数据 shape 是 (batch_size, input_dim)，所以，features = features.to(device) 应该修改成 features = features.view(-1, concat_nframes, 39).to(device)，如果你和我一开始一样：因为知道 rnn 的 input.shape=(seq_len, batch_size, input_size)，所以不使用 batch_first=True，但不熟悉 dataloader 返回的 shape格式。那么，你很有可能会使用 features = features.shape(concat_nframes, -1, 39).to(device)，这样可以训练，但效果奇差，而且:) 不会报错。 > > 你需要格外注意上面这点，必须正确处理 feature 的维度，可以不用设置 batch_first=True，因为这样顶多就是把 self.rnn(x) 改成 self.rnn(x.permute(1, 0, 2))。 ![最终结果](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230325111254.png) # 参考链接 1. [What's the difference between reshape and view in pytorch?](https://stackoverflow.com/questions/49643225/whats-the-difference-between-reshape-and-view-in-pytorch) ================================================ FILE: HW03/HW03_0.85333.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "jRDuJsGCgxCO" }, "source": [ "# HW3 Image Classification\n", "## We strongly recommend that you run with [Kaggle](https://www.kaggle.com/t/86ca241732c04da99aca6490080bae73) for this homework\n", "\n", "If you have any questions, please contact the TAs via TA hours, NTU COOL, or email to mlta-2023-spring@googlegroups.com" ] }, { "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "K9Vxu1iQwdIE" }, "source": [ "# Check GPU Type" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:24.007342Z", "start_time": "2023-04-19T03:33:23.862896Z" }, "colab": { "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "KKjf6sZcwb_A", "outputId": "605652be-d5bf-48a2-8218-57b33b6f7790" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Mon Jun 5 18:34:55 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 45C P8 23W / 170W | 291MiB / 12288MiB | 0% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1170 G /usr/lib/xorg/Xorg 229MiB |\n", "| 0 N/A N/A 1474 G /usr/bin/gnome-shell 31MiB |\n", "| 0 N/A N/A 1722 G ...nlogin/bin/sunloginclient 8MiB |\n", "| 0 N/A N/A 8998 G ...2gtk-4.0/WebKitWebProcess 19MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "EVgrPb3HhJUT" }, "source": [ "# Get Data\n", "Notes: if the links are dead, you can download the data directly from Kaggle and upload it to the workspace, or you can use the Kaggle API to directly download the data into colab.\n" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:24.019981Z", "start_time": "2023-04-19T03:33:24.013438Z" }, "code_folding": [], "colab": { "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "EAO6dg9eVaU_", "outputId": "5a20fe0a-ab0f-40e8-82d7-5cb1dea91d92" }, "outputs": [], "source": [ "# Download Link\n", "# Link 1 (Dropbox): https://www.dropbox.com/s/up5q1gthsz3v0dq/food-11.zip?dl=0\n", "# Link 2 (Google Drive): https://drive.google.com/file/d/1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9/view?usp=share_link\n", "# Link 3: Kaggle Competition.\n", "\n", "# (1) dropbox link\n", "# !wget -O food11.zip https://www.dropbox.com/s/up5q1gthsz3v0dq/food-11.zip?dl=0\n", "\n", "# (2) google drive link\n", "# !pip install gdown --upgrade\n", "# !gdown --id '1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9' --output food11.zip" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:24.030787Z", "start_time": "2023-04-19T03:33:24.024666Z" }, "colab": { "background_save": true, "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "HEsBm1lkhGmk", "outputId": "9612ed4d-d67d-46d3-f992-b1fd623c1090" }, "outputs": [], "source": [ "# ! unzip food11.zip" ] }, { "cell_type": "markdown", "metadata": { "id": "n5ceUnRihL-f" }, "source": [ "# Import Packages" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:24.035214Z", "start_time": "2023-04-19T03:33:24.032691Z" }, "colab": { "background_save": true }, "id": "ay3WkYnHVaVE" }, "outputs": [], "source": [ "# Define your log filename\n", "_exp_name = \"sample\"" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:25.302404Z", "start_time": "2023-04-19T03:33:24.036426Z" }, "code_folding": [], "colab": { "background_save": true }, "id": "CwOGtRWHVaVF" }, "outputs": [], "source": [ "# Import necessary packages.\n", "import numpy as np\n", "import pandas as pd\n", "import torch\n", "import os\n", "import torch.nn as nn\n", "import torchvision.transforms as transforms\n", "from PIL import Image\n", "# \"ConcatDataset\" and \"Subset\" are possibly useful when doing semi-supervised learning.\n", "from torch.utils.data import ConcatDataset, DataLoader, Subset, Dataset\n", "from torchvision.datasets import DatasetFolder, VisionDataset\n", "# Pretrained model\n", "from torchvision.models import resnet18, resnet50, vgg16, densenet121, alexnet, squeezenet1_0, efficientnet\n", "# This is for the progress bar.\n", "from tqdm.auto import tqdm\n", "import random\n", "# For plotting learning curve\n", "from torch.utils.tensorboard import SummaryWriter\n", "# K-fold cross validation and boosting\n", "from sklearn.model_selection import KFold\n", "from sklearn.ensemble import AdaBoostClassifier" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:25.341792Z", "start_time": "2023-04-19T03:33:25.303266Z" }, "colab": { "background_save": true }, "id": "8kJm9GekVaVH" }, "outputs": [], "source": [ "myseed = 3407 # set a random seed for reproducibility\n", "torch.backends.cudnn.deterministic = True\n", "torch.backends.cudnn.benchmark = False\n", "np.random.seed(myseed)\n", "torch.manual_seed(myseed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed_all(myseed)" ] }, { "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "d9MVtgbSVaVH" }, "source": [ "# Transforms\n", "Torchvision provides lots of useful utilities for image preprocessing, data *wrapping* as well as data augmentation.\n", "\n", "Please refer to PyTorch official website for details about different transforms." ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:25.345224Z", "start_time": "2023-04-19T03:33:25.342722Z" }, "code_folding": [], "colab": { "background_save": true }, "hidden": true, "id": "jvI3Xmq4VaVJ" }, "outputs": [], "source": [ "# Normally, We don't need augmentations in testing and validation.\n", "# All we need here is to resize the PIL image and transform it into Tensor.\n", "test_tfm = transforms.Compose([\n", " transforms.Resize((128, 128)),\n", " transforms.ToTensor(),\n", "])\n", "\n", "# However, it is also possible to use augmentation in the testing phase.\n", "# You may use train_tfm to produce a variety of images and then test using ensemble methods\n", "\n", "train_tfm = transforms.Compose([\n", " # Resize the image into a fixed shape (height = width = 128)\n", " transforms.Resize((128, 128)),\n", " # You may add some transforms here.\n", " \n", " transforms.RandomChoice(transforms=[\n", " # Apply TrivialAugmentWide data augmentation method\n", " transforms.TrivialAugmentWide(),\n", "\n", " # Return original image\n", " transforms.Lambda(lambda x: x),\n", " ],\n", " p=[0.95, 0.05]),\n", "\n", " # ToTensor() should be the last one of the transfo·rms.\n", " transforms.ToTensor(),\n", "])" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Q1. Augmentation Implementation Visualization" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:25.761138Z", "start_time": "2023-04-19T03:33:25.346461Z" } }, "outputs": [ { "data": { "image/png": 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C/5JaopRHSInwMgR103TWS+r1Os46er0R+XhCvVFnc3OTjc1jLLUXSKIajVoLU07Isz7GwiiuczA4YDLok0YepAcMZ86c5tKlR0jqa5RWgDNICVJKBB7vHNYZrLM4JFIoBA5jCrSNEErhhaTRWGBhYZU4rlGWJUJ6arU6cZIQRTHew2A4IjcWTxCPn0zGJHFCLamRpmnwb6Z6r8TjlSRNs3vO7fu1RlIqhHCAR2tNmiRVMOXRUUT4KUQw4mhQdvQwPIcBz5FA7J5DrYCI8HBf3X5hb8O78BJVADG7X0XwTCHgkMwym+kBHI3sjsZ9RwJFUQWT4p7jEfcEdM5ZcmExZdhbnAfhPEoKkjhC6YhZ0HkkEPV++hkcznnGk8m3hI8TQoTrVoQ92VuLr3ycVGoWI3wd8KN0law6JA5rC8piQpGNcTZnMhmTVz6u0WxSrzURQhEnder1NlLHGOexBoSXeEcVZDqEDMCP98GvOeerNdFoHZGkGh1JhBfgNN6LGfCzv3eX55/Zelsfd/LMg3ihse+Dj3vPEyWyocYUKcZO2N7q8NyXX8E7zeJyykMPXqTdWkBogbU2XPCExcN5wCEAqQRCaqJqkZRUSClnX1BdiqaEaqPY293ilZdfoNvZpp4qklgSN2ukukmjJsOm4zNsOaRzMODmjavU6m02j51ic/MYqysbaF2rgrNwswcE0eOEQgqBUlWW510IPl3lIF3YkKQEYy1ZPsJ7RXthhYVlgbuzw35nQpZl7O3vUZiMehrjnUe7sAFaK6qbKby7juP3uhRva5s1xcWNlHaqUcZT5iWZyRhmJbYQDCQcj2usLjZYrEXUohQpJGWW093ZITMl68c2WF2so7XD4lCUCDtGmRoiinBe4Z1lXEwQ3jDqG3auXOX2K6/QuXMLMxohjME6KBEYD2NfgrdoTHXTOGQkSBearJ45RfP4cRZOn0QvtchHQwaDHqV3uMoZJXFCEiVoKoQIiy8zZK9LOjiglY+peclYRAif4ooUihrKWxASLwU6XqKWLhFpydLyAqtryxRFhkAw6E/odAYMJweUdkSne/V9X5urV3cYDT3e59y4dpON1U3qtSZJKojPSl57NcY/YJFCghJ4DUMPuy9K/IFAPOlptwQrMlxXt3PP4HfuYHY/i7fjAA45hzMO70xw68KhF5d46OMbnM3usnpzj7IxQu1B3m7xTLPFbSV5cq3DQ9GAPScYbDzA7eg4bzwHWf9ZbGkQ0oY9yokqm/YIIbEOqLJZ60qsLSkKizUej8VX6w2SIpKURU5cFmgcNS0pFQhvGPT26fc7rAuLjGO0VygX453CRY6yNDN/4Uz5vq8NwMFegTd1vM0Yj0pcOUbYNviCrbs79Ho9lpYaIDxelHjhKsd/ZAP3AolECAVIvJ9uzhrrYDwp6HVHlEVBo9mi2V5keWmZjZVVtEwoJgWTosRasEaRDXImwwk+KZkkCp1GeC9oLaygdBKqH7jwHiHyDr6GgG47wrFN4xhXoTreOOI0pVZrEkVxhUYESHya8JZlyWAwYHe/Q73RoNVsIpXClAW2mODaDbzzGGspyhI7u18PkaH328rSBqQHjykNpkIghRDoiFlQ9Ob/z36cIWVTRO5IUHfPw48EVX6KyoWAytmAIkEALKYBiXd2hvxIGdDy8LdDQOHwQN7qeO4NMGeInT88Ph/Cl3D/4cPjqsW1zmKtRetoFkPeE9hO313IKil7/+0b+bizZyVpEleVA38YsMzOVwX8CIGXEkFIvqMoQiuNUBLhAyIrdUDqwumzmNIwGvfpHezR7+5RFiOUgna7xeJCiyiSjMYdut0BxgmarWUWFlZptBbQOsyw906G6pz0COGrJNbhhAcVgjwlowD8aIVSAoFCoIMPwKFLywEGV7y9jxPCouMY9T74uPcc1GnVQglL4fqMRwU3b+zhbY3xqGDn7gEnj60ilapWScxQKudcyHZEgE21VmgtUSqUe6QMiyelxDkfyhuuxJic4aDHa6++yBe/8FnqqeL8uVMsNFuksUAJiy0nGGuxZoJ3OdIXCDeh2xnS7+0y6h/Hnb/E8tpZIp1UiGG44KUUKHTlEMP7gseYAMNqHbIJ4cINbUzGOBuyvLJB++RxkprG+pe4fafHcFLQ6/coTQFagJVUOXPI3ITAC4ETIdu8X6aEJBYKjEVYR1oXWB1hSkk/K+n0RtTihAfXWyy1GiihqsCvQAhHkijqjYQ0jhASpPNEUiHjGBmDkAbrh0xGBYmz2PGASadDMupxbrHOql1jUE/p9Sf0RznGgfXQNZbEA8JATVFfWmTl2BqbZ06zevI0UbsN9Tpja9HlECschqq8K2AyLij8iNgLpHWU2YjOzVvceeUNtq/cJumPaeQCI8HYFOsVghhUEUpNXiJETCybKCGwRZ1BJ2EyMXg8ZRnjyhaprqHlEHj/g7rJQM2Soru393iOVxAiYWW1TuPiOW7fqDP84k2kuoB8wMEDwAaIx8IF6yV0BXS8ovziCPvq/8AVHZw3WBvus+CMJFLFQIxePcvDnzzJ6Z3XGPT2cENNmihajRroGq+9JmFs8Y9PMEUf2xnApORM0uDBjx/j9dGf4ZUvfJXJ5GWYAoZTLMQ7pLNV+S2EF14IhFJVcmTxCFyVAUdRC2NrCBmxvLzJkvDcvrvD/kEWkqLOLufKCX/QqPEpL5BW4ZzAWhfiJQAh0HHyvq8NgKSFUmNEGY7XGo8WCu8tvW6fra09NjZWiVNBQPFBCI13ssrkfUgARXD0CFmVpoMvSJMWi0sb7O11cb5Hq9Fkub1ALYqIdYQ1lk5nr0qKBXkuiFVKJCOKPKfebFI6i1AprfYqCF3RDQSCCjXA44XHBa5D8LFKgRMYW4AUAUUUimZzgShKMCYEKVme45xFSYkEev0+2ztXUFqyuHieWAtu375Jp3NAFAmOrS1jXYK1NiDyLiBApbGU1t6XNfIulLY9AmMsWVbMkJ4o0shIhzDm64JKf+/vxCG6NA3mpv+ahXx+ivl5rLEURY5zjikIJ0Tw8IdFqWng5zAm+P1QOgwAxjcSoDgaUE6P308DtllwSUgoqoBMKoVEYK2pgskQdIbqg2IaBiKokoujL3Z/7Bv5uIsXz7HQaiOFnMUF0w/svQNLBfyEPTIAPzoEzmIaL8hZidbZgrBfF+xs3+GVl19g0NujUTv0camuzYCfsQ8+br8z4Ob1q8RJg7WN42xuHmNt9Rg6aoI7DIbDmkicVEgRAngQiApNnNFc8NU1IShLwyQffUMfl5WT4H/fBx/3noM6JRVax4giXHHZxCCdZNgruPbGLR579BSNeo1wZjzGmiqw8+AcVDys6QXsxXSD8LhZpAXWOIbDPsPhPr3uATeuX2Fvb5vNjRWsLRFSEMcxCJhkE4aDITs7ewyHY4zzaAW2HFHksLttySZjzlyE02fOEemkcrTTujwIKUIGhsE5i3AO60PNXWuBFBKhHNaXTLIhk7xAIRE6LGQoQVnyPEcphZQaZ0p8ddEKKVFSooWgsBYv7p+6jHAQlRB5SDwI74kixUKjhhUxvX6GG43Jswwdr6AQ2KKkVktI05jcmFDhmfIIEEhh0eRIJxHWEekYrRylD2XdKOuynHgWltcQJ1bJRwX97pitrX16g4zeJOdmt4cSQLvF0tnjrF08w/qpkywtr6F1ghcKIyTCe0QUNsgKX0B6h3IgTEneH9Ld2mX3jevs3rzJsNPBZQaJpC5icu8pLDgcRk4wfoIrfeVkNZFugPdMxkP2sViXY1wZSocGlKrhfP6NT/If0bRsoDCUts94VHL3zgG4OkVu0ds9FsUa/fUL+NLjnEBoh/IOfOCxeS/wSOyXJPal21i7P9tIrQkOXUqJVCCih4gXLnLpM01Obr3A81/+IrVEcu7sCdrNNkkiccKhTk9Yji3nsxHWTMDleJsz7A6YjA54bKPDsacv8Ntf8UzGl6vAMWx9zjksVCWpqYMTaEVV6qNCkgR4SRSt4sQS7YUVWhsr6EhSOsXNWx1GmWE4HFKaAuvBqxB8SMS9SRFU3Kn335TUREpTSJAS6s2EepJSqzn6/YLbt3d54MGz6KiOkBEQaAHOVeU+IQ+/kDPkTCCQQrO0ss5DDz+GV5ps0OfcsVVajSbWWsbjMYP+gEk2JI0bqCRFSkeRZkgpSZot0nqT3v4BcdKmvbACUgUQSRIyJ5ht+NPkWSmFEJKydHgnQWqkgChKSZIGWVZgTYZUgs7BAbVaitQKh6dzsM943Gd9bZ0kjhmNBvR6B0yyEXHSIi8LUmOq9Q8FmbIsKYqSTufgvqzRFNEKnzXwpvACpcLPWh9ytKZw4b18tumrTNGzN6F6s6celi2ds5RlQZ5nCCFC8CgEchoI+moXm5ZmA0krlO0Ki9cWfIxSutp37kUP34ymzcrHfgoSisoXVuVTVyUPMtBgigJE6SoKhKtKiNMPPv2cfhbYBX7Ye12Ht7Zv5ON2t3ucPLaGjjRTXm6gCbiw3xwBfpSuvpSYAT9KS6RUwedZ8LakLHMGgwNev/w1nnsLH6eEC8CPsRT5vT6u3x0wGh2QjfbxtmBl7QxJUkNWyZgnJAuK6joR00TVY2xATbWu6Kl4EI7SZGT5iPbi2/s4YwpQVaD9Hn3cew7qavWYSSZQIkCUU/igKApu395i0BtRryWAx1qLseYQ1ifQqJwA6wTCygraFAgpMS7w7Ly1dA4OuHPrDUbDXaQU1GqaY8fX2dxYo9VuYq0jLy26QpgmWU6cJNR9eN/JJMfkE/KiQNiCTqfDqNQsLC+ytrqJ0mLW0IGX1YkFg8F5i6huSoPB+5BtRUrgReBl7e7eZrsc06jFdPb2UXhiKUmkpl1rEaGZ2KJy6r7K2H0VKEoQ73kp3takktQaNRbrEXUJk8EYlCJptUgbCxSF46B7AA6c1IF0mihqaYRxnnIywSmBoSrDWE9pCgrrEPkYqTRS6hBEWEENyZKGfDKCiSGOEhZW6hxfa3F8tUG/M2AwyKjdlORpxMLZ06w8cpH0+AayVkfoGhINhUM5j1MOr0D4QOSnNJjJhLIsmfT63Lpyje3L18i398myMRYTHusEbVGnKEuyMmMgFLnI8aLAW4+xrnLINaRwRIlAaUtpJ2R5iTHgfYQnBpHdl7VRShHpmKJCgrKJQXpBv5tz/eot7KeO43+tGTajNY9cMgjrkDYkSWiFVwL2QPgFBA8i6YDYwctD7k4teZBL3/khaie6PDq4yUu3rtE52GVjbSlc30IQRRHgeSwe8/hoRLnXYTichI1ROUbliDwfsuNzmq0h3/nnH+P3/qtitP81hAKmZTZnQslCgEaHYEcJrPRIIbDW47A4J2kd87TODxndHONKqNUivAt8ViksZVGy7RXl5yPcJ0rENClSqnKuAqzFi/uDdCeppihBlZ7F5YTHHltjaWGDna0BV1+/y+1b2/S6Y5rNFpFSWF/O+FVKigqlC1zcKlsMCJoIpOrmwjKXHnua5WNnENmAxVpMsxEzzjLybMx4NCKSMdZZ0riGUo60WaO50KK91GYwzhmOC5bXTlCvtxAqOkwQQw3usAKhK2qLUhjrq+BPIgjHmNaaWOsZ9Ed4D8YW7Oztsr6+gXee8XjE7Vs36fV6jIcjThw/jnOWONFEpaIocgaDIbUkRUhBaQ37nQ5Xr16n2+vy+uuv35c1EmKK1AXzVbOVc6EcG8f6sGzJNKA7gtL56d/uRa3Cv/w9v3beViVVhzFlQDGVYtrgNQ3OXBXIBYT18I2mAba1gRusI08UvZl6c5S5N/tQ4dsUaBNVYlQ9wnmHm5bKq6r/7CP5aaB6+Pjp+xyJEu/57O+nvZOPe/jB4yQLTaZZgJsCP0d8nFBi9vk9FersHcIdQpalLRn0OgyHHfrdA+68jY/zeCaTMcPRiP1v4OPG4yGnzxnOnrtIktarxsqK2yj17DwbDN6VYD3KCZz3IfBEIaXDuAD8jMZv7+OUVCgZBQ7re/Rx7zmSWFxq0ut1kdrRXohpNVqYSQ3vodvr0TnYZ3VtoSI8GjwBPcALZl2P3iG8xXqB85XTcx7pLdYZep0u16+9we1bV3HlkJWVZZYX2kTnzqCVQIkQtRtbUBiFd5AVZeASxDHCGmReYKyh2wukXqVjrl19lVOnT7G+to6OU8qyuumEpQKkkDagc4gKPbQ2dJUJiJMocIisQwhHpDz5ZIApxijpSJOIhcVFms0FSifBCaIkPoTjrQ1ZJRKp719QZz0YpUlaTWoamvWIKKmhaw1UnCJQLLYTiiIDJ5BxhI9tgLtLQyQlNisQxoKUOFNi8Wjp8abAWI+zPvBafGAUtLRCCcgmAyajLpNaysLCAvV2WPNaI+Lp5glG9RrpsRPIlQUypTFWYLEoKdBRBM7gCbwKYR1MCsYHXfZv32E8GNDZ3WH75m3KgyFpbjFYrAj8Mek8qXc0vaQnwCkZup9NcNRTrkSiLCdOrnHqzDr1hmTr7i5Xrxww7Bc477FuQlKT5P33f23q9ZgsE8i8guulQFhFWRi27+7woeGQO7qOfxzUaYu2hvPOccl7bgJfdYEO4J8QyNvHgRN4OUC6LZT4Ah5PXDvOJ558nGPJ60xu7DOQkFZJ0drKMs1mE+89RWmoF4aPlyWTSY7VEWk9dGCNxxNMMSHPC3yZ0+v1WLaa1SceYvg/X8PaklkiWZWDgrsNAYNHoIQHpRBCY01IopacY8NMuHqwgy/GJLGk2zlAekesFGkU8crlK6hsC+EeZ/omHlHxwwTOh9e8H9ZeaDIejdEqZm29weNPXqCZrDPovQHs0O0O6PdGbG56tJ6iRVVzl9RVx7/ECaoyeFUYrdAZpTUL9Qb19hKJN8iyYDI5IMuH1OJAci8zQy3VxJGmoKAwGTrVOAk7e/tkhae5uISI4sDZCr21IKf+zIWOUB3WwhH4SwgqjpfAOUFRWnrdffr9AVorhuMevX6fZrNJUYQu/StX3uDO7Ts88sjDAaWSAmMN1hRk45J8eYU8zxlNJtzZusNzz73A1WvX6fX69AeD+7JGs07JCkWrfov3gdvnrENqdVg6fUty32FQMwUcptQ1Kv/jKlDCOzsr1SqtQ2laHnIXZ6/oqtcUh8FhQO58IP9TBf8qlGO//miqYOstDjcsX1VGZYoChpK3EKKiDVWYcFUWDgyvrzt7vOUbvI/2Tj6u3x/SbtfBExQi3hL4EQgncC58CuEETsoQOwgwpaHT6XDn1htMxvvIb+DjdGHIKh8n38HHTYxmcWWZzVoNpaouXTiMXwCozjse66sAzBuU9qEbVliKckLnG/i4Zq1BJDS5K9+zj3vPntA5jyRCyYS1jRpPPX0STIM3Lu/R7Yy4c7vDqdMnSFOJlwXeWJwX4EP2JAnNCV46jLcIG24WgUd6w3jY4fbNV7hz6yrd/R2U9Cw0NWmjRj3yDPp9smGHWr1GvVkDt0ij3abZbFCWFqU0w+GQ/miX/W6Pu7v7JFHM2toa/e4drr72Mg8/9BgLiy20dgQSt8X5EnzIcCUSa8qqgzd0snmliKMUa5skUROtUyJlccahlUdqT32xyflLl6gvLdE5GGBM4KdJrXDGBC8kBFJVHYX3ybLCsNvLOba+iowF9UZCvVZD6Kgqj0nqSYPJJAIPOgqdujKwe4mlZjSekI8nxGkCtkR5SKrSmjGGsijQUqLjGI+nyKaddw5nCsajHOlL6mkN7wuUhPX1NqbextUE42xMNinIncYQup1rrRalKxFeIoynHE3o3d1m5+o1dm7cYDIeUWQTXJGjLDg0eBGuL2RAqrylWVecWmizttDioO/Y2u4xGRcBoZCCxYUWjz78CI8/+SBKG5599mvceiNFiwlCGdK64fipZb747N33fW3aCw36vT5KwdJywuJCG5PVMSan1x8gB/voDy1jFgRiuaBmHJ+xDo1AC8lV7xl6C6sEzqqXeJo48QBeniO5WPDxD+5Tv/U6b7x+DW8nISlqN0nUSWYyJk5SlDmqlAglMTZsODpOoAzd4HlRsH/QIY5CUtC/+iqPXNjkhniUPH8GHVWbm1NIH5onnJryixoImSDlLtJr8FAU5ayLWQqPUI4ym2DKMUp6amnM8vIq290uTg5w9gmuJ+H6OmsDOd3asP3dr6RI60CE1qpGs7GIEinjkWM8Ksnzkn6vpNPpURYWHYXmkMD3qbg/VTY/3XglzDpSA2FeIVVEPa0TI5GmwNgcJwuazQSNxEw8SidYm5MXE+K6Iveanc4u23sH6LTFMCuwO3s0Gm1qaT0EcVJWfCSN0jIQUTkix4BCSo/1nkmW0RkPKLOcJIkwbsLdnRv0u2O8F9y88QZ372zR2e8wHI3Ji4LxZIyUivFoTGe/E/h73rO1tcXLr77Ks88/z/WbtymKsurIvD/Bg5ICEyCc4EtnHCuqZh2HCngH96Bfld1DT7snuJv+tqoymTJIp3iPUhIlRbXRhoR/Vt2tyqOzkmkVHXrhq8DFMW3MK8tyxq8TU77lN7LpMVVIXVhRceRYQ7n9MDAVgWc3k3aZQnjV4/0MzHvHrso/qr2Tj9vf22dzcxmlBN4XeB+CLMEh8OO8DQfpKq4oEuk9woWEorO3y/Xr17h7+/33cceOH2N9fYMkac66i5EWJyrOrBUB+MEF5RUncaICfuIIKdQ7+rhmewkvFN4G4AemCck37+PesydMkxpxlBCplHZrkQcuPojyTW5dH9Ht7nLr1h0eGz1AFNcIJYigReedrGBMEVryqwyGKnsJXVkl3W6Hna0tvMlIotAWnucZtTgijRMKPWGSFeSjCVJI8rQgLgxKJ0RaESeBL2eNryJxi5Y+lGOLkr29XXq9PotLm8RxjEfifdhsvHN4MW1qkDgqboILXL9IRxgVE+mEPDOUJsfZDGsdSivaiwucPXeWZrPFXqeLsSUehxSaKYwrpUT6wy7f+2FTzkez0aSRSihHWO9JlCCOI7y1lLmhlsZhExCCOIrwxoSuIikxZcFkPCFKkxD0lSWTySSg9z5A5VEcE8dxyCwQRFisMEgFSgjqaY1IRiAczlukLYh8jrQDdD7BlhbhJIVMMGWDQZmHklVhGe732Lu9Ref2bUa7u5jhMGgbOkcsQtmvrDLSWEQImaDjCCcsK2trrD38AM3jm2z1Sr7y4mWuXrnJaFSGG30iGPQs/YNQSh/2wJVJoBQISxwplpc27svaeA9SaLRKWF2v8YGnTiFciyuvbdM7GLF3t8NjT+e82NQIYXhUuJBxe81xAUtCMJQeXnao1M6ItRKBP2H52AcOWNq6zJ3tGwx6O2gJphmR1FMS6RgOhxyMeqS1hEZRB79Ao90mrdXCdaw0w9GQ0XiXbn/A7v4BcRSxtCzI8glrq2/w0IU2X3nJYYxDoMAHmRpkoM0675BqESE+ifT/Be8GIAxFmbO1a7h9t4GSMVIVOF+iJKgIGo0molbj2ktXOX3yBIV1/AF75CrnlD8+60a7n0mRlpooSvEjSacz5vJrN+nul7x+eYs8z/AurnSvQjlOCKpgTofmJxG6PyuQ7rCDEQCBUjFKJ2gVoYUiL2ygZLiQPMY6IRISL0JHbZJqSiEpuhPu3L3LILOMD8bc3f88aW2B5eVVTp44xcbGJkuLi+iKczQtjQeULrx76BgXM/QolprllQZOlty8s8Od27fY2+3y2uUrvP7aqwz6PZSKqNVSrLFBOUB4Br0+t27eYmVphf29fe5ubfPs889z9foN8tLcl3V5KxOE6yBJNCApi0rry1h8pI+c+EM07812GNgd/sJ5izUl1pQ4a4+UN0NThKtUHfzUn4tpw4ycxU/eO1wZpJhsJd8lpcI7U5VxY5Q6fPwMIzxaHb3nQKtrv1pDMZNbmWKL1bUmBbpK3kNJ+N7rb/b4+xTQTQ/1G/m4u3c7XLiYk9Y0Xhi8mMYAuspDqhhBOuwU+CEgWMKXjAZ73L39Gnv3ycfdvHqFRy49QS1to7XEY0FYnA8EYSkJCLg1FX0snHe8Jo4SkrhBEr29jzt94TytpWW6vRHGOmKCvqWoKoTfrI977+mtF5Xmm+SgM6GzN6LdaNJqLiHFnUCM7w5ZWGhW2nSyupRk1arsK10XmGY8oTU7iA1ORkOGgx5pJGisLjEejel3D2gmKUlaI4lSJArnPdJrhNNkwxxPAULgxYBBf0g2zjCFJU1S6rU6zjniWDEc9el1D/DOBh08HzaioHUYumKlENhp+3iV6ARSatCiyQtLYUEYsKXFOhBCEUUxtTTl6P0yFV4+Ktkivaw6oe6PJVqzWItpx5qFmmZoJxR5gY5idKXrMy7H4aLxCuEdWqtA6vVV2aE0FHkePr/SRFIBJaYo8BaUjlE6xlROI40ThIeyyEE4Gs0GSZxQZgZXFR40ggiP9hZKgxOeVqOBjWrkokanjBiPCgY3b7L3+hvsbe+Tj0ZEzlATHqcF3oVykyB0+RohMVqimk3axzepp3VOP3CB9XOniFsNThvH0toSzXqNV1+9Tq9bUhaSG9c7dPa/QpYPEALidEK9qYiTBkWZh8W9D1ZLasRRilYpzcYip0+dIRJt7twccfPaLlu3t3jqqQnX4iYjJF8VcFJJNiu9Mz/VL3gaeGoK2Fe+wJekWx12d7ZxZUYtCRtbnk+oxRG1JMXkOZOJoZwU5FJT1gymsEgVoaSuWvUTrHFMJhnOOrwW5HmBKR2jwR5pHDQWy7JAUKFT0lcZdRXU+RGwW/1N4vEYUzIYOfrDmLSw+DzHmQxjLUorWgsLJPU627u7nD5xHG9LPs6I/8lngf/nkftH3bf7R+mYoC2n2d3pMRm9zGQomIwdSSI5fnKDtbUVhJzy6HTYnKsE1osg6q1CvW6WyAopESpCqgitE6SSHHQGvPjCc9hyn+UW1KJjyFQSq4QkTjDeMSoKtu7e5c7du/QGI4aF5IWXXufmrV3SeovFpWUeuHCBp596mscefYyV1WXqUXDzzoYkNaisBIxHCQU6plHTRKnGeUOn3+XmjZts37nDYDjmtctXySY5As/p06e4ft1gTclkPKZer4WAUCfEUcyLL32N169e487drT+2gG4aXHkhkEKFIAaJLT3GBa0v76JKJ272rDe/Svjm7w35PH4mWAu+EnKuyqhiSuKfylNNOaV+xgELx1dJ/sCMU+enrwEVpccRLuGj/Lavh+2+LhwVAuErIf8p5DbdRwmIsI40Ugmc4XADu+f8CWaCv/fB3snH3b69xWA4IUqas0BYqiOajlMfV6E9gVJQ4UC2pHtwf31cZ3+PXrfHyurxoNOIqXQAxayELoXEVXx5VwE/QX4lvLaWMfnb+LhTp0/TbLXodPsV8JNWe5r4I/m49xzU3d26i3MRUsbs7fT5ynOv4sur7O5kmNIFzkl/gnOVeG8FibuqM0sqX3FMwrSGKWwtKpKvsyVFNiYSiqSZcpCNGQ76JCdP02628NZj42kbtKScOCbDIeNsjHVBK2l3b5+9vX2KrADAloF3oCPJcNBjZ+su2QMZCTLwQ2wZsigjcNYFCNSEbFxIFW4kKSmN4+7WNi9+9WvsbO9T0yXKF7PPNoWOIZAidRRVnbCHQVwoS7j7htRpAX/2geNcOrXBZruGsBkjY1BSkSZ1lIoJndgxZWGZcjGVCCUMY0IwZyv+nymD3EekQqeVUhqHnUnPIKpym69UQ6ytzofAOEdpDRY/KwsoJNJ5NI5EeCIlIZJMnGOQj9m7dp3tV15hvLuPKDx175HCo0TQCvKiEnVFBm6lkqSLC6w9dIFjlx5A11KWNteJG3WElLQcXDx3Gld6BJbnn7uKdZbxsE9ZjKjXE9bW2jz++CnW1tZI0pTBcMLqZov/87d+7X1fn6I0gMJaQaczZme7T6sWkG9Q7O31aHRHLC+1GaqAFkfeh67FAJOGDWN60vEI70Lp2RjyyZjxsE8cEV5jNGLQ7dKMU5JanVgniDSsnfQaXwrG/QnOj0MHuPf0+wOG/SEmN8Q6IYlTcBBFkvF4gNIfREc3Qxd61QAgBEgdZBTCDpQBX6yO11cirZZ41eHXM7I3HBiPm3b5inC/aKWZaqx5IXhxB9yLluLThlSmlcO7fxvS3u5emA4hNcPBhGF/jPQ1oihmdW2Bxx5/mI3NFYL2ggyamwgEtqo2VHQSOZVlCAiN0kHbSgjFZJKzv7/P73329/jCH/weSy3Bpz/2GMdXF5EWTOTJTMlwMuL23btcfv0qWZFDVOfaleu8+vp1tne7SB1TT++yu7uDKYM46sMPX2Jjc500iQJKV5XtcALlJE5JvJSgHLZ0FMZwcNBlZ2sLZ0oeungBa6HfH1BLY9rtFnfv3mbQH3Dn1i1WV1dRUtFqtbhx6zavvXGV0XhM+ceI0PmqHIkLpU1r3Gx6EVCV+P2M83nYN3pYkD1adn3Ti4OfSgOFICmQ+O2MF/lW117weX76hmEfqSo80ytk9hb+8G/3HsKsv/Xr/s+RVwjX2dQX3Pv8WVD0pt9OX+n+M+renY/rd0csLbUD8FMpZUx9nPcV8FOV9yH4DyE8OEP2x+DjugcdrLEoVSHe1fAjZyR+Who+coJFFSMIoShLy3CckRVv7eOiOGI2fWSW+IWqpPT+m/Zx7zmoK0sbSHxS0e9PeOmrl/EmxZSBwzDoS7oHPcrCEVUZo/fTVurqwwuFRM2yx5AEhRu1lqYoKRlPxnhnONjvEuuIY5vHOHPqDNk4x7tQ8hBKMclzjCnY3d2m0z1gZ3eXXqfPwV6P0lm00kE4V4IXoWR0cLDHZDxGRwnGmCCl4sI4n9DQYCjLICyqNEjpQSjy0nB3e48bt+6ye2ePRBa0Uk8thsJUaF+l1B10m/xswVR1HqYB3v0K6qQQnFpqsLDYJK3HiNySaE1uqfhXGrzHlq4ab1QivMdkGcV4TDYcMRoMiaKI9kKLLBvjx540SSptnqrpQ4SbQ8dB5FJ6sEWBLW1A5hxoEfiEGkGUKmpxPbSjW4uzOR6HThK0kphizOj2LjuvvkS+3yE2Hi0DPyF4RolxDi/CxmmEwMQprbU1jl+6wMlHH6KxvgqxxmuJ8eB9aIBJU83588eppZo8y/DesbyyyOrqAseOr7O+tsLScpt6vY5UmsJ6ClPcl/XZ3d3FuRgpYna3ezz37Mtg3uCgU5BlJd2DPr3eGIzEa4XyJYtHOt2QniA+OtVLCtmi9wEFx1mKIgvVi1STjcdMxmOiep3t5VU24iGt0k5rNeAFxaRgNBqRlwWTLGN3d4+9/Q5ZloMQuNLiZOAuDYY9PvZ4xrWtGrt7o8APkkErTShf3S8aHf3vCOo4uw3uP4F3xJHi1IVN8jdeYvf2NqkuicircUAEtIvD71Ir9rItimsFv3z5v/OZE5/hdDVlRN8nTt1kkuF8AkJhrcTZkkhZ0prkqacvcenSeZrNOsgSkOBVdczhdELQ3VSKwMNSCiUihAwB3UGvx6uvvsLnv/D7fPb3Pkuvt88DZ9cpvuNhUIqsLBjnGf3hkL2DPnd39hgXktJovnb5DZ559iW293pYB9IVOGu4dSdDKzlDh5y3bBzbIEnioPnpPdhKCHnaFSkEFk9Rluzv7TPoHXDm5AkuPHABg+TZZ7/M0mIbBIFbVhTs7OzQ6Xa5ev0Go9GEnb09sjy/p1ngj8OMsSHEEQJrHHleANW4OhcCqkNe3Tcf/E8RuFAJFNjq30EnTVU6cNNHiyPPcbPnTpNiV73OUQslYoOP3BFe3b0l4PCrI7+blXUJUwfyAmtsVd5/i/M/iwXF7AUq6l9VGbt/5dd36+OsCZI73pch0K18nKxQfzkVCql8nPAV+PM2Pq5Rr7O2vMogHmLeo4/b2bnLZDwKo0qtwToTgCgrsAacs5iyolcpHZJsISmM48atOzz/wkvsvI2P81XTjFRyNh5VVbx9CI0034yPe8+e0Jbh4qYqwXY6A2LpiaIUrWVoZc4L/DSwcW6GAAe+VtUJJmVVRqUSsgpcNqkiPDAeZwz6ffr9ARtrG6S1Oo1Gk4X2MkpFpGmdWr0euJSupNfrctDrsrW1Rb2xwFdfeomt7R0GwxGTvKBuU5KaBplSlGF0lbfV5AimxMxD4mrQiKlu0GoEjiod65sn+HPf/7/zud/9v/jqc5/HW4cSEWXpmGRZNTsuPCc0WlQROMw4dcrfv6DOec/t7pAzhWVDRdTrgqYx2FFWkXQLtFLUaynd7pjRsCROIpwtsVmGKQqctURRhK1GlgSSosXbaiKIlOgowjuLMyEPNs4zHgdCdVyvkdTq6EhjnENriGSE8BKLoTQFxluarQZxqvHeIIqSfP8OcnRAbA1CRGHmnvdYXJgsIYIsg6rFpOvHWD17lqW1NdZOHydZbuNiBUpQTmfQEASkEZ5GM+bCxdNEUUwcR7RadZI0iCwncRTG2AgBSGKp6I/uz0ZlyorULCXD4YTLr11HuBrORkgB47Gh1+vjSotINDFV2caJyj8F2N9RIcgEXb+QhQviNATJWT7CdHK6B10aaZ10ZY3f3jjP2opFO4H9ksL3DepDBTK1fKzbIx528PtblFnJaDAmL8qAgLiAplsvEEYwGHTR0QeR+rfQ0wTFhRKJnAqLq1Aatp4gFiscSax5+uJ5rj6zxX53jC/6tGtQi8FaialU+qfZq3UGV7yCNw7ze1vwp3ZQZ8/d19KRNYf3qRQKR4lUsLG5zBNPPsTKUhOpwpQGKQOXa8pvEgKkmE7H8RU+I6sMXjIYDXnmmWf43d/9bZ59/st0e120DiVboTRpo4n0jkF/wMFgwtZ+n7t7fS6/cY1JlvH8S69z0J9gbDjPSmuSNEYpT6d7wLXr11leXqTZrLPQqFNfas0Kc0J4rAQvNYrQnYxSDEcj9na2qCcJD54/z3A8pHOwCziKfMJwNKIsMorC8vq16wzHEzoH3Zm22B93QDe16bt6746ghNOgNgR4h0jYm2CV6nFvdwWJagJEIPCHPUxWlYaw0erqtQ+RPzwhkHNVlceHpsLpCLHpoUz5edNGEvkWAd30+6zxYoorivB9Jp/iAkovqp4Y79/0GrMPdOSTVsihF/fvHnq3Pq4sgzwOVEFx5eOECDxFWfk4XwVCwaML0rfxcWura5w/c56yDGobU25hURYUZc5+Z4/9Toet7Xf2cf1el2wyIU0boYHBVWQ6H86/MTb4KyxKiCDv5iV5YegPRown5dv7uOq+cVXQzyweAulDle+b8XHvOairQqAKdVNBgsI7hDS0F1o88NA5No+v4zGVSjmVro+Yjdqabp5ehDryVGRb+Ahjodcb09nvohUgJO2FRZI4ZTzOMOUEgFq9wYqUNOvNCs4GYxzNZpuLFy9iPUgd88prrzMcF+gkQmqIYmjUGwhkCO6cw4tqSLkPbfBShrEkjhDkhaDOkgrN2tpxavUmd+7c5oWvfIlxNqQeK6y1FHlOWXXNBvg+zLYV1fw4KWVwCtWmcT/Mebi8d8D67gEbx1aJ04i41aQhgxRLMRmgYk0t1hx4GGcT9KBPno1R1uPL8Dk8gn63h3GGONJgLTiPlgohg0yCFQQNJx/IyZMsR0WaerNJXAuISpQkAfIuLVlRhJKIVtTimFotxhOe30glp9Zb7N9O2R4aSu8xgFcRulFHNVK8zdFSsX7qNCuXHmbl1AnqrRZeS9ACJwTWO1Aa6UM2JaruOIFE65hLj5wPXUlyOr4KpAjBvZChbccaNxsY/n6bNdWEEjTWSvq9CbESRBFEiaZWSxFCcMw5tqzhky5gcl5AX0hGUuJ7Er8tAYU/LZC1sKl4qUAoytIx6I+wpmQ0HLPQXGRb1MleqPHGlQQ70uSTnPHo/4t7xaHUGV5qfoylj2V8+kO7fKC9hHrpa9y6fZuDgx7j3NBwKYnXRHGMsx4h8tk0mBAEaRBBNCtc/1N9tjpSrhDrEa7Mee6zv8elBz5BFEW8+OXfBZsjmzHOGvIsryQaKh9hwf9+VQoD7nCXc/LcfUW6p3MftRZoFUagLS42eeoDD3NufYU0UgSWaJAtYfr5p4LDlZ6VABAKhMYLxWg04ovPPMOv//pv8OprLzPKhkSJRPgweaHXH9HtjcFZvvbK67z4tVe5euMON+/ssL3bwVjPJA9NFVNTWtJo1qmnEThBf9hjZ3eb3ds3GC42aLCCihUREhEnmFqClymyDImAMSW9bodhv8fpzWOkkebFl6+wvbvNQWeP8aBHfzCi2x8xzg2+O6jm+f7JBHIzm/HEppWeIBM1DZrEm4KYr4tx7vlBHHlACMACmDWlDEwbf/QMjJiGhEKKSpMw1IKd0yGo0xpZliCKqixeJTxyGtwd3azf/lyGYG6asFXXZsXbqjcaTMaCPJ8gncdL8H4qseIPz5M/LDxP3zvw2t/tyf7m7d36uDDA3symSogqKZTyMBEChfCiKjdT0aHe2selaZ0krdFsJiilSdIa9XoDKSXWGfqDHgfdLru7u7TeycdVo97ClJ6qBOsM1YmeJX5TwWnnLIUpkTbh+Mmz/D/+zA/wO/8z4ivPvIWPq66raVI05dFNA/dvtpr3noO6cOI9kZZElY6Lw9BqtXjiiYt85GMf5Nix5YpcKKu5rgqBQoggWhwaGqrbUE5hVoXwkjhu4EVEtzdCCsfSYovllVWE1tze2ubO7bsIBMdPnIAoQuiI7v4ON67dYG9/j16vR1Sr0Wy22Dxxghu3t5gc9FAqQQpPvdZkZXkNgCzLAgwqPUpSDZrXAfiVCg9YPLigdzYcDkNThNa0F9aIkjb5YEhhA5kmz0smkwzrAg9NqRDESXF4G0/nAOr71SghBLZ9gjsDz04vox3XiZQkrsU445gM++R5Rho3Q3ZnHaPxmGKcEQuBLw15bpgUI1Q+QWpBo54iAS0lSkgkFpzAlR5vgyJ4bgxeChrNBo1GuJGcd+g48AqNKClsiVeQpAlSCQpTYr1Hao2KYo6fWKXTHdDPbjMuFFF9meb6MZZPHmf5xBqjUQ+8Z/3kSZLVFVS9hlI63FgiEJxlhfjiPEIqvAgt4gE5NkRRNaOxQvEC7K+RhJl7qHCjTicEvP/mQPiqgyogQQ6H0o619RaXHr7I5rE1jgnHCVOQCsF/UwovJUMp2Zfg70o4kPivSVh9DnehCaebcKuBbQgGwwl7e32U9GilaC8s8lorZu3YkI8uddjP4SUa3P69hxh0X0HHKYufLnhqacBx51nYOMY4K3Fe0OuPGWc5SS1Bm9AsENb3NeI4Due6kpPw1Ywf6yzePYcUH0YKh5QWrYLe1M3b1+l0LB/70EVQNbJiTFFl9kVRhNJadY8IIWabohSCl577Gt2DHo8/9Rht2b4/yyNCUCdl4C0qDaurNc4dW6TmXKCJyAo9tRYvA8ompEZVI4Nm47lkhJQRWV7y+pUr/OZv/iavXn4FEcFSfZHhsE9pLMPBhGefe5Hufo/RaMjLr73Ozl6HwThnNCnJiqrLeUpFqP4fpodAo9lA65i0luC8YXRwwJ1rr+N72zQSRaNWQ7cXcQstdH0RfArOY4qM4eCAOFIo4bn82qtcvvwa1+7eobPVoSgtw1HGcFLcoyP2rWBHeWJHf1JKEccRWqnZmRKz/x/Gcfe8yuzFjvDWXCVWDjNuHSJwrmd6ajIkk/IIgjb1G0ppoigEIkVZVk2CzEAMcThXbIbIHR7KLCu4N/zz02NRRJGg1CV5noVEaDab1s+O7xDnCx8idNb66vv9K7++Wx8nhMOYMOJNKRViASlRFVoXUPAg4C3DDQA+wrm39nE6iun3h2STDh5otxdY29ik1WxhjGU0mjDoD3DOs/EOPq5ebyCEoCiKqlFjGvAr8ASgQEa4auqUq64XkCwurhElKa+99gpf+fIzX+fjwvXgqnFzciZH5CqUjmq9/tiCumr4UiDYK4EvPfV6wsWHzvHBjzzOmdMbaC3w5CBA6egwaBMShMXjcD7oik2zWkkovS6vbHDx/CV2t3foHuyC0LTaSywsrrC0uEqj0aLIS9oLC3gBo8mIbneA9Z7WwiKToqQwBoek2WxRb9TpDvqVppZgZXmZ1ZUVRJWBIatx2M5X2VSAfOW000kqhIvwXpFnJd1Bn9KWCBmxuLDKdv82piyRIkzVGA2HlEURVPYJs/m0mM78C0K7Trr7xgmSUnHuye8kGe9xe6fP6VaNNEnwQuOVQyUOazIK60KbtS/IRwWDcYmSCdZYysLgrSUqI9KaotQlsdRB2NlPx88YjKlENUNNlmajSb3ZQukIpqUnbynLEq0kaRrhKoTA5AYrPXGSztDMdrvBA5cuINtruGiBxrFzNI6fJV5aQjRSvMnx1gX9Hi2q4c8hiHDWYMXhoG2PAxGSCYQLIsXW4n1RBQxulmVJHL7qdhVCVrp398eEBIFDaxmQIAtCOpaWmzz19CU+8IHHWF9fQApLHclvSc2eUICuhlwDSyC+QigZ7NzG79zB/4HAH3uE5NHjxEmT0bjEmZyV1UUWl1epJymf7PeI8m02HawcO85/+9CT8LlVFj+8wY+s3kZ3OvR6XfbjiCRNWd3YoH7rLqPMhPtYSJqNNuXKKk5vkySngFVcAHGx7i7e7+BxGP81hL+M4gGU7KKVZPGhNg8tKDo7I5qtJZLaAoNRh8JYJJDnBWVRolWMFCeQUmCNoTQhSfI7nhv7N9grdvmBR3/g/qyPCLwebesoX0PrCXVZUB50GO4dUEsUUSNBuCCEyrT8paYjmyRUyI5SKV4o7ty6zmd/93f5yvPPImuCtfU1xv0hRRYkUbrdIV/68kt87auvURrDpCgpHRgHpQ2yJAFQCmWlQCcLvJVGs0F7cYlavUa73mah1mTS77J3vUe9W0NGiqjVpmi0KGo1mpuniRY2A0Hd5dRTCc7w6stf4/qd29zt9TFZTpFZdnp98izDVjNcp12Tf+I2LanOSGLBlJIkaUySxKiKPjN9wpvvaPFW/6r0RKaBxLRhR1VcukN0KYyJ0kqHx6rQ0WqMmenkQfAlSmuEMVXPZHgfKSRKVh3KFbImZjFewOcOg9Z7j3QqpwLMrrcp8sO0tOsPu2GnUen0VAkvqu/3j1f3bn1ciAUCjUFVPm7aZBQ++/TYAw9fAMJL0trCW/o4naQc9Hts3d3GO9g8dhxdr4PWdPd2uH3zFvudDt1eF/kOPm51ZQ2EIM9zwCFVmI6jZBAFFki0kAFMAKzTGOvo9vqU1iIkNFsrb+njJpMJxpZA6K7WlaD1VMtwmkBo9cfEqZPOodAI30D6FB2NOHZ8gQ8/dYkHTxyjlkRh1BZVpO1lFeEG3MvNhHiqxoEqexFCgvQ0FxZ5+Imn2B/2ufzSczTrNZYWFllaWGSh1ebk5imKwlAUY4wrEHaEsxnNZsrS0jKnTp9kOByxs7fPbmefxYUWnc4u1kG9tszpcw+zvLYRgrxw1TDtuDkEqZmRjiGM2qk1atTriyyMlrizdZd6LeHs+XN0d29SlCPiKPA7xqMhZVbNrsQiq05R6RxSeILgweEA6PfbnHNcu3OTi+sL3O3l7I1LWmkKIvAGlY5A+qqLx1OUBVkGnQNLNzfkbkJNW1pK0XYSEQVyaFnp6XipMK7EOkNpLcYKojShWa9Rq9dDA4sAawxZnpEXOcYaGmlKjAol4OmEjkZadTuKoNcjFYtLCzy6uI5aOoFeP0vZXiWPIzLAlWFkVhDfLELXp3GVEFdAMQRhuHxgdIV0gVl3lZtNCwlSBSpA6/jQ6SEcstILu2/mQ7k/JKKBh7XQbnDp4Qs8+uQllo6vILVAULAlPHtKzO6l4Pkd8piHNSD3uNxXwanD3bzKCw9t8MCFS+zt7rG7fQslNdvtRa58aZkr+5blDzaJap5d0cZeUSQrF2g8tMvnZcTZpXXWojBpRIuCVmuBerOO7ncD6V9HrCyvsNVcYYREkldIwwcRJEj5RZzbAS+qzcWCewnvw1gdNbTUNo7zv33Ph+kdOJaXVhkd3MAYi5aKsiwpS0tUa5B84MHAcalKNKK6NbUQFK86Xn7w/iDdwjm0i8Pm4RV1C8nBgP3XrnCXmGXlWT6+jtZqtp5Um74UoYFMCI+sULrRcMJrX3uVF579CqXLeejcA2ip6WztgPcopTElDLKMySQPVIWAhU8VPJnJ2h7hiCmlWF9fY2Ntg+WFRWq1GkvNZZpKUPS3scKjk5JaKYmwZOM+vSynGI1ZfjBGNhoobxE4tu7e5cUXv8rdQQ/jILWCg26fSTbBWTs7N98SAR0cOQ+Hv5BSEcURcRyHAAyY1RjfhMzdi9YdNRHWTgX6jbUWZ0tgKh4dxlfJakzYVDJlRvKveHczCsKR0tpsXnKFSgUZnLcqvnqOhluzYO9I8OorPp6nItUH7RKm3aLeTcuuh6XXaWA7Q+pmaOB9sG/g45548hInjq+gtcBRgJiO2LrXx00noMA0RqhgAqVZWlnjwpt8XKu9yNLSCul6zPLSOkVeUKuHqRB5NmI0GqOjiLX1dXSSMMky3DfwcSvLyyhEhbpPIwMbRIWlrhD9UGZmGujJCOcUw/GkEurWb+njxqMRZV6EhhumzZN6Fpgb71FCHPqYd7D3HNTpWCMmGkmN2CcoJWmllsXE0RIeLz3Wg6jGXHhUhVwGUc6wqSqUD0GV8FPF9UrPTSWcOvsQH49S1haW8JMO7XodDaRRjIgilM8RtsTbMbaY4H3QTou1YrHRpFmrAY5e/wCtJFKAUjHnH3iMJ576CO3FpXDx+2k9fJqhHQH1fVUvt4IgnmuQytNqNVi3qxwc3GZxqY2nRlbkaB3IlNl4TJYXGBsEd721CCXDxuYt3k87lu6POe945tln6Z8+xaXNNtf7GSvtGnXpwOdBOLXiLHgpKC30+yOyscMVHi0NWoAQGqUSkqSGlpI8D4PvVWRwtsCaksJaSitoeE3airFWhJl4eY6tOuacLREexsaQ6xjhIJaKJI5RXmMKG8RCZZUdV1Idg1EXc7CDrjWwqcJ4UHGMLgFjsRiowjamMgPhzscLPyuBcST7kXI64m3q1CQCjRCH14FwAeGT9ynqVoC0MdK3UL5HHE84drzF4w+f4dr6Cv8z1jyC5ZMVuu39VCKkkkeoCPjuewT+JY///YqQjcO7Ptd+5/ewj3+IC499jDj+Egs1Rd5qs/tlwcHV30C85oiSU6TJdxIpj2wPka0Jd1zESzdW8OVJmidHfDLa59iWYqHZYC8K84obC8fYOPUkr/6+p+zkCDKE6AGvIMQH8X6fqfsTVRkzcI08k1HOeKfH79zok412eeqJP8/ps2fYuX2NvOgjk3D+TbJMfUPxsUUfCOFC4QjvH8ZhSWwp6X7p/gQYOopwuSHyExYpWZGexnhI5/pN3iihn41QztFeWYJajFeqQnI0ItSNEMSoKKXILNu3dnj95cscHHQ4f+EsD1y8wKsvv0qRZSRRHAI4W/FwbSXBIKebsQfnQmf5LBIJ2E2j0eDMqdMsLSyy2F4kjWrU4gZl3ieb9IhSTVI4kjhCl+AmlqLTxUtNY+MEaVTxYgtDljlu7h5wt7ePKUpiK5iUgev6rWvTSQPT0VsyNDypKb3i8HH3/nRY7HxrpCqgQnGS4IEiF/dMBFFSglIVXW1aig2oqRQBsQUV6B7OYsyUchNeW0pNFMWhY3JGyzka3r3pmKZxaRUQCimRToaAU4WGNVspOAhRSQFNy8D+6Av4oyfl/m1AvL2P+8DDZzi/vkIcawwWZrSre32clyGwlV4gKq6zlNOmI2i0lnjkyQ8ytpZXnw8+brnVZqnVZmlxCb8uKQtDlg0pzQRnhzg3Ia1FLC+vcOrUSYajETv7+9x5Cx93/sEnWVk/RhTr2fkE8H7K8wvRV+AwhmBUSkGtkVBvLNBaXGB7d4f2QuMtfdxkNCSf5FjvqjnzNlQqhcNNpfzFVObtne29d78qj5cZsTO0fUlkPPXukINrt5isnyBpBGK8p+pkkZVYoq9U78PVyVQ5eboRh5JYxTeLI86cOc96u0F2sEU91ZQ2lPGsLegedI9EuTE4xbA/oJf0SOIYrQTeWyaTCd5Bq73Mw488wXd96tOcPn2aOI4PMxpRdSI5PxvEPIXdpw4gZFcaHUUIGdOoN6rWdk9hDLY0lNZTlkEKpSiKmc5duErfvDhf3+b+flq/P+SNm3c5ubnK1rjkYDIhbQgUJZOywMsYhSeOE9oLSwwHJcttwYkkJUklQimEqBElbXQSoV0fZxy5CZpQ3gsEEdYrShyDcYbb3iOJwlzeJJIkWqF0xanUCiMEhfCkWhNJDdZRjCa4WFFOg6yiZGgFu5OS6wdX6es6G49+gIUTp0hbiywur6NUBBacVzhvKx7LdCRR6Ap1ApwIyKjwLlAFBCGzLqqu5Oq6gylSPHWtARkR4v6gdSrWMAHtFKlXeAkNUaJsxk1rsMIH5XTUbKRb6PQPN7nyYpa+h8l2FZ+nun7deMgbn/8ifO8neHKxBeaA7WYrjOVzYY6lTpp4IpAZUpfEzhGXjn3hGT6TUryueOV7Mk5UQbOSkkajzYVHnuRrt1a5fPW3QIyre9aGe1x84cinPAw+hPAhW0fhLYxGY577ygEffCoKCu8+oiwFURS65VfrGefXA6qKDLp3HhXKL6IaraSAB+7L8uCUw4sxMUOW4pIlPNpZyvGIg61tjCtJpcCeO0NzY41oOXTrh0k5IUnQKsVJTbfb4fqN6+x19mgvtPjEJz5OaTImwyFaK4yVQSKIMK95GnTMVM08SB+kR2ZlVx8EX1KdEMmIhfYCaVrHFo4sKxh19/H9A6jVEanHa0fpBKYo0WWGzMfY4QG0EqRKqUUJRVnSOegyGU8qArcM7/ktaoe5t5huH+FeP+JXD6/A8K/puf2Gr1u9uACUikjS0GSFs6ERhmkJ+uhrVf79iJuXIlCLgk86OpNVhik8SVIljVUw52fvfvRI3vZ4Z2oK1jDtiD2K4k4nhrz1s+//ur6dj4ttRmxNtVbBJwTuuqzig4obfcTHBUAorKSUVXOKVKxvnuKD3xGz1m7hRge0mi0E00Y+jclMNeQgoK3eBV1G4T3NZkqkFXmesfUmH/fwo0/y8KNP0FpYOAL8qErV4s3nUVRBnwDn8QTd13q9xtLiIo1G+pY+Ls+yIEljK1l+bys/b2c872mN6d3Y+6BTN0Z5QeQKWlFBy0N9OGT35ctsr2xybKlB3K7PukacikK9eKpTR1WOlf5Q2kRU6qVIlApli1qc0lxPMPUG41GHwXCEKQom43FoqNAp3gus80wGOYODPsI50kQRpzHZZIixhmMnTnPx0gf46Cc/zZmz54J4rnNBwVkyax+edqzOiKZC4LwLF5gXoekhihDTU+gDMdIYR1EUpEZivaesNIScDbpdMM2yKjRSicPmrftgNdpEJEih6R90yTW4UuBKSTnJmGTgXYZ2JU4IavU2m+sQIahFMV5qJrrJSCzS803GpWdJHEDs0aklkoZaLKhpj6bA2oL+OCfPcwrvSeKg2B3FEUqqmX6Pmjo1FW7y0lTixpll4jzDoiTyjhu9jJv9gjvdHhMds2ckizsHLG+e4MKlBNlaIooUolShO9I7HBYhqzKqpypDBKRVCD+b6BHOu5x1W4UySUjrZcWfnBI67pfrM5QgPAkli5SkzlPr9Bi9fpXPbJzg9+sJB7FiMOXFyGlLPyEBQcKBwF8D/4cHeD+qnDh4Kg3B8oDLv/E/uHruwyQPPY5dSIhjQb3+KFFD03zicVDhONiNeMQInugO+D/Oa15+ReG6Ep8XZHlOFCVsHjvDg49+lBvxeS7f+R1MOaqSMVFRKEQ1PeZecdbQ/xruqaD9WOB8wWSSBX6Sd5SlJS8NiQ2PkWVJ40TgnqppCWZagqLaOC30Lt+fG6gsx6S2ZIEJK5FFu1B5sN5js5xsZ4/beUk+GLN6qWC9lpA0y+railHECB0xmozY2r5L52AfncY8+sRjPP7YY3z5y8/QqDcY1zOGw2w2NHxaZNVTP1F9Tu8FBVWA4kGLoD0fRwkLC0s0m23yMuege4BG0bt7jcViF5pruIYmSwXCQVFmYHNiO8J175DXJa65znDYZ2t7i3GW4R0BCeVeEdx3Y1MkCu5/mXaWeHEYyAlrcWWJU9XIurcAvO791Te+fkIzW4RKZai2CO7ZI5w7kphX0KB3DmcgTIWsUsSqU1JpTZKETV4pfS9+eORQ7okXD7POw4ceqT5MKQnh3j8MLGegxKyE+Taf8RuegT+6vZ2PO3j9KsONEzTrCcRh33VMkz5ZjckK/HrEUV1bOavECORMUuv4iVOsL7QoersoYShKw3g8oiwMw/44nBjhgQhvBIPuIIwB1AqpJNbd6+M+8KGP8tGPf4pjx06E0mflcIKv8rMmmaPNKCEsmzY/ViisiKmlNaRSb+njirIkr5rCvHCzpGC6JqIKzt8t5/G9c+pMQWoMC5SsxJbUebw1DHZ2uPLVl1HrC5x44BxxpCiqeaoinjZLACiQYdCtEPKQeCgVUmmEitBRXA1qjtB1T1FMyMdDcAXGFMQqRSkNIqIcT1BERFKTTzJ6Bwck9ZjBoEetXucjH32Y46cfYG3jJEqKAHeKKrKubtKZ6vuRtmIhBMa70DmJJNIR0yHJITvyM2HP0liMDZG8sSHIc9aglD+SXYTXVt5jhX37E/werZY0iakx6o+5fuM26URwtg01tYDPLZ3ehPFgxEKiWVheJE0T0uVlpLEURjG0NbryGMN4na5qMhyU7PU0aWRo1QpiN0GjWIo9bTXAekecJBgXdiEtPFqCd57SliAVSkEkVRXYOwrvGGUZw0FO6RQHBjrWoqWhZzX7VrBfgPESumNsPMS4PdL0Nu6YCDMuhQrNHyJ0IHpvETLwFYM03RQCDp5i2n2tlcdJUTXJVAiIE5W+mKoKKeDt/Sk9mXJC5ASJL1iMSxrek45HdK5e59TmSb5rscH/sb7IFoJTzrHuHXecwhUAAleW8H9JfCfC+7s43602GltlpUWQCbAZ48v/A731EHX1KZqfLok+/jCJyLEbYwpTQ0hJcmBQwxw5GHPJe+5+pyJTMd/hBng8Zy88iG6v8NUrHV778u9iXT8gEQBToW3vEVbMOrunJqtud0EglxtbKXTPNsgwxLooSkoTRF6NsaRnnqzEcstQ4nDghEfiAwIroXOf4gZlSto+Y1lb6tpTGB+U7qusP8oh7xywLQSZdNQWW7QaTWgEOROUohCGzsEue3vbOCzrxzY498AZ6rUGiwtLnD5zDmMlOh5TZCO6vQLnQSmBqOgi0gbtRwMgQok3jcNmYUpDnKboKKI0hl6vy2BwgB2OKHfvsJlYkipxMd6jrMPlBmsNyuWYQQfTayJVi4P9PbZ2toO8AiGBnfaLfiN783YjOFrhuM/mw10qCHwrCQjvsWWJVboayfZWOIc48v+3+MsUHTryXaDwSgRNTu/xUy3FadUJERDyKY0Hh3CiCgLDGkQ6QipNnCSB/P6NAi0//V/1Ue85xvDfvef4MMg45N9VpeG3+azVYr39QbxH+0Y+7u7mSU4uNqivL+IRlaxHmNw0nfsa9OlAqEo6REx9iwKpkCoO85aVpL4QY6KY8WCX4XhEmU/IsxwlIuKohndBO24yzBkPxgjvqaUB+BmPgo87f+FBFleP8fgHPsTG5jFUNTc3XBOVmLgQeHUY1E/NeV/x5wOvNqzvocbt2/m4Ig8xgtBVs6gMqLxDIP0hB/Pd2HsO6trSs6gMy9LQVB5TOqzzUBbs3LxJ/EKLdrPBwrF1lAoOPXTDqArClmHMlAgCmGKqS1ON0JFSo1SMjiTCeJz2yCglqaW06ppynNPvjBAiptVug9fUawMO/B55NqnGgAQkaGPzGA89+iSN9iYQhXFgVKNIOBwFE05qmIs4Hd8RViyUeL2vtM4qZGeatXkfNFdL4yhMgI1LE3TenDcoLyphSIVUFYCERxhx2NL+Pluj1qKp2wyHFmNKdvolN3oTVldXEWXJrd0evb0OJ5aaLCyvEGmNATLj6ZcpHTYYp+fp6jZ9a8i0w+nTLNVBp2P2OjcxpSeRgnbbkCgoI4UqTRCZdSbA2Tpc3FLJkPFahxSS0kNelnRHE3a7YyY+YqsQjOtN6gvL7A0LtvMucvkYq6sb1FvLOAv72wc0032aqkldRYh6HPJ0IaukQGArCa2g61ZtMDKU/qcZLdX6i8ByDY7bK5So2spt5bjvk05dZEsa1rAkSpYjS+Q8zhpGnQ5XX3qZ0+0ax+oP87v1lI/iKI3D/77Av+7x4lXwXwOX4t1nZp2/00YE7yzOlZgyxxqPVQVm+Crx5WXiE5eQWxZ3zoO3+BcF5c4YeS5iZ6mGUzGPZDmvtAbs1SKaO0Nqi4vcFSf5vSvP0n/tteo+UKHZSR6icuE+OOz6m5YtlJBEKsxLDJ2BAVk51H3y1f0TuJnOhYaZD5U1Cl8F61Vi6EQ1yNwG53q/kO62hjP1lEY5QGCDzIKXBHqgJZZhkHfZO6B/ZUJnqcXi4hK15XWs8HgNo/GAg9277O9u4fGsri+zsbGGEpJHLj3K5sZJWotrbG/d5frV1zjodYNPEodST1JrnArnqJHUqac1FhcWaTabFEVOvZYSx4p+d5/RwQHloM94+y7tYsR6e4GalEGCCEXsJIUP0kO2KJH5GDPoQbTAQWef7qAfJh9MpTAOWzFnNt1cESFYn3VcVg8MPnFWULzPFq6jwMia/QpnHWVRgBREIq5oQNMPIt42mDqKMk6h4UNkKOAlTgQJpKPHMHtcVQEQws2AgtAp65FKEidRNXdUHTmeNx3DPT+83YEyy1PfHER7zz3rMfv5CAI06369zyv0Tj5OtGucqz9MVE/xVB3kqupw9VWEIzxCujCN6UgjgpAKKSN0lKC0QNkYXYMiH1FMxlVsEXycEIIobeBcRqprxCqmyHIG/QFxGTEeD1lYXOTSYw+yfvw87YVVhAhcSDktqR4JmGecSmDK47beUdowASNIk1TUs2mzzNv4uKIscN6i1bSsXI0Iwwf/Zt/9nfSeg7qnHr6A3tnCdLYR0lJOIXsvMFnG/pXr3F1ZplarIRYaOOkQVETiKogLMCYzIUGhIqQM3R9ZlgUV87JgMpqQjwZgD1hbhOWFGvWFFGkjpE6ppTXiKCEbN0ibdRq6zvLqOoPxAEREq71Mo7mIlDGl8VWJRFV8KlcRuQ9LdKpqJZ6WlcKmNX3e4QY2zeSMtVgPpfEhCndgjaM0ZRDtTaLZvEApgjhuUKq/f+LDcdJksblMrHOarZIoKsgay9TPXiLJc27sjRjvdNjrZ2yOchqNhMKUDIxnr0wYJCuMxCJjpVhcijATS6eMSJfqyGhEWVj6TnAnG9JqaRYjTSwckQ79eoEh4SvFeY+1YI1FSoGxhsmkZJhnjDJD18LNwZDtUqJ8TDY+YJgVLK+usba5SbO9SGng7u0tbl+/xe7WDts3bnH+0kXOXDzD4sIiUsUE+QGDr87xtDPJzRygr0jNRxyhmKKuCq0UWgZ5AuMN3tiZjMP7bav1mKXc0nKeVHnKMpwjbwwH2zvEX3uVU8tLbJ0+zucThS8d/nWDs1/E+ZcBXyVE/w1ECVi8M9XoIjubkSiVJ2nH1OIatW7E+LMRgyt11NmS9meG6OMlk2duInrHuPqn6nyIoIg/IcFVJd/rCxv81m89x3D7ZaSwSKmrUT4C4atmG081Hs9XAWbliLwPWTUyOErvKp6cnwV9trpGSuspTeCVlWXIYq30qKgK/rzDuSqoq+5Nf+f+jHF79IEznE8F+7euMBpkSBPmFQfSssV6jfAQ2YJJf8Kdq2+wdO4sS2fOoiQ46TBlxuhgj97+FtYJVjc3yMZDEt1iaXGJJG2ROYWQsLt7B6FDn51QQfC4kdSpNdv0ixwrJA+cvkAkNRsb62we2yQbDxkN+viyYLTfYdjp0N3doVkM2WynbLZqNGqKWEdopjObFd47bJETmZJ8PMJFfbLxOOhHVkESeGxFqpdCoLQijmNWVpZZaLeRUhJFEXfu3ME5KIqcyXhMUZazZPd+m5ISVW2A0/BnGixZaxFFGUYwCV2VKA+T6K8raYmjP74p8JuyOabVMRGaJsIosmkzUBjnIL2ruu7vnQSglELruOqon+Js4s111iPH8qYi8WFl7m3LcbN8dXqs/sg6zOgLlZRxFSt83Wd9H+2dfNytr73K8vISK6ePoxIVgjpZVUsqvxyQsoAcQ+DJBQkXVfmdECDZ0mELT+lAxxGtRh2bl/T3hxhlqdUSfCpJ0joQfFyaJlB1ma+tb3D2/EVqjbXA03am6mj1eFFVGqdImphKmkzL4gG9dwSeedCplME/Vn7qnXycjtRMxFrKau+cxh5/XDp13/WZj9F/7VVeeabLaDQGoarMDbCWonPAra+8RKPZYuORi4goYqbXU11hEl+NAwminXjJZJKx3+lw69Ytbty4zu3bN+n1BuTZiOPrdf70p55iuV0nqTdptdsYA8ZkZHlBYTPSekR7cRGL4qA3Qcct2gvrgAo6Zkzr1SKQVCs9oikx8WhG447y65jRI2Y2XdQp7FoYT146zBSBsBbnDN6rSnGfe250qYJMyv0wFWlWNtY4Gdc5e2EZ64acPHuacx/9NA1r2d4f0D3oM+j02N3vsrxYozAZozJiLFqYeAVZa3Hu3ArHjiv273QQ+RCvHGMhKZIlhkWCMA22xjtEiaORZCgdVOqDzEhJXoTGEVc5lwJPnhfkecnQeLb7Ga/u97kyyMijNg1lSBttVtdXOHn6FKsb6ywsLqF0RKNVY3v7Nn/4pT/g+Sjm3OsX+MSnv5Mnn3yS1eVlhIrDBINqbuBUpSn04oSoY9blPBtfMs2uZcWnm5KiNUa6e9br/bSPfehxxJ1b9G9fD5wKKcAHbTyb5fRu3mb5pVd4Oo15bnMVvMb7K1j7EtNOO6EE+D28s2GiizOAJd7QXNx8GDmRFOSsPbzBickaaZTzerPH//n6OsPLLYxMoDsiy57D9kuywSVutZvcqS1x+ysrPPDRLjWZMHx5hcl+B7xBhRoXU/kG4Sq5IgQgZ78Pun9H9wt/z7ejlR/rQlNIaRylkRg77RgscdKjtJwpu3vnwog053C2gMmX7sv6fOq7PkJa9IhrltuvGWTRD8qcwoYSH46I0JIjjWWwv8dgZ59ylFFbDgnh/kGH3WuXGe3cIrOCeiOl24nBWiajCaPCgHMsNOrUak10HGFxNJKEtfYS586cx2vN2Bo2jp/g6UefZDQas7KyhMJz99ZNsm6H7u4ue3e2GHU7iGzEuZWES6s1NtoRrUaNpBp9JxBElS6mLQtkmaPzAlOWQXbmCAdyyleLk5j1tVXOnDnNpYcu8eSTj7O6uoLWEVGkefbZ5xiNRmxvb3Pl8utcv36DXr9PluWze/5+hXe1JAZrcJV+4T1v5DzOlNii4ngqNUN1356jVJVRq4N23oaSaiUQO02UIh305UIn5hGkDmab8JTKE3i7IVCZ8uC+7i2P6mGKe75RHco7Q5/Vg7wPyk6zMMCHAC6s/z1vWpWO71/w/W583O2XXiFJY9LNVVD6EPiZlrStD2iYVCCrOAFFURpGvT7D4ZDhcMCwPyAbD6lFGedOtVlsrtNsttA+ARGRpglKK9JGSqPdJKkt0V5codPrImRCo7VCnDRAaKxjFhdIIUKloAJ+wB3uFUJMWyCPnNfDb1MKF7yzj8NXY1MFgTbggyCxVPKPT3z42PljtKKc/d3rFJdzTO5mULj3jtQ4Rtu7XHvxZeKlNku1FAgt574ioYcMSiJFDFIzHI944+pVvvLcc7z44le5efManV6nGkljefDcOk8/dprR6ASJiKgnDaSWmNKHgfQxJM06Rnh29vcZjHIWVjZoL6xUzIvD4cxUXUzhf1N41R3JyELDg7MOUwWDiGpqgXcEMVsJ0+aO0G8dCOq2mnVpfcWncFUQyUy0d7pgQt8fpG5hDR794Cbj7j7rG8dYP7FOa3mR2toJ4kmP+mKDhZUFhpmh058wHI7x2pAbhdEppYyR3rC+lLC6ljAeTEB1GY3HLG8uIuIagzsFSMt4UuIWKvFm73AmlC2dKTC5wbgwtNhYR+mqLxkzMIZb/YLr/Zye0CytrpLGbRYXljh2fI2TJ0/QaDUZZxOGvT3iVHD2wdO8evkVbm3d5GDcQ6UxrVaLVrNFLU2CI5UK6Vxoifcw06fzDo9FYKrg3jOdYCIqkqusyLhB4Tu6b+LQ2Uee4OIbDVze4WB3BDbom/mqvOcGI3ZevcKpep0P1Os834grkq6d8TxEhQj4KqBLElj9zmM8Fn2A0f6I21u3uLt1l5e/9CrW5Jw9scCHv+vDNJ5qUTwbkV2poVVEHP0AtU82iY93+co4ZtRs0nzS8GB/wiRq8oK9Ar5fCYOGTcx7V3HcbIVwq0NCM9MN7si4HyEAO/0LMOUaidn9ZpygMB4TKjGh3Er1Pr4SU60Gn3sfxusIbt6X9dk8t4nIa1hfMOoP2TaWybCPMA7tJa5y59JD7AX5KGe0e8Bkv8fKxibCG/Zff4XO1cvYwQCnUrbu3CHPMsaDcSBSR5ooUSRScf7kafrdA8o8Z3N1nccefpQL5x+gNxgwzDOOnTpBGtdQwjPY32N/Z5uDnR26u3vsbm3R2dliKYEHjrV4dCnm+ELKQrtJLU1RSmJMkDCSUejWzyYTkvEYoUpcXmBc2HSFACWg2Wwhk5RPfucn+I4Pf5Ann3iChx56kMXFxZmsB8Djjz9Ov99nZ2uHq2+8wee/8AWef/4Frl+/znA4wt5HxC5JY5yRlN5VHYRTC0GLd2CLMnBok4Ckzf78JmzvCJQVfLgxlKYMSgsm3HN4j9aKRi1IeKkpcR9xD3E+cKenZbcQBIivS96P3AkVHeet7BB5O3qcb36drw9S/Zv/8eanT4l2U7TuPtjTH3mC0RsNXvkGPm771Suk9Tqn63XiKA7+QqkZX3c6fUNUAZ21MBgccPPWbd544w2uXXuDu1t3GQyGMx/3fZ/5MJtLLeJm6Kw3FopywmSSUZgJcT2m3mwyzg3d/oQ4bdNur4aAzh/OCw/rBtKrgAh6e6TKUyUsfjpBZMqxe1NpfXZ9vIOPq8YiSiGCUkPIC1GVLuK7sfc++zWV1I+vcPqRhxge9PGjHEpHKUIZKPaBvLt/+zZXX71MtNwmXVgIC6UqeRMRBbRKaLKs4OqVN/jt3/5tvviHz7C9s01Z5ngRYE0lpjM8NcZ6BoMh0gexQa09VhiMjMnKITt7O/R6E5AxF1Y3qNebOKlDOUEKhA3ogp9i2lXnI9MST1VunfKDrA1BnVQVMdwxK+2Br7iAkKQROrI4G5yMdabSnwmt9rPgjxDoKRkCvfth588d4zs/9TQ33riKcYL20jE2Nk6QqCZ57yapn3BiMWKQ19nb6tMbljTaCmccOEFewu39bcpmyadOPkGULjDIrlKWJYsrS4wnhs7VO0CJEBnSZDA9X8biS4OrBlsHVf0QtDtrUWmDA+u43Onw2m6f/dzQ2FhnfW2Teq1Fs9agtbTA4vIKhSl47fKrXH79VYqyoLmwwNmHztDN+hwcdHn5lZc5ceIEp0+foXZsEyE0UjqQgVjnXEBWvLFYnyNcHsSXZRQC/Qrel1WGNJ23h3NoDTqO78v6vOyX8A+e4nxvm2wyxu93A0wvPDhLYiTFfoc7r77O+fUV9PmU3zvhcJcdOIcXFY8Oh3MlKoLHP32C4/ZBnvncC1y+/Brb21uMsiHW2TA1hOM8mj1C7WJOfn3CoNMiy66j9QT9TJ1iOSJaijldTDhjJjyYlfwnnbD1pWfAF8gpr8gfotczlEFOr20q+SKHEqEbVksVJKErwvi0XFtxGEKSJ0V1fwW9QlshJEEOSAYpAesrZKEK0K3A+8l9WR9Z10Rpm6WTJzg+HJFJS3atwA6rpikREBDpBbFQlIVl//YO3Vu3OHtmA+wYv32DJeHxaYxeWuNap89WXpJPPLVGnUYjRU8k0sBCo8EDZ86RJDEPXXiQxx95jHF/xGDvAD8asXXlCvudLlJpht0Ok16fMss56OyztbtFS1ourC7zyFqbzZqg1ahRT2uBO+w81lh0FIEPNIjSlmTDEUpnjPSQ4XCEsYY0STi+us5f/MEfYnPzGH/6e7+HxeVF6vU6UkqKIif4vIBkHD9+nOXlZY5vHuOhBy9y4cJ5Lpw/z3//7/+D5194ntF4ct+QurD5g7NRQIjf1NQkqCY8FCVCKVQU3cOY87OfDr9baymK0A1ZFkXw/ffo9Dmci2cdm9MkcAY7S2YzSqd8Q62n8zvfIXg6WooVAUvDvznge1OEJt4GDa243od/fev3vp/l18XjSzTjU/TfwcfdevV1kvUVNuop6YJFqgCQCE8ocyKRMsJ62O/s8dWXXuKZLz7ztj5uMHqE8SQnlhNatRZpmmCMx1hJ3IgoRcy4mNAfTphkJZsnTtBqL4OQuOpsT9c1BN3V2XUVxwSqcW/3Aj+WUPUJfz8yu1q+s48ThHFqooqNqChqQnnkuwR+3ofZrxoZ11k+eYrNS126gz6j/Q7SGDSessrk1WTIwWuvMNhcZW1tAxqLCJEE0WGlIdKY3HCw1eWrf/gCzz7zh9y6ex2ZCFbXV8B4+oMu1hRYb5Fakzab2GxCZ3hAQUkUx0zyjEG/x872Fne2O+RG0FpaR9XroGOk1OhqE3H2sBQXEh1XwaOSIIGhA/HWB06VdSF699LNBgqHiE4TgG5LHEtaC4ukqcY4T+E81ud4bytiuEBJjzUGYctQ8nAezP3hbClTENuSp5+4hEpSRNxkYaGFnfTp3LyGHGUs6AjRUPQ0jMYF9VaLSEj8KMcrx8EwY3j5NhceO4HINMUEVBSTNGoM8wETY8gFFDJkHs6amYq5AJyxOGeDurvWOOvIRhnCR1zrDHjpzg63BiXUF1hqr7FQb1Fr1EjqNUoRcTAcc+XKa3zlKy9w++YNeoMurcUlTp87y+raKsVki/39Pa5cuUxn/zs4eeIEcawpSyipGgfwFJMRB3s7DAb7gGGhvUCc1Aj6wmFws9b1KiAMQZ23YcOezeB7n01cewH/4YusXDjHwfYe5SjDjrMqiHFINM5ahnt73H7tNU4utZGnLeJ1AZUuX7i2LAjH2voxVtyjfO53/5Dnnn+O3rAfxFKVwFUCll54hIxgQVL/sxnusmLw+69iyx52sIn5Iqx9ZMInxgcwKijS/z91f9ok2XXmd4K/s9zV11hzX5BAYiPAvVgbKVWpylotmbrHbExv5hvoS82beTvWNpJJ3TVmVZpqqVU7ayGLJEggkXvGHuH7Xc8yL851jwRIVoECkiwdWGRGIiI83O/1+9zn/J//MmD+t5q6WiGdCTcK5wMrfR0GviGSs1GtsaYryMtQ6pBmZTuS/fpW0xVQCVIL0iwljh0OhXEO27n4X+5+17c00WWrrrk2r2BJHcb4ccLerWsYb2jrmsnzY1xRYbvnEYwXFMpCcX7G7NlD/NlVlF9xLfPUW0MitUSOUgrgbFZzfnFKbvo0Jkd7RV2VrKpFaDScZzqZ8N2//EvODo+ZTmeUdYHxFu8FaZJQLhbYsqZuK2aLC1LZ8taVbd7aH3E9TxlnijiSiBBGuRkfrjEd7zx1WVPogixrqWVJMZ8zSBLeefMd/s3/8n/j93//f2J/dwfjWh4/echqtaQsKparJVpphsMRvV6PN964TxSFUWxvZ4csC+Hpdd1wdHzE4yfPwnv0VSwBQkl0FK4V79pPcPmED6KT0Ng1YdOm5Evv2ZfJAUFA0rYtZVlSN83meb/cs61/7wadw3UTm/VIsxMLWRfqixCXsXG/wFvVd33YpqHbcOPEhlLy8kh2Pdldj/s2zdz6HvfSU/ddfX7lljORJNkZc+Uz1LjnH35IvjVksL2Fzzx0vDrRuRHgJeV8yUcffMh/+y//9R+ucSoCKSnKColiEMWoSKCcQLcBtTs6mbBcNSTpgMF4iyTNcbIzgpYi2Ap2UWrr7tjThRZ1fcT6WtpExglAqq5HeGmz4D9DjfOf9FYUeLyzXerUZztPX8BMSSCcRGUZ1+7d5vj0kGW5xC1NkOLig6O0MxRnJzz/yY+5+uab9HavAQqpNUIpWu85O5/w+NFjPv74YyYX5ySZ5sZrN+jnA46fHWLaEMZeli3nkzleRGTDmNnFOY+ePqGsG1ZFwXI+Yb6Y0ViBlynl+YTv/f2PeOdLEVf2r6NVFMLeZYd2dNykYEEXlDYOWP9hO6K8VLI7R92Vs1GseiId0e/lvPOlt+hlPZxz/OQnPwmmgi6MjaWgkzC3mKbGNE0IKPcOZ1+NuvL1YcbBD/8OdecG+3duE6UZxelDzp4+ofn4x+RFSWtrMA3CG7wPz9e4EE2kEkiMoi0aTs8P2BvvkfTg+q2rXLuxQ1XXjMYpSeuRRoVhVGtYx6y1bUvbNESRRGlohaNVkjOjOTld8Tcvjng4XVDKhP3RgDzPiKKIJItRqWZVVTz9/t/z13/557x49hRTl7Rtw3JR0tYGHcckccxituT5wXPOzs9AQpRoPAaPxlvPYnnBxx98nx/98HtMJif085ibN2+iowTrPHlvwHhrm70rtxiM4w6BCM2c7RS8r2J55jxVCW9fucq1t+8zWc6ZPz9ANZbEBwsK6RxRvWLx8AHLnTE33n6Hnwxz3NkCK8J7R1pHfivj29/6Nh/82Y/44Ac/YDI/Ix/n7OzsUK9qJpMLnG2D5c5cUP2/BvCtmq3fmDLQ38DPNF/KKnpvnXL/+IjFdIEhZqBS7g8ecSAFTWsDMiHX49U1QhFujgqB6MarQlgs3QhbrUnPHQW/Q7fX/JSQf+kZj3r0ewlRpCiLksY4jG9QTuBd1BVUiZcRRAk6fh8lFKY9fUVnKGQUWC3p7WxzVStsY1BOMTk8wpY1xq1V16CFpylnrM6eUR4/ZJQ69jMNowjRwqxcsKUi5u2K08WSyVySRinKx7S2ZtUssR5M3fD88RMiL6jL4PvYmhovIdUpeZJi6hopHN7UjJXn9t42X7uxx52tlJ04QuCDSMtajHMIt06F6NoY52maFl22pNZRVyW0Ff/i27/Fr//u73PvzbdxwlG2JR988EP++P/3h5ydnbFcFsFbEMVoNGJvb49vf/vb7OzssLe9w9UrV0mzjDfeeJ1/9p1v8+GHH3J8esZiuXxl5whAKo2Ow5TA27D5CO+4Nbkp8OtcK0Hr9e6Dl7sd7wOa2VQBoXPOdn6iqrtx25eQr3XzFIQ/wq5pBIEnZa3BrrlgItzkw4znpxGXT9+uXx4h/6J0N9WJ74LA7yXBxs/4TZ8wJn5FzZ0QEVrB6DPWuMnOmKs3bsJgBykvgR+nJMWi5PjZMT/46+//ozXOIUj7A2hrJqspi2qJUIqqqplOTjg6PuL8pRpXtJbGeeJIhWySdWQkl8BPsBT2+G6D6b1C4Tu61RrNFQjWvPx1l90JlP6xGtfdN6VwCNdC22CaFus9vv1sPcLnbuoCaOiwSjK+ssfdt+4zP7tgWrwIo0csujMWxhhODw+YnB6z+/r9EN8US5y3zKYzDg6ecXh8wHy1oDfo8fb9N7lx5wZPHj9htVjQ1i1CCqbTJX/6p99llA94/bVbOGeoipbFqmQym2PbFhn3UU5yPlnyww9+yJ/82ff4znfO+O1vf4dbN7sUiTXBsZM7CyGQ+jL/09tut+VDk7fhTrw0H1+fM601V65c4c6d17i2fyVky6lgrVE3waPOuYDQeRdUvW3bYjqeRmvaf/A4//eufr3EHDzm+dlTiqPH5FeuUF9cIC/OGZcliSlpqaFTDvlwd+6OhaDXl+zrjCZ3tIVj2rbcu3+D6zd2KRZTVFWxJVaM/DNubi3IVbmBlJu6RjhDHHfHwTrmbc1Z2fDxoubHJ1M+Pp9xUTdkW32SXgIa5qsFF6sZZduwWC44Pz3n6OCQ1bIAH9IjGtNwdHhMkqUYa7DOslwumE2n2NYiPZ2qWDCdL/jBD7/P3/z5f+Xw6SOENOztjRA0SKnQcUKa9lgszmmN47pMSeKEy1gW0TUkX/y6CgyA63FEcesaV89vs5xNaScGXBhxaikQ3lPOppw+esi199/nw+EQcXqMNwbhHKNBwv/ye19j8aLlxcELmqZm78ouN+/ewDt4Nn1KW7c471gsCqYXL/jmmws++GGfQb/gn712jlyuiOZzzIMFRVtjvKI2lpOHT9ke7fKbX32P7z54wOr8DOcJ9AV5yScSPuwqw8hgzQURXZJIULm/JMfb3F+893zPfo+9nR2+9evfYjgYUhQFP/zBD0JDYiwiCo2IVpIoikmSXaLoy0RbbyOFx88WwP/zCz8/zodpQyM8IlGkowH7d25hypamaamOz7Gm7epgsE+IJYxSR2QLpBXk0rPTSyjrHL+wlEXNyJbMmjnWeBatxxhF7WpWTYGxDm8diU7QQtG2BkFoFKIoJZGSum4QEvI0YuAluzLl7b0Br+31GWYgnWe5rPACFC6MuqztMjQvucPOOEwrsF5QNBWv37+PH+0QZxlRHHHt2j7Gtvz1X/8Vf/onf8p0OqcsK+rGIBBkWcpoPGY2m7K3u8P1aze59/o93nrzLbbGW9y+c5tvffPX+Iu//C7L5erncsa+kCWDqa+OLG2nvL4s0R1mZT2mNejYorS+HEh2KJw1ltaY7gbtO7VqiKAxtt30Pc46WmOInUfJS2VjSLPprHe6G4RzHm/DRCZJEqIo/gzCq5fRw090kZ/8npfRt24TmqRJ8EF1nqYJqvCNCH39mC9x/3j58V/F8h1TKY7Y+ww17uDRQ66//z69qzcCl05rvJRUTcPx8TFPnjz5TDXuydMXXEwWbI/7tK7g9PyM+XIVBDzFguZTNe5i3vDVr7W8/vp9er0+UoBXL5/LgPgGXqR/idPrsSZsJi4R4PXH5UGIo5idf6TG4YNiu20b6rrq8q8D8GPdL6mpA2i8o5EeHcfs3b7J7ZNzirM5dr7YeLFJB4kX1IsVi+NzTFUTDQSttJSrJafHLzg+fkHrWoY7I97bf5+v/fr7nF+c8tcnxzR1FXYgWtHUjr/73k84Pjzlyv42vV5GmmboOEZFCXGkcM4ymS05PDzj0ZPnVJXhbLLk7GLG7/+L3+ONN94gT7NLP7qO1LqehVvrMVisDzw65z2udUitSJOEOEo2uy8IuyOtI4aDITs7e9y8mVHXNQ8efMSyqkhiTWs6Iq8nEHBfauqa+tVYMtzIJHuRQHmHPXjB6uyAREtyb1G+xfmWSEX085g0qSmWNWarJoshMUfYZsTt0W1eVIKP/vaIvVHM9RtbrE4LnCvx8zlRccxOPqevV0hrsM5jjMM7SxRFIDyr1jKvWz4+OuODZxf85LzkaLnkomlIhyN2dq8wGIw4Oj/lJ48ehovHtdRVTVN35oxBpdJZdAhaa/B1ifchCH1rvMX2eEzkHFQl0lYsL4740fe+y1//2X/h+dNHeGvI8yjs5GkZDnskcUpZ15yfragaiSMjTVL6/T5SaKT67GHKv+hKgdR7hJLMdre5+ebrTE7POFpW2LrBCQfCB68y65ifn6FPT0LCgIeoBR2lvP3W1xHFl1jMnmGF4+r1q9x/73XyQcr3/u77FKtFQJulZDZd8ed//l1+7esN//PbN0nrCPFcBI5q0+CsAplRVIbDo3M++PEDmsbx1a99g9/41/+KZ3/6p3z0+GFAMTo+T/CPA7qoIiEIzZzq0kMA0bmlOx84gKKbHXkPy79Y8uZX73H71l0WyxXz+YJvfOObzOdTyjpE2VkXbrJxnJIk/3ei1yX6d1okjvFHEv6/r+AECYEFrPC0SHQc0dvZ5sprjlXTclEb7PQC4wJqpiRcuzbm3df3GSVhsuC9R8cR270c0ZSIuoGeIrIpRe2ZrCqmbQm2wRrLsq6RQmIQWCSx0kRKoUWKlhGKljjLGO/1ubU7ZrQquWENr2+lbI0TaltyMZ3RGEeW53gpMV3DLboaZ0moGyiWFmLNxHhOreHBxQG3R3vcvnWHe7fv8N2/+AuOTo74g//jD/joo0fUVed839kHKCW5uJhSlCtGwxHjrS1u/+Q2JycnvP/e+2xvbfPul95lf3+Pw+MjzCuxBvIbzFd0ST/OWkzbbvqVl1sh5wKVJiSUyM1ozVrbGXUHLEZrTRRHSCmo6/oTnLogMqnBhw292Exw1s0SBBX4pdksvqZtDXnmiOMkCOT4dD8lPtmr+cvX1r3Ul37XJ9elsEt3ljXh/wW+1maOuxm3fjo+7FWNYV1HwzJK0vuMNW52esJV04CANgLTVlxcnHF4+JyL2flnqnH/7U++S1M2vHbnJmkSERpzT/UP1LjHT474nd/5Xd5/7/1gkSVVSLnwQc0sJKD05hzb7p5u1+9BH5o6KdaRjpfjeKUUW1vb3L51l6tXrtLUNWmS/lSNMzY4cNR1/Ungp/lswM/nT5SQCi/ACE8jIR70uX7vNaYvTjn86AHWGTwyqMOEoqkti5ML6tmKbNfjlMSamvnFKdOLM5SKuX7zOrfu3uD6rX0eP3oQQqV1gC+NA+cNRdnw/OCE49OzIPdVaxWqZG30WDWGqmqpjQMv+ejhI8qqpqlb/tW//J955523iZMIpUJc13o+HvgKDmzozKXWeATWOrRO6A9G5PkApSLatgVvUSrE9azzYgeDIV/+8leQWvHixXNaYxgbtyGGr3dJ1gY+VPMZT9gvfH7qJSpSxCIi1qCtxfsa1/H5cB7nFZGKSJOc6fyCqqjIBoJhvuB09ROK5RnO9qjrhNmFp+cV7rylrU+ImiW7ccl2UqF9gXcC12VYah3hvKOsakrnmRnP4XTB08mcs8azMhaUJktzdrZ2iOOYw4+PODk/DUpnG7Z4gad1GUGlpWDQTzHekSTh4ol1yluv3+DOjW2kX1IsSkxbMz18yPmLB0hTsrM93JjyNnWNRJClKXVrWSwXGAtxVneBzzXeZTilQWoWxash4p8C3+mQlDuRot3f49Ybr1Oez1keHuNCHd6oK5tVzfXTCQdJwjMHykveHXyJr9z+Ms/PD/A49q5e4bW37vLml+7x8cc/YT6d4Iwl6tz1jfE8eXLE7GIWmto0Io5jpA7pLXGksc4xXxScd1Y3poXpsubry4Lf/sY38TgePHnccZhcN5pa7/o9SgsQGi11xxPxREpiXENVF1RVgbEGrTocxfnO80zz0ceP+P4Pf8Rv/do3uHrtOnVr8AKyzHaF1aNuOvR3HG96w5dx2OsN/9srOD9SiuDT19FjvFDoPKO/t8N4uSRaFkxsiStbnLaMhwnf+Np9ruwNkbgOMXJoIehFihJDLltu9mO29RDnI86rmrPFgmnZcF60nC4WNN1OPxIC7SxaQBZBqlpu3L3N1mt36W2n+MWc3Buuq4S9cUaUC5bzkkVr6WcZKtH4KITOGxmB7rHKb1A1Ey4qz0lloCwpDw74+4s5Jh/xG9dvoTz8+//3/8Z/+A//H84nF3z88DGrogp16yW9gO2iEQ8Ojrm4mNE7O2Y6nVAWK6qy4mtf+xq7eztcubJP/JMYU76C62hNdus6JKlVaOycw3+Kq7zhP5mAwEjVpcZ0inLbOZZrpRBRRBxHwRjWuU93XyHasChRLxlvh18iN4DamldnO7GE9WuvxYDaKaUu27NP92meYPy8abbWDLkuVeFnWaMQhn9ChA0VaUrT1J9s5F76BR5+zte+wCUFBk8jPDJSDD9DjVueTmhWJb1tgRWOolpycXbE2dnRK69x82VBsSr5+te/wd7ODlKpru6Iy4xeIbDGgzcYZ7qeQdBah5YxaZKTpjm6E3SCDz1CV+OyNGN//wrOOT748QebGte0QWApESF1x5iA1PHZgZ/PL5TAb0zxrACpIwa7O9y49xoXZ2fY8ynWheZICYEynrPnxyxPLti/fQvpBKfTKYuTQ5aTY3QyYDQecu3aVSIpiaOUq1euUq1qlssKCBeEB2rjAknaenxnT2HsJTnVE9Ikurc5xjpeHBzwp3/+p/R7PfI8497rrxNFukMOwncaH6KOAhFbIlABrYk0g8GILOtvMmM3x0B03kDdrsx72LtyjXcIF/+zZ08oqxDZFAiTlxFK1jla82qQutliwWpWIom5uj1kb6DxvqU1NVVbY1qHcGFMlmYR7cRRFA0qAuEbepTYdsbA9dFkUB4xf7yijWpSuWI8kFwbOAaqRnsb+E6b5Awoq5qqbail5ryoObhYclG3lE7hhGLYG3D9ynXef/c9lssF3zMGIQjybtvtkLriowQoIRj2e3zjG+8xGOZsjYcdiVRw49p1BmlFuXqObQ1SaoaDlK995X3uvf4as8Wc2fSc6eSC1XJOWVQcvDgg6w1I4oRUaNJE4V1DXS5J05xIJSAl7SuKCWu8ZyAE7RoJyjP2b99kcTzh4XyBq8KNVHiIhcA0lvboHPXP/zntj3+EqRzx6zFNPGMxPUfJhKs3rnDn3m2Go4wf/bAm1hFpEiOE73yRWqw3XMyWzFfFpmCFmJ51xFG4llobPhdIDk9O+Yu//C5tY/jOb/4mUkh+8vGDbmMSbpaBMeTBfdKn0HmHl1BVK1bLGVW1wnuLVMHlrZsKhnMOzOcz/uj//C/8y9/7F4yGfVbFil5/TZO4BbFCJ5Z/1niUs8zbV7MpEnQIvgfhQ1GWkURnGaPdLYbuHlJ75mcH7PU8929uc/PGlWA87CzSe5QHrCMWkOWabREDApfECJVwR22xLEccz2qezgtSCd4FcZW3FiEVO8M+V8dDdkY51157g/T2bZ6cveBitUBLT397gOorBBbjFT5KUFmMEYIsyymHV5n7Aa3PyQtoCstBbXneOk5Pzjh+dsJxZfjmr9/j4OkL/upP/4I//ZM/4ejkhNZaqtZuaims0a+1ZyCURRPG0XVBXbW0dQhNz9KE9957n/39vY033is6UZdNEMGfU3fWSbiXx7Dd5L/bjOA7c2DvcC5ssAXrMW7woKP1m2napxs7121mPj1N9d0fn26TrLVU3TUNkCbpJid5/TLWP78h57M2ve+4g2JNe+gUlt1ocH3/Wj+CFII4ioDOI9S5n+Gy4Dd/vrKeDoGTIYXjs9a4+dE51cWc8Q2HlhHzumR5cfpLrXFCSH79177FeHuMUiqoUmWn/EeAdF3qi0ToKJwXB2nao9cfkaa9MM2zLeA2dcTb8J7Js5z7b76NF4KPP37AqlhRN+s8WTaj9mCJY2k+Y437ApC6zpjPEyJHpCDu99i9e5vtwyPO5wWmbfEiZBhGeIqzM6ZPHxG9+xrCF5x99COe/vBvWSxKjO5xZ/A2xXJOPB7x7tvv4iycns0pqlNk2wYbh+4NKLxgzUnskjwCMVQEEvclFwFUN0I7PDrgr/76L9ne3qXXH3D7zg2kkIETIUVnmhqy/IJjtUcJRZr2SdN+kEWb+tK7zHUWKD7kuFVVTVk1JFmfnZ193nzrHVZFiXUhDiSJQnjxZSqFf2W7pLlpKYqag/Njri23eOf6NnnsGSQKHfXwtqJuVhgJcSqRGsqypdeLse0K2yxIRE4vKZFxghARi6ZmGEeMBxHjTJJrg/QGKSJCjkQYLxdNTWMajJCU1nE8WXI4WdL4gLhKGTHqDbl55Tpvv/EWT188C6NtITFCIrRfW8shAS0gjRXXr+zwu9/5TV5//Q55GtFWJQJPv5czGPRw1lI0NVp4tnZ3uH5lj9pYJrMJs+kEb1uapuLhxx/z4uiARGvywYAk6SF0RlmsODx4DkKxs58jvAo3gFewWu/5ayl4v0OC0JpsPGb/7m2ODw6pD49prSXx602RYHp4yjdPzvhgNMSrCPXu65w/esD89AiiHvs3bpCnCVpI9nb2uHnzNqtlTdXMudydQ9sh0XjABmsG4wLyEm5IwSAUOkK4gOl8xg8/+AE7W2Ne/87v8nw6YXJ4TBBMhAdWnelqUG65oBa3nrauWa7mtG3VeTQGI1a/IXWH943q5ehIs5zN+C//13/jO9/+bbI0pm4cuv9NlMnxB5r2heev9+CbLgRjv4olJCgnCVr4tcWBBC2QiSLa2+VmGtOeD7g7llwZxWgFpmnCGMYLtAdvHBIYDFKyLKItGxrfgHKoCPot+ESydW3A1aSlFTZEoXlBFsds5TE7g5xeEmPbkounjyjmF4iqRmQZRSKZ2oa+k+A1/eE2KkuwcZ/F3j3m0YCHjw6pJ6dc7WWUixWPFg0fTQuOW8vCeHSa8eTxU549fs7h4QGzxTzkdfuQDbPpnDry+HqyEZJ3QqpC2xgWfomWmgcPPmZ7a5urV6+yvb2Fjl5hUwdrMWJ4H0qFinTgMPufRuussThj0VGou85arDFBsCZEyBIVomvqFVpFHTeu41Z96vH8S/eZf6yUWxfywGXnPZaIOBiI8xK3/mUOnCBsbgOHoQMa1n6rL3WTft2cXdqYrH02vYe2bTf3mssmdN0Nf2LI+4WukJBwiXZ/1ho3Pzzm1v17CAmrowPOnz36pde44WDIV776ZcbjIUEwEc5B4E++BPw4iVSCKEno94ZEURqum47bKboTsq5xdV1jjKU/HHL3tddpreOjD39M3TS0bUuQnLHxgXS/QI37/FdZR4YOO9Lgwq9iRb61xe6dW1TPjzGTC5w3weFaOHw9Z/biAf7sTWQicYdPsGfHtEVDoUsmZ6cMh33yLOPundcYDLaYLit+/KMfcX5yzHyx2Dg4S78uLh1R26+/sskRYL3/kUrS7+V4U/P02VN+8IMfcu3aVUajPsNhf5MPGkaoYS7uVbAAMCZIpI31LOZzpBT0er2ND5EUQQpvjKFYFRwdHmMd9Pp9trf3eOONN7k4P+lgeNWd8Mtm7lUlFhwuW2TUJ76+TZWl/M3hIePI89p4xO3xDmkcQVuxbAqETogTTd1aIp0zyDLc9ILp8hzdJvSHfbJexpWRJs8y8iQikg7pDM46Gq+obUvbGIrVkroq8RKIE0rruVhUrJykReOdJdYRvTRnZ7wDSBarIpjgorHShfPhwocgqCO1lmxvD7l5/Qp3b1ylLpY4KcnzjLyXIgUsl0uEM2Rxj+3xNlGkWZYl0+kE2xiu7O2TpjGDXp9evxeI0d6C8EwXM46OT2kaz/377/Bb/2xMrz8OfLBXsPrOsxBygwQhBHGvx/aN6+zevcPRbIVbLjbvZCUc1fQMzg6x3/xXJGcveOf4Cd/78fdZLmtMPGA4HrCYT0iTPd59+z20zpgtKur2CVWxwjlDB4Juig1048U1x2bzfhSbr2utibRiPp/yd3//d/zOeIdff+sd/vh8QtPtbIVzwaqOAOE4azd+jnW5xJqKrDMgr+v6EuWGzabo5le/xvb8+9i/KJnPJ/zZn/0Z//bf/lu88Ojf2kb+gYQMfA5zIV7Zhmi9IimJ6PJeCdYJXni89KhIsH91i8GeZkeuSESD8CGcu2kMWkhiI9BCBu8yJcm1p3GSlfW0eHxb4dqK69s5Ok/YGUXB5sC74NHlLNJZctmirKNYljSNJUUSJT1cnnBkahrb0lYeq3v4wQ5PS03px4zy2xQG0nFEmpScX5zw4ZNDPjqe8WzRUIR9MXJV8tHHDxHe07QGi1/rmLsmIlhQhLdHIOVLIdBab9JD8BbTWpaLBadS8PDhA14cvEOSxkSvtKlbNyd0jQ9IrVFRhHnJV2y9vLM404KLQAhc02CbOlAIumbLOYdSkjgOwoYgmmk3FJrNY/EJPvw/+jyFCGPZpmlQSqGkJJLR5T3Av/zdHSNLrBG7jq6wvm5fhva6T3xHZwj2NWIT5XZprO87D7RfzhIi5J3/ojVu9uwhav4GlIKLn/w9R7+CGre1tct4a4ssv08c63D8pOwUxQI6k+QuYJwk66N0SllWACRJEs5H1zRvgJ+yZjZfoqKUXm/I3bv3WK1WNGtaihYvHb9frMZ97qvMGEsiIyIvOsWhxEuJSmOGV/a4dusGx+WctiyDCSmeWFja+Smro48ZDRKu554722Ocn9Pvjbg4OQm2FjoOOZxRwpe/9k2MaajLGbP5DO+DYe96jLnenQjvLzc6a54F4fxZa0iSiKSf0NaG58+f8eFHH3Lj5jXi7DV0pPC2y5jDb5pFYy2rVcVq1RBJTdNYenkPaxcslgtGowFKhggway2L5ZKyMQilaa1Fa0WcpOgopm0NkRQYY4K7e8fVeFVI0AeFY6cf8fbrb/Gl99/l4PlPOPr4RzxezumnGftZSqY1VVlQ24Y01UymNU3j2B4NuK4lkZxQLErK8zlmVbJ9TWDFiqZVGOFxAkDjiZA4GtNinAOt0Eoi4gRaaIzHiaTzFTPEOiJLc3QU8+j5M3744CMWVRVURDZYzISklsuTKLUiy1KcbVktZghjGaT9IHpxgtVqwXK+wgNVWeEsoCNMu+LibMLp6Rn7O/soqdFCh92bsbRthfFQV4bZbMLF+RSc47XX3+LW3finbgpf1Bp1JteqQ4KUkIgooN1bN65RHxyzrAuMqYM1kPDIdkl5+pTovfvUt2/wwY//hhGWeVth0JyfnJDnOb0sZ3dvl7fffpdF2aCU5tmTh9RnNc53I52Xdvuim6WFd383Auiiv9aIQa+fI7HMZjMePHjAl7/z21z7tV/j4C//Cmc713wIj9B56HkpAzqdxkgNeZ5hTIvWCq0DgXlN2rbWcLWs+J3f+A5/ov8L5989p6pWfPiTn/DNX/91Buc5hYpRN1oGY0evcS8NBL/41baGTEmECkYtyga/Pa0ipBcIuyRTCaMYotoEpb8TOKGoTU3d1ngXTGc9AtG6gPhpjUljlHU46UiTMXk/w2OIZUJV1zStBe8xprM1QAfosHVkVtDInDrK6N+8Tpo40tWSBw+eIrzi+ATOmpjt2ztc3X2NgUrYHq948uEH/OTxY37w+AmnsyUrD630nQ+6pe22y91Wc3Mc/NqRr7sWI63Js5wsCxZERVnQtg2NaXHWUjcN8/mMw8MDjo6OAMiy7JWco/Uz3eSorluhrl5II/Gma2Ze+hlnDVgDIoADkoDkrF0K1hGSUiriKO44owFp+TxZ0GszW+cC+b3RTcimVepnbu43+Oj6xr72ViU0rz8NDYZrzxpAsRnvaq3D814jZj+jOX0VywNa/uI1bnX6lOboEUkW0a9nv5Ia99FHH3Hr1k12dsbsX9kLtmbeba4P0XnoCeeoW4uoGpyBoijROsKYEAEWxuFyU+NWRYE/PsU6GI5GJEnG9Ru3uDjrgB/rAxfTdrF0v8AZ+txN3fLinN3xKMR+OYG3gfdkFKR5wrX7r1EuzpkflDhfo6VnvN3nztU+ORWqrtjPFDe3BtTO4nZ2mD0/5sXz50Q6pSgqiGOIUvb298j7vWAKKDpYtYN22cRtiE1JenkbE5o+ixDQ7/dxGVS25vjkmOdPn3L16h7D0Qi7LgxCIp0EFFIFM9rlfEVdN+DB2sCPWxYr0jxDaQ0Ijo6PmczmaBVx7fpNxltbeA9lVSC8oad3P+FrY70PegD7ai6poi4Y6gxXLimXC0ZXrnN48oyVq1nFilYrdG+MdoqytWR9xaKqmDcFA5PRz3pcu5KwTJdcTGasViXN82OkFmjdhQ5HEXHSI8775GlQXkmtUN4TxREkCb5pqeoW4yWtA+sMcRKRDTJknvD09IiPnj3haDKhqlsi70Fdvo3XYR9SSuIkoa1bZpMJ1/auMBxuBfFD09I2IIhJowhjDfPpguFQ0tRBGh7GGAKlIsqypiwrqqZkVS5Ba0ajbV67c5PxoE+W5ZwcPWN7dxf7iixn3E3PhdYUKBLHRp0okojhzhh19zbP5ue0sxIngmI0SzQpJbo5pKg0j3uS39geY7yi7W/zbDbhySPQUtE2LS5K2Ltyg1t3T5hcHHJ6FgrdOulh7TPnXVCpex/4sd2R7y6jUIy0kvR7PWzrOLs4Z/HiBe/dvsv0g59QTGeddeN61BBMQCWSNE0ZbfcYvCvIYnj0Vwvypse7b/X427+bgA9CieWyYDZbEUUJ3/zqbzCNprjGMRyNqYuSb+aaP/wW7HzZ8C9Ny9g5jOenUgS+qLU4OSIe5lhM2Lg5H5JmlAInUO0KZWqEs5SLGV4HmonSmlhF1I2htgZHGC1FrcWtN75SgzdBsaljsA24lpRAFZFm7WHp8NZircIr0HmKWta0iwK9fZU7b7zDa2/e5fDJYx6ezmhnLbWx6J0bXHvjfVqnaJYLDp485Ac/+B4PDx5zPJ9QWIcRnbirO83upcbnJV3kJ46JFILhYMj+/j6j0QgpBKenp8yXC+yqwBmHdZa6rpnNZjx89Jheb0Avz1/JOVoLqD4pGhDdiD+YEhtnN5xPRGgcAj3AdMHsQRwBDi8VbTd1EYDS4QgordGd/9zneLasYwiBzr7CoLUJo7ZPN3VrIl93Pa0FG54w9vY2INxq87NBJBgyfIMti3Rr8aDtNlpy81w+cWZfEeLdlBWjJCFGIX7BGmdnh6hWc6MnufgV1bhHjx9x6/YN+qMBeS+75JaKrkH3AoejqipmkxXOBjHRcDigLFcsixXb21vhmn6pxqkoYVmUjLbGCClYLGaURUmVarRgE1FnXfAa/Kw17nM3dQd/8zdkX/0STQQREdpKtJA0Apx0JHs7XHv/KzSuQq5OuXtlyFtv3eHmraukscF4SS49t3tQFXDuSq7tjHh+WnF2MsUa2Noako0c/TQhTnKIFKF77Jps55Eu+MpJQh5jQOFF2NUAUaTZv7LH7t4uvV4vHGAhMaZicviC+vQOKkswMvC5lI9RTiO0xGlBP1MM4z5gsRgW1ZJnj5/gnWZruYN1jrIqOL84xRjDcHePYT9hPMhpjO12B8EKwLTrPaPGeYMxLU39ajhBSV3Rj0qWzx7z3x5/jOiljIcZX3rzq1wfDRHC0giHrhrGxrO8OMOPF2SDDN/PMWlMrAX9VYmZzGifPsO0NUJKXMeTFMZhbEFrLbVP2MryME6zEmSOjQZcuDlTIzBCIwWkWY98MGC4u8OV2zeYPn3Csq6Yr1ZgLcp3whPpO8PnYIaMkMgopihrikQRpylKa6rKgojoDXbQcY01DZgaa1vKaomxDeOtMXEck+U9kiTtRiyetg1E/jSO6OUpkVaMhz1A0dYrFrMLrHk1liZJdIWhaUhVGHVZA/+HFnxNOPJEMbp9g9VqxunDBl/NGPRi8jtX+Zv7V5nFFuccj2LFVwYR1xpNOYiZtobZfMHhwSllaUj7OTpL2BoOyXp9hFYhc1GGZlkJEM53cVsySI7W4xkBa5JvmkakWUpvMNgYCs/mE967d4e/v3GN5XLZ0TAcDoNVDu8MwlSUNVgV4Z5GFFKRx2N+87e+xc5Wyo9//B9BBM7I8ckR88WCPO9z1V3n5lu38T74OtZVjd5J2P+K5KbzbHmB8cGmwL6iRJYXf/u3mOv7RKMB2WCET3Kc0lgTBEbaVsjaY2wLRUHhIUoS4gSU1MQyoqCm9RbhRPC89A4lI2B9o/Y4W+FtE5qIOCLSGpXJsPEzDutA6ZgoiWm1oJoWJP0++f41Bv2r7F1/He89u/tXOC/PyJKcw+WURw9+xDAV2NWCi9MjLs6fcXJxxMq0mG7sdDmK627qmzHgJ2/y67Ypz3Ju3rzJrVu3GAwGNHVNU9eUVRV4Uz6k9TTOM18U/PCHP2YwGJEmr6aps22LjKJPcNGgewt37gXKOWzbgg9iAa01UaSCDbAPN38tBD6ECeG82Gy8vacDEkQ3kQnpQT91cD5DT7Ru6Dbh7F2zZY3B/xRSJz7x98tfCjy+ddYoXVPbod3dZmDjrenXRrlhBBgaWnHZsr9a9gIXjx/Rf+02TnW0JgNKC7xwyJ9R40a9mFt3rnLv/lWGsUU6xzhW3BxE1I2m+BXUuOPnz7h38zr9JMYJgRUSiUZZiZAar1OyBJRtMabFY2naJbP5nHZtLYT4qRpnXUvTVpsaJ4WjqRNqHXwGnQ8ekr9IjfvcTd1Hf/N3JLFkeO82sqdQKLySRMQIgoz3xq2rDPy7yOUxb1wfs787IE50OOgmcBT6/R7bZc1stiRrIyJTcH5eo1KJTgSelhjJ1d0rHBwecDa5QMlgbxELhcVTuzYoWeiMgTvUTXrPaDDk9bv3yLOMNE0QUpIlOaMkZTWdcvzsEb1MkG9vIXUW4t6lwnc7IKV11yCGJuD4+JCDoxco0qBykS2r5YpHHz8kjmOG/bAzrcoVBweHTGdzBr2M7f69gCjSceqMxxkfnMdfwbq9tcVOlOKakunFlMzt8M1/9a/52q99iyTSOFtQLqc8/eGPOf7oMTvja+zfvk88yJDDFJFpoigiJ+JG63j4999lMT0Nxz4KHCpTVRSrgsW0xJ0WqC1B2xhqmRDl28Q3bnM4+ZgTEyG1pidhuHON7atXuXnvDYROmJ7NcEULrcN6whjI+Y4XIRDCobVkd3eH3e0tinJFvL+FdZ6yrmmqFiF1MPbE0jYlQjqcr6ibGi80o+1tdnb32RqPWKu2PSCkJE4Tsl5KkgQVlVaKqq6pGsNqMSHKtl/J+bn53Q/4ks4Q2yNEpHnsJScoWqnw0qMHPa6/9RZaNMjFEefXt/iPd69wsT3ESEvkPLVw/FE/5l+vJHG5YDtJWa5azk7P8UKyIz1KGlKtyNIeOo5pXDDyFlIgO08B613Hmros+OvPer0ed+/cZjwek6RJGJ2qiEhJ3PkZvd/4XdRzgS+eAAYpweIQNmxkqrqgsAIWikikfOmtf8nrr99iMSu5fesOSkpWqyVHx4dordnf22Vve0yWxSwWS+qyIIokNxy8YcIzc17hXfCCa5tXc/08/v4PMCd7DK/usvfG6+hdjXMKYw2JsOTSETU12nniKMUaA85T1y1xFAXTZW+JjEMJueHgBnRO4p0MsXoELpexjrZuQ06yVCglSdMMqUPkkdQRi7oA7dl+7Rp7919na2ubNIrZ3t1j9+o1Zs/OyGRDjwl6WRFXMJ9OmBwfcXzyhHk5Z73nvxxW/mxb4DW1ZT2+SuKEvb097t69y907d0iShIuLC46PjhBSdf5cwXVAeMFyVXN+Pmc83uOdd+7y3b/9my/8HJm6Ronuzt2lNWx6LBGu73V2s3AGrRVRpDYCj3Vclu6aOesC8udcQEkFAomk+/Zu5PaLcznXI1Cl1nmiHdpDiDBzzobpUEfYZ/NK+MT3blAlF7JG8SBcUJA7H6KqECBU4LgLKUJMnHc/o2kMjV7Hfngl6/F3v0tPO8T2iCjSKC9RBIuyn1XjXr++xWt3r7C1PURLS+s8iXBc68csVpKDX0GNW56fMT86YNyLEHkGaJwDhQzNuIQ0ycmD1J3WVxyfn3B4+hzhY/K8T9u2n6nGeQfedJy9/44a97mbutXRMYd/9/d4Z9D37hENNMgYkAivEO2C0bDHzfu3iKsB/cigpcO0Teim6aT/SrLd71GXBfWq4LRdcjwveCFbrLmG6W+RJDFv3L5DVa54+uwptm1J44QoSqis4XgyoV6u0C502MHhPsQoKSTSS3ppznAwQElNPxuSYqmWF7z4+AOSdsHe1SuMr99BjnZolMLLCIXCeBNgUGuYXEx49vQpB8+e4azkwYOHJIlmNjnj8eMnTKdTjLG8+eabNE3LZHLOcrVCyW6U4j3G2Q2vzliD+5kl9fOvb/zGb6Os5Ww6pRzkJP0R2ZUr1IMBjVQkMiZWFqsURbmiPrugn2X0t4aMbu6T7g5pE4lNeqS9nHe//T9hvCEUFQPOUZYrXjx7TvXBQ4rDU06WNS6KWUhBrKEnLEtvkAq88SRxQp7lDLe26I+3ODo64dnjpzRlhbeB09PyMpek40oKwdX9HXbHfUy9DBd8W1KXJU1pSaKMtppQlQXWN2zt9nG0QIRQGeNeTj/JkBI+/vgjnr14howkeZyD8vT6weYm0hqtJHEZQWHwzlC+Cn8t4PCjjxllCXtvv0G0f4Us7iFlhCJwtgwtf7Q3oErexBQ7vBhGTHpRGC04i7IO5TxVEvN40OOr5xX5akFSF5zUc0QMUntMm6OF4o1bd5lPp7w4OgDvgrGtDF5K87IMBpcuUCg2qi08eZyxNdpiNBiSZylaR+Rpj55SFPMpvzU8ofp/fIfj/xLRPD1EtRO0s2F3THgcJSRKKvZ3dvn6V3Y5eP4MfMRXv/wthLCcHr/g448e0DQtwsOtm7eZTi44ODhgPl8wHPa4uj0OxdmFEZ814cO9Is5jeTphVZUU0zNEGjOONWm8g7SWgbJsRYqeVcTCowjcu9ZakAKhJY0NUV2x990cz+OMAR2hI4VINKZdb1xkyIuuazyyizKUpElCFEfUxlMah5lXJLHk2q3r3L53j2TYx1lDlg8YjHeQQELFazmodsrk4JyTacHB2TkXiwtqby95qv6nG7qf16wIAi/uypUr3Lxxg/29PQCK1QqtdccbdFhvN8iQ94LRaMT9+/c7NOmLX7ZpMVKgomijIl3zodcvUimJSqIQaSk7Llp4sWzGkEJ0I02HcOE9a73ZdL4+kIeJowjnQgpA92ObZsv9A9xo+RLSt85Hlp1q3DuHaVsEvvNFU13z9rObMNeNh8PPXDaYzrqNyhVEUL5aGxIyXECjtIw3dikb7KN73FexPl3jfNzDvVTjJC1X9wZcS95EFzvsDyMGvRBzF+LWQia7TmK2Bz1W5xWzX0GNO3j0EZls2bqyTzzcxkayA346IZEQWB/q0rJY8vz5s02NW61KlHRMJ9PPVOP856hxn7upixpL8+KQEw3poEfS73dkeAtWoMyCyDl6kSJGEAHOGdq2QVodHPs9aCEYaE2pPFdTwaqRnM0qTo9f8GS+YDm6St7LkLFkZzRmdxwO/t7uHotVwQcfP6AREpXnDKMesY6wxtA2NbPJhDTtsbW1w/bODkkc0VYWrWKsWdGWC+ppRRW1LBcnJE1Jduc+em8PJyXChKtaaEXbOM4vJhw+f8FqPqdpLT/84AFtY0gTTVXVrIqS1WpF2zYIKUizGOMMQgmatsHYFOssjWm7k/Xz9smff11/78tYZ0jKJYPFjNW85CcPPuLHDx+D1+zu9ri22yPZ2ebGW69z+Hc/oJxfQL1C2BLqXVSWce5PMR52bt5G94fIOCUd9kiyPixXiHlMdFujsz7F8TG1a1i4BrlcMjs4YDWfIX3wApRdAezlOVEcdcHZ9abAwiWHLqzwD+c9dRuo3E1TcXJySJJqBBHVosK3UC4LrDGE/7YR2ncIQkmvn5NeuYLWiqJYUDc1vUEfnQh0rIiTjDiKyTqkTukWIoGMh/ztD568kvNjZ0umP/kIiSWJI368n/BV5Rl5j3MC2jlHWY+L3T5146hFg/cG3Ric1jgfOKRWCn6UJvQTw72yYSZqjlYzDl+sqMsVO8Ndsiwl1ZrXb99hezgE5+n3engkJ9MJ9uQYu1yRiIhER+A9pm2pqzKYU8cZw8GIXpah0ORpn8hVNIsJe8cP+RZz/uS3vsT561+i+dP/TDSZIFyJEzZ4DPpAsP/1b3wF11xwenTIqmg5Pp2gBHhnOD45ZTKZsrOzQ1UXQXjlbfCEImyGrAs3qdYE6oJ1ruPCfvErag1+uWRRL7Aff0wbx1xPEzIJQ1+TO4e2HkxQaAsBKEuUaJRW+LYbtRmDtQa1yb91qEghUZ3CNFi8RN3mBRdyqYV3KO1xPsI4S9OUVFVB3B/RGw7Is5RitaAuNcmgR9YfYk2LXR7g6zmrosaTUNWGVVNTNG1IZun8JT591ILNhgzB5P4TVyBSSnq9Hjvb24yGQ9I0Dbyzru9w1mBM4Bqv0a84ikizhGK15Pzs1eTzeuewnXm7EgKh9Mt0aoQPAh4lBUgVUPqfbmU7lWbgPnqxtr+wXRqHQ3UWPEJApAMKC2KTs2qtpe3874IBcIeBbmAw8dL4tTvnHXl+rca13oEKdiydWWjoGl8eK3s2TZ21gStoq3rzOoy1uHVWuYs3z2M9ufKb13/ZwL8kEP3C16drXLyf4FR3XJxAtnPyrMd4t0/SuE5BbjCNQWodBEmEOLZxmtAmhuZXUOMuXjxkaOb4i112bt8jvnqLtjfAywzpFbbj6bXGcHE+4eDZ88sa95ff/aXVuM/d1Cnvoa64eP4UtTdGb2+RJBqcQAtP5EpU6xEofF0iYkGsJG3jqcuKJE6IEPjWEuPR0hK5iluDmLLuEU8rjibnPJ+uSEcD4jxGKs3O9g6v33udd996h6Zu2du7yvUXT/GxJvIRy/mCVbGiWK14+vRJiPGKIuIkxTrDYrlAiYSmuECUM1S/T9YuSecN5sVjCkAKQ7JzDe/yAJHjWa6WnBwdMJ2cszMesbN3hao2PHnynNl0wvb2DmVZYoyhqmqEpCuQhqpYsSoL8ixnnefn6YwQXxH23Rts4yJBHl1lUBc8+ugjZrMptJDIhCpW1ONtstGY7TghSWNoK2IlibOUrJ+T5H3QGUQx05NjXF2SDMeIPCPNYkZ5j9fTjN3bO3zwI8dJvUAtPdmywp0vYGnR8wLRNjhUtxMVJGncWZAswjFr280M4PJwhILpPbTGM50umS0qZA7HpxOiOGN7a5coilgWC6bzi2ByqgTTyYzBeICOBItyznRygVKSXp5xdn7GqlwySIekWQ8VS1pjEaYlTTRJ1iPJB0SFY7pof8rr6otakbXYyZTTjx8Qbw/52mDAMI3wzrNwHmVLrHW0UtFisDJYvETGoI3BqAjroPVQSsFDDF+WLbf6MfNC82K14uzZY+bplP5oQJSGMd7tm7d447XXGd+8RbEsePDjD8iePaa0llwmuNZS1xVVVXJ6ckqa9xgMRgyHI6SUVKua2DqausSXc3xS4xcCTEF65wbs/S7+3/9XzMUJQjVdAff0r+e4a5bTnxwjnGfQy3j69Dnn5xOsaVEyID5N29A0DXEUIXXIjzW2papr8jQLO1hnO1L4q0MZFB7pwVWGsxfHoFNGUcKwnxKbBVRVULdZh9EgIoUL93o8oKUmjuJAU2hbZBTjCXmRdJ53MlrvZxzSh6gxIWXI0XUG6SM8EikbbLuiNQ1ZFAWLpaZhcnJGOoqI+320zsIob3nBOHY0eczTqaVsHbOiDBmTwdfhE69Ta02/3+fatWvUdc3BwQF1/VISAUFI0Msy8ixjHT/Vti1VVdO07aWav1sCgY4U1ho+evAhi9n8lZyjQIly2KbpTGZlxyO7DLEXaysW/5JH2+YYdKawfg3KeSSeqBvHGu+wxuGE68QMgAgoWBRFaK3xzlE3LaLLAZbdG2CdHmGt7RIJZOfY0NFv1s/DB46XCG+Oy8dQCsTaI3D9tLtIM9MZzkhJa4Kt1OY1r4UBn9gaXz6nS3rSS3+/oq7u0zVODQboNPj+CefRtkRbRyQVEQYlw/9vu0mWVhHKQeQhk4IUQ/8XqHG3b95iviz4/hdQ42RX4yrXobTXb6B7Em+75lkKyrrm7OyM05NfTY37AoyDPApBs6p4/vFj0qvXuTUeopHk0pILhyyX1KWjXK1oIkWvn6OlpmoDZ6mnU6QJU+7hOINYUFQtkRsxjnp84Cc8ulhwfjSn1QKpFGcnJxSzBU8fPGRvaw+U4tbuHlfv3qLXGzOZTkOmalPz8MEDnj97RhQpqqpgtpgxn86oy4pycsCWWBBtKXStyBJHXC4oXjymLgu2Xvfo8Q2EVDStZT6bcPjiOaNej/feeYvRzh51p0qp9nfo93tMJudYG7JdEZ6iWLGYzwHBfD5nNBhujIuDssVvoPwveh0fnpBtD9H9nKy/xZe+/k1MUWFWNb61aJlBHbHyNUkckb12B6mCE3yW5SFTN+ohdB+VZIzuzNCxIkoTVJyglA5E3Z6nWlW0J8+IZMPVYUqiJIvJkpOTCe7sgrpYshKaKOmhhKQsSw4PDnj46CFnp6fUVRmgcLEuduu5R9hpGus5PZvy+MkLem/eQrYwmZVkWcOVnV36/RytPca0JGmGihK2d3fwQrB8fsj5xQW9QY+m7XExuaCsKvoMQSqsdVRFhVEC1zZoHdMbZGSZpGibEHv1CpbEI6xhcXbO848/5s7ODr1+sGdJhOWxazB1g2oEWVUiYkmVRFghSMsKoSw1GtkERGHZ0/zYau4linfMgJ6seHSx5PT8mNniAplqpI5YLscMewMO+iOu5X3eunOPnZ0dettjkjhnNplRVgXL5ZJHDz9muVwgtcThWRVLFtM5bd3SLI7JzZRmOOKwXVJisZNj0p0r8L/+Nqv/+H/hVud4H6x9rkVX2LrocWjOuXP7JtP9a3yjN+CDH/2Yi/MLdne3adsaawxVVWGtoa4qmqqkrSoWizn9LA/B2ZsRRZD+v4q1zshwVrCazME+ZcsLxje2kQOFq5Y0bRvUhnEQWMmki6hynkgF2566NZT1CidUJzIKBGilJQodWg5raZ0G5WisxXuBIsGKFGiRosK3IQM5BIsHv8fV5IxmtY1tPZFOkd5DW5MN+lQ1LFvD2bJgWdYB/f1UQ6eU5u7du/ze7/0eX/3qV/nzP/9z/sN/+A/Udf2p71Mbz7aqqiiKgqIsWRVFyKk07WZzup4cKimItKZcFZTVq6EwdN1LMGhtW1AdKte9zOCZuN4shu8VHVK2RhQ3z5nwNUlAMmMk0nlaG0ZhQVUavnM9SlWd8CGOOr5c59/nrNtwKMNI1G1+STCvDV6cOBuaTi83llzCWhwNwmuEBlDdK70cvYLf5LwKKWiaYCeDUvimYWNq79fuD52RtJMdL3D9iN0xfEXr0zVO7eyw+1KNS1yDrBtsIyirEh9L0iRCCUFVVnhlSdC4xqK9J+tpxlYTJQr3GWrcVn/E4AuocdFwRNIuybCoi2MqATQVvZuvI5MxQiiMscznM44OnuNMy93bN9ndv0b6S6xxn7+p67LQvBHMTyecfPSIK3t7DMZ9tDSME03a1kTOg1SY2lCKmryfEylNVZTUrSfqZtN5LIjjiMV0QWwF496QLI3RwvLRZM7xsmDZGFbRjLYomZycksc5vbxHb9Rnen5Kf2sXpGA4HJLnGdf2dnBVQdPUzM6WLFdLbFNzcnqCmZ/Qzz12mUEW/HNEu8KZmunpMdY6dr+UIbIe3lhm01OsaXnnjTe4efUqR5MJJ2fHzOYTXn/tNfI8J0ljmqbBtC1ZljKfznn48CHXr10PEuy2pbVm08y1JsCsr2L97//5D4iyHiqK2d+/yvVb15hfnDObTairCmU12jgSabl6dYdbr11Hx5I8zcmyGhWvUHJOojOUlIxvXEdGCcYamvmUYjnn7PiAF0+fUj78kOHZGb0IriY5mY+YVRFtWZIKhzUNq7Ymi1eMTMt0MuFisWC1WDDo94gktLZlUSwpyjIgdGvIoxO/XEwXPPj4CbdvXmN4bQ9HxHxRoOWE8ajHcHtA2zT0+wPSfECSZixWJZPplOlsyl61S1kXHB0d07oWIYN5pLVhJNY0jtViidQJ1mlk1GPQHxInySs5P91QBlcHJCh7/JTx7g42jXmsLP9XJGiaKpj6ViV5CaKX0SYx1gviosLIGEuQ7k8GKX8SS54uSv4Zfd5L+6RaI47PeVHMmMxbjIfp6Smr6Yz9Bx9TDMZkWU426jMa9EgyyWjUY29vCylgZzzg+bNnCAGL2YTFckG1KigmFzTzY65EDdVYMskErYKm0fTPLFeijJPf+xazP/oraOfoWPOtr3+Ti+NDrl+/waOr9zCZ4EoaEceat958nTiJef7i2cZPCw+r5Yrj42N6Hdm4NS1a6E2Ki/Me84qauhCBqME5ZGOwZkWVHKP7EqkibFshACs6Hyo8SRKjoyiM5ZQgjmMaFbGqGqxQ5HkOQuGROIK9CdZTVJKTZYyQntpqEiXIpERJSxotQQQStbWetg1qK2EtrlzSrFa0jUWI4MnWNg3GK5atY+HgYrGgtmZDFH9ZIjEej/g3/+bf8O/+3b9DCMFHH3102RCsjwMBZXLOsVwumS8WneK/Cr6cVYUxJmQBf6KxE7SmZTDsvzK0e7N8SIoQrUF2jZUQAWkV69fiOjW9A14aj768ZZNCIJQMvDq6kS7QWItxfiMycTY0Zka2HQIX0gVkF+ElZGc6TRC8mC7mybmOcuMcFoe3Br3WeHi6Mb7D23BDVx6EFh36FiKjvLNopYijwK/djIWjYGJs1hZMPrxO3yl518kO4XVf8ipf+usLXz+vxvXSmFRZBpEgaqrAf69KihJ8LyNKYpQXNEWFljEKgVOSwSBFxZLVoiShz/Y/UuOePviY8RdQ4/xYojJBpCBuNMszy2I2wRnH4NZbEKWY1jCbnDGfTbl7/Qb3792jEUFV+8uqcZ9//CqDIabzhnZZc/bwGefjbfbu36KvLLl1xEIFvxidYoTBOk9TBxhSS03dGlwUiobCEyuJSDJ8uSRR8N71HYapJnl8gEJytlqxMpblfEpT1iQ6Jo4SkpOIg8MXDMbbpFmGjjRaK5x11E1FUzc0VUXbtiwXM9rJGX1X0Y9yktaAs9S+wfsK10jMxYzlix7Dm/dIIonykKWK3e0xwlkOnr/g4eFzLibnxLHGmobz88Dpms9mPH/6lBs3rgczzrKirgLXrq5rzicTlsUKCPyVqnk12a9//YMfYBuH94Lt0TZb/SHL+QRjW2QEOovoRTAUgunzPpOPh+RaEOsYISJaB944FAFpufu1bxD3coypqJZzVosZ04tzytWKfWO5lcb08oRcAdqRZoJertjqJwxjzUVZUJYFdVVRVxXJYMCdO7e5deMmi8WMqil5cXTAkydPsXZ9o5Sb8YRWMf3BFkk+5I233iPXinI5Z7KYMV/O0NKiVBhb5P0Rdd2yWhWUdY2KI6bzBUdHhzx68oTR1pCmDQXZuuDX1TQNZVlzcTGjbiBOLdv740BcfgUrWBsonDOsJgtOHzzhxs4ef3l9l49cw1xJaq8wQuKjFG1adGOx2mOURvuWpGlotcYpRS0EjdS0LZy2Je8mCft5yjdiiXpxwpOpYVpVFHXDSWspZguyOCVNUpIs5emTR/S3doiTlF4vbFDKskSYtttNVjR1RVMUlNMLonKKHkZk5Yhxm3LgNM5qVFPz64tD/nrnLao772Ee/R1IRZZG9LKEwe4OvXPPdV7wwekRxjakWbSxZ1guFlycn7O7s8NyvuD5sxfcvH4Dbx2LxYKyrmlt4IcZY1kVrwYFklLhO96b9MFnK3cwQmBMgRYQJ0kYmUadybjS3TivS7jp4oTqxiCVJe8FIrwX0FpF0WqKpeH5WcRMXgs2Q3gyaejJhr4q2O6rIJwx4EyIKJIyAmMQTY2takwTNovB5kXTkFC6movFkmVV0TqL/RSRX0rFjRs3+Z3f+R3u3r3LgwcPOD09pflUPRJdQ1eWJbP5nPjsjKquMSaIiKqqommaLsUgDDxDXqljMZ/T298nfWXmwx2w0KFitjXhHOiAfEnRZffiu43iOiprnZTRGdeLNQgn1hPWDc9OdHGYtTG03TjM+5AR7qTrGsjuo20DxaTjz4U0inDc12iZd13Gp7MI50CJkLbgg7dj6LBsMKEloIJrtb73QbmvlQqcMGs3HMg1Aino1LvOopTaGCqjNGuhxeUY9nJM/CrWz6txW9d36bmGoZIkXqGFREQpxrSYxqK0RyuN8S110xBpjVSKRAhiqYlaUG1JP0nI85TeK65xshzh2xTjNNJqbFOzWhxiZUQ83EFvbSOcw5qSXpZwZXcHiefw8AXHv8Qa97mbOiEIIe5OkBqNP19w9uEDigzGOz28r4NZpwclFFKAsS111ZCkCYnQLHxL5VpSFJGxaKnI44gqj6mMZag89/sp5voNWpcg7RETa6k8tKalaVtUWeKwpMuM3bqhn/U2F26sI5q6ZlUsKVYFTV3SVCU72rE/yrna65GJwJWosVjX0LQ2eFBVBW2xIG4GIDWREixmE44efQxacDqf8+DwBc2qQVoDUmBNg7eei/Nzkjiml+Xcf+M+zjmePXvOfLng4aPHHJ0eY9ruIn9FF9TZ0TQQLGXwvZlOLmjKCiFBK0kSaVZaMNcSURuypkTGUbjpGEdrLMY0KGnQccyP5hNUNiTu9fEqxnpFVaUkUZ9+H1bFKbqssU2FwuOVIYthtx9zZ3fIqjHM6pqyKMmqirjfY3t7C4kgTTXzxZyqDaalVVkjpQ5oZtOipOTOndt85zv/nK985V1ev/8OqZKUqwUXFyfMpieUqwnL6ZyLeUCApQpIXlHXtK3h4eMnPHz4EYdHJxhn2DqfoLTC2Bbhg0LMecF8XlLVsLXbI4pSlHg1TZ2QwWfduxbZGIoXZ5z+6ENSV9MOY4yrsfhgPkngCmpnScoaE2kaqcnamthBI0LxboSAJCauGn6AJcoy9vQVvikjtDrj+fmEubE01jBbTFkKTaQ0WkvSWY/xdE4vy/BCdIq9gDJUdUVVFNR1RblcEjdLtlPFjtZY7zn2nhSD9DW69XyvWtHYC6LbX8ccnmPdCd/NYr4USYpnT9lXgsdnp7w4PKQuKhazlLppMU1NYx1HL16ghSBPM67uXyHSmuPjY54/f8GzgxecTy4wJlw/9hUh3XiPw+CEpZAw1ophlqMjRZQlaDxxkgQ/RYJhaHkxCTefOEbr4KBtPRgnaG2XY4xFe8dp1eP5NGO21EzsNks1YDzSbO0k1NMzTo6eUYmWSDVksg2ZldYhhSaJEpqqRDmPaBt8s6Q2ZSDaq4gamNcNp7M5lXM01nWijMtaE8cRb775Jm+88QZSSs7Pz3ny5Ek33nvpMDhH07bMl0uSyYQ4SRBC0LZtMB6ez6m6aKQgCAjj2jRNqKqaxWL1U43iF7U+oQ/14I3FNg0K3YWoe16WhGwaOec3TZzvbJc3I1gvOjpvgFI0Etm5NWAD6rVB7JzrgD+x4bhJF3zi1ga3QWzqP/HhOiGMFCHp81Lb8RKv2LsudchtXuma1mdMUOYaG5wU1gKK0KSGZxdoPWvD9dBoWmMxhJ+xnSUKvLp70M+rcXuuZjyM0a7ecFdlV+OMs9RljY40sdSUbU3jIBbBADzualxTNUgsN7OMgb6CfoU1LutG2RUG52tM6xHVCju7oF1O0b0MJST9PCKJJAfPnnJwIHj+S65xn7upc97hRIsRnkaGqDC1KEgWc6LMYU0FQuCURmVpAF0kqEijtMRq8HXnSeYsyoJxHqE0SZLgZENbraiXK7Z1zPvXR/RExePJlIu6pdUK6yWth8ZKvIHVfIUp6kB2VZoVnslqzmq1hKZhEEtu5BGvjzKuDXKuDBLSKMjNhQ/NjKkrhGlIXIlYnMA4h2RIWzc8f37Ijz/4AKs9cZZhqpr5ZMGPlyUemM1XKKV5+PQZBycn1HWDNaEolmVJUVWsihVN3XS7o08W2i9yVcaGgB/hmKyWAcJuOxd1LyilJtKCKAo70TTLkP0eOo3oKckQiKnQwrAqKpa+RQ3GTMWQWZPgnKJZzrh/tYeOp7S15fHJBamCcRoTyxhhHKmAnSymH0csXAhEb6yhqmt61hJFEVmSYkxDr5dzZX+PqiypqpbFfIGMFFf3r/Kbv/4bfPu3v83N2zfo9fsIZ8l1TNIfsH/tOuVqzqOHD3jw4Y+Zzj4M7yEvmc7nLBZzTo+POHxxQF1VTKYznj59xun5KXESMRwErp9HhdBto7h2a0iWDxCvqKkLTYPDQkCCyobq6IStnRSnRijfEBEKYx1FQWjiQjKKEwKUREiIvUFYR2VC0korFVWWINoW21as2opbvYxibxdhWw6LkqV1WC9xTgST5sJQNi2+8TRpiiA4tgspWZUrlsslbVUinCGVnqu54taox9VBj1QF+oT0EBtD3NSsTE3blsj3asQHv49YPOZK7Xj25Ckvnj7BSSid42Q2pViUrOYLEIKiLJBScXZxge2QCGMdF5MZRydnLFZLjk9OmM3nYSTx6nQSQFBsi87jK1bQ6yXkwwydtjSrBREaISRVUVFVDW2X6dmkKWkad8evojaO2HsSYUiBVd3j4cWIk3afUiSc2JbtKz1GNwYM+gnew+xowryYMogqpKqxjUEhyNKMWGuqqkAJjzcl1i7xrkVrSRwpVtZxNF8wqUpq5wPCxCedMvqDAW++eZ/d3V3atuXRo0c8f/78p5u6Dt2pqoq6rkMdKwouJhe8eP6Cuq6DcpM1wiUYDPr0+wPOzi5YLFesVsWrOkmfXN7jjcWr4DB32SaJTwU2rAeDbAQL62oMaz3EpeBAeE8kBY4u7sl3reDLaBceYbvHEut4p0v+nvNdnIFfe+MJtBLBZuUTL+Ey9nKtjqVT23rPxs4EESbJaxWsk5Y1agliE2e2RiO9d9Sdvcna5uSVr59T4+xOilIjrG9oAS8VSRQhUWHE3KGkKImX0HiDt47UBLAmkoo0S/Bti28rem3F7VdY47KOu+g8NMbQNDXK1Oi2xK0m+GaIUyl1Wf1Ka9znR+qkQGKRWCopSFXEdtpjJCWuXoBp8V5QSzCiRScxaEmUBsl/0Xga05AKiVISi6D0lkRESCFJpEYnIMeanhSM8eykO+wPFQfTJYcXC85Li9EJvTjDonBChSgP6TGupm1r2maB8A2jTHFvd8j97T43Y0seR/T6Eb1+TBrHKC/RXtEYMM4S+Ro7PaQc5ojthH6Sk8QDDmdLlrZkNBgycIq2dhxPJh350eB9y+LDj1mTeNdlZX0RefeyM92rI6luqM4eirolkiJwRYQAp5Dd7kcJMNMVVV1zMplxfTTkymBApiWZMAwSReUUlbPkSY+DmUYMbrI1HFM8/AFKQdScI1xNLAVtUVE50FmM9J4Ew7ZsGSnPYWeQaayhrhrqokGnIUC7Ni1t2yK8p61r2rrmyu4O7779Jb7929/m137tm1y9egWlBBaHQyBlTKxTZDpA6ozdqy1//4MP+Pu///4m2Hm+WFGsCspiCc6QZwlN2/Li4AChoNfL2R6NQpZlmpMkQ5I8YzTeJYozPsm6+QKX8Ahh8MJSdOq4AYrvWYcp50jbon2IZBN5ho8UPgKTaJxWxMajTUMrgsu59l1esYpodRgDJq6hUIIfDiR3ej12k22enE05mK+YVi0rLzBxjE9zvNDgJXXdhCxMCY1tmK0WVFVJ4j3Xhin3xj3u9iTjLGbU05zkoek0KKwTJI1F2ZaVL2B+iP52jvvDL3OoLugZyYfPjlj5mmF/QGQFbWV5ND+ibQ3LZQkIvv/Bh6EmdPmHgXBuguR/befwas7K5ZLBbkDiiBHkWrK9M6A/6nG2OKApiw3GU5cNrlPxOeuoiwJnKpyXzKaroOSTAikSCtPjw1nOodliFQ2Qw5h713vcfu0KvZ6kuqjwYkTrR1TVE7aSEi0qXG0Z5H2GowG1spRVgTUVdbkiqkraukJi8UpyUbUczZdUXtD68FqEcxviPAJ6eY/9/SsYY3j06BF//Md/zPn5+c9EbdboUlVVPH36NLgLFAWtMZ/6fh/80LTmydPnNE37ylCgl3/n5Z+B6i3XSFd48qxjtNaXsujmq5vx60st3SdwvbU0ltBkJEqg8bQu+Kd1Pdwm+eZyHNx92jW71gfxzLqZi6QgkuExQ4652KB94efdWqYDzoCTIFSH+kFrbFDJShmiqrrmYJ1SAh7fNBthx8v3oVd/Pl5aP6fGjaxDlXOcbQNlQEt8niEihYhAJxqpFY0J+ceRECghMT5wrbUKySveQ+0ahBJcGUjSV1TjenloOjUK5QR1Y7G2pecLmB1ixjmyv0+iItpfYY373E1duG48wlsiFKkUDPopUgXjVC2CmaLvlKhGOCKZBJKpAiV0QPKsCRwR3wXZqsudYhRF5L0EoSUDZ8nSmOFowI2i5mAy4+BszrxsaQwUVUGTjojGQxrbEFkHS8/IpcS9hCujPje3++xHilFkSWPNcNhnkPdIoihk5akuCsZ7XGuoFjPEbErS26csVhydHHJyekZpG+aTBakTGCSFaTdciTCauCQGr528f6kXE3C5Dwv7UecvvZEgjGB1nGC8pTUeW1jm5ZTzacnxqGJ70GeoJD1tSJMIGcfkMmcwHnPt/n0GeUbiTsn1HGaB/DvMcyofUjKatkFIRx4LthPFjUHK4WpJMz0nyXO2t64xyEakSYxqJfNiCYA1nkRnXL11nXffeZff/I3f5Mvvf5ntnS2UFJsouGBWIHBOooRA6RypU84vLnj87Glo6E0QQHhrSWLFsJ/T66V46WlMS1PWZGmMlII4zUmyATv7N7lx4w3G21c4m8xYFdXPOLpfwArOoxsvrVgp2jxnJgWRKYPqSShU41HSYX2MTaPAsVOBlK26/FOvw6gpch4vgw2ClYIiS1jlPf5YCkbe8vVexP2tHtfmK56fTjmcrCiNp3WGxrYYBTJOECJYbETGMBCOYarZ72Xc3R1yqxezE1nyJOK0n/OHvSwgiUJihcL5jgdpGpL5OdHWGHtzROFBVRXHFxMWTcF0tiTvcocXTR2MNrtszbppLu/F3fplXz+BwxQipBJgZ9RnZ2cYogLnCyIV6hVe0M97SAKHyJpgV+CMpalrTF0gcSidULqcszLlsE5ZpRI1Fly7tUWaxVTLil7aYzZvmc4d88KiTYOxLauqxHnH1vaQqJdT2RZXVlQXM9Sgj6oKympFaxsqZziZN0xWBa0XoDXDfp/VakHT1F00mCeOI14cvOAP/uAP+O53v8sf/dEfsVwuf86xCJzTi4uLoHTtjKU/fU4CkuQ4Pjl/1acnrE/tty65bJfvF9E9Mf/S93xirV/DRnnPRnzgu7xooUKz2PXHSCdDqoMNHxswZf17ut+xfh6ya6SVFERKooUI8VVC/FRD9+nlnQNnu9SM8HimS4mQnS/ez+LFOX/ZkP7K1s+ocaM8D5t/U6KcQwmFbTxWuhDRmUaBY6ckTobjrDvBiPcBdRZdjVNSkGcJvbwHUjD2ln4vYusLrHH9fk6/lwUkUchAJXupxtXzc9rpGBWNwIfIr19Vjfv841etcLVFS0liPYn09AcJ/XEfUoWoGyIdU5sWiyeOInTc5R46FzL4dIxwFc6YkMdpQ1ZqpCXGeEwb5v7KBu+gvnA4DUlPs53tcGdrSNVaUJqyNZTZNntfepeHxy8w8xXu+Sl6OmWQSsb9hGEMfaFIo2AymcUJWkXINVytCVwYPKapiExNu5ijVivOz095+vxZ8AVynsq2WCewsNk1AZvGbv35L/tmdLnWKjfoNm8bE0MBpHHM9t4Oy9WS2eQc6wS1gNo0zOsJ46LlymhIP45IjWM7ykmtZrS9y872FkoZbt69yrB0JKXGNxrfWLI0RXWKOS0ETgbux7Wh4Pqy5aItMPNT6n6G6ccoPSKTnu2sR90fEhOzNdrm/hv3+fKX3+P+G28wGg1CPE/XOK9HGEFE4QJ3Uwh2d/f50le+zun5KcdHLwCDd8HqRApPmsVESQRSEMURqY/p9frEUUye5Vy5dpN7b7zHaOcGKk45f35MUdY/+/B+zuWE6OJmIMaRSs+iF3PaS7AZOGNplSZyNuTshkEQ0lmklRipMVoj2hbhwuhFGYvQGqsE2hDI1BE4DedI/iyPOZR9vpOn7G8NmS8qVlWLcbBqWup8i97Nm5wuJoiyxp9OEYs5vViwM8jYyYMow0SeQ634z3mPWZJhlEI6hxcC0yW6qKaBqkT7Beb3C752fMp/fvaUxXJJZVqqomHlBFYIWu823KOX1+Z+++kb8S9jJTGuacFKEu0Yb/WIEsVqNUci0EqTJClplJLFCd6F3bXpbr5tU6OEI9FQNwKP4qKWPJm3TBXITKGkYTmZ8tEPpyDg9hv7KJVytrxgXk3ZlQbTNLRFQT/X5IM8CHsqy/LogvnxBdH+DkVZhrFoa5g2LaezilXjsF7TzwekvZSi2zSFmaHgYnLB//6f/hP/0TlOTk6YzWabkd3Law06GWtoP1eg/Re/Xn63rKud6LhSG0Wp+IdvlqJTlv58WOSScbdW9Qp5yceK1GVD5Tx4KRFah8mM852ZtEUSGjglgwl7p2vYCCo2jSBr7l8HEnRqWYTHrTl03dTnVfo0fhHrZ9W4vBeT9hJUBtJYIqVpnSWkeflO6GFxVqKlDl6AbRvG0AReoNcapYJ4CO/REUgNQyQyj0lkn6085frWkIv/jho3Voo88mit6Oc9siRDqzBREkKglQpima7GmcWCqF8wOT/lya+wxn3upi4djTBnFwGWxrEz6nPt+h6DcY9pVWBtQ5KlJFGC8Y44ToiSNKh0PAilyLMMY1rapkbHlyHLOlbEVmN8gzENpjFEWhLpiJ5W+LYhwhNHHqsEWZ4goz5FugWxYLmds2grojziWrTNOBUkmSRSFk3o/uuqi6Zax3cZg45C3qkXYJuG3BnK1QI3mzK9uODs4jyYh3aScINkjYm9zFH41TVyP2+JT3zqcTSmZDI9o26aMPoEGilolaJ2jtVszrQOiF2uNXqwS24kQ53SixOOjg5YnB2QJiXSQxYnCGVD2DmBnIuS6FSDBCtqFo3htKooEkviF4jlIcYWJNmAG9sjtrdGOBVz+9Zt7t+/z40bN8izFI8LwdfBqAtJiGZB2A052HuLVIIvf/nrtMbxV3/5Z5wdP8K2JVorpAIVSVQc+DYOQawSpE5oSUh6u1y/eZ/dvZtIlWJcRwJ9RUvmOW65RAlBiifPYp7vjphvD4jxiLqmTWK8syjvaZKUNktY270YpanjFGksyhhMF0WF9xgdrBR00xLbCi8cRgsqJE+l599LxzuZ4jWd8ZpL+V6SEgnJtcEei9t3eX92xvL0HJRg1E8ZJfBhJnmi4cdCUgmIrKHoeEc4UMZitcZEipsCnjQ1M9sSrxao/oxmcs7x6UlANjqqSNNxfS6HQ91bVHwyX/NXcT0NdvcQsznWGCLtGI76EHmaRU0WxUSxJs1y8jjteFSB+mEx3a1JoJUk0gopPI2FovYUMmNr/w42GTFfLHl+eoxUKXvXxvTGMUW5pGxOieSKnBWmLlHCsz0e4QijI7+smR+esVoUDKxH1pa2haWFiXFMVjWtEVgrcHVD2dQ0TYMXl/FI08kF89k0qEZ/RjP36fVPraIBwcbFr/lrQTGvdEB5Ql0OXZ24/IFOJbpG0i7HsJ9+gZfiBT7xdUHwX2PdN6pwPYruukQq0DqgadaCCdYoUrykqn3psTe/6/LuHvo7R7dplaHuSdelDZh/kufiZ61P17hhFrO7O2K4PaDB4+uaKIkRzmK9J05Soq7GifXGKU5xJowk9Us1TmuFVRLTtDS2ImSEC1IkTvowJcoUY51hXEqUpFghaQZ7JLfv8uRn1Lg8k2QaEiE7YadBv1TjrLEordFRiHKzTU1sA7/WLWZcXPxqa9znbupu3n+L0+aHFBcNUezY3u4zGGTUtmYymyHqCh1p0ixDOFgtl0RtS9bLUSr8+jRJWa4KymaJimKcCPwDpRRJFgfCqfOYFqqmJUKRxBprI+qmxZoGZwxC+WD+WXkOL85YRpJiUbDlGna3huynEpkKqmbFcrliuaxCysTauXktDQeEEljjKKuSXlmgoyGmLimWC4qmwq4px17i19vBf5KX2af3sZ/8/21bM503rPm7Dmg7/6VGBNRnaSqmdUEvTkiHu/jTc2p9xPWbNzl98phqdsyd61nwUsMHxZLSAT7vHN7jJEJHmiStUVFE5T1tEiHzAW2U4aOY3u4O1++9jUh7uCznypUrbG1tkcQRzocLxIrgJxdGI2sDzVDUnfMbU8/haMzXv/4N8izlwx+NOT56zmw+o7VNN0JRCEWwERAR+fAKd++9zZv33+XKlesolYcILifw9h/awX++tXfzFuWTJ2BbYmEZbQ/4r3sjXCwYTFeIqsRGijaO8dahrMEZHf4tBE5KyjQjq2uSusYpje+I/VYrGjwIh7IW1Tri2tMmMWUcoYzhh8bQsy3bzvF9LyBK+LV6xY0nHzOnpV0u6DtDNe7xh6lklgqEr8nqlqtVw5ec54/aGNGh69IGiwanFVedp2xqJm2NLyui5YLFbMq8WGJdYKKFqKqQGfrpg/xPYVN050vvMX3ylLltiZQlHfSoXYtxhkHWR6oQGeUFHXFebNz+nbGd6l8SRSnICmsFJRHEu5RtH+8E/V6PrSsj7rxxG5V5CnfBoz8/YVtpZFLTNytUW7LV75FnfSbLEvKKdl5SzJZUziHiFK1zrI2ZN57zpmVR1LSto7UtdVsHDuqnuG/rmvdZ1q/+bPzspbQOebrdxlqtg+xF8HnzzodIL/GSIO2SPgeskbrAY7vkoPnAQxShMG5Ye56u6RKX/ndrzh3hcZ1zuLYNt3AX1LdKhggyIdemwFzy+cQlFrh5akJsRsFyPeZ2bmNq/D/K+nSN29kesLs3QsaCxXSFr0pUpIjiGGEd1hqk0eHfIkx7sjSjrGvqukYq3SGvDqUVcVfjrLXY1tHUniiJyeIQFdoYg7ct2jkyL5BRwqpeMXnyMfVLNe7GuMdeKtGpwPqapm6pqgbnPFEb47sa57ooOKmD20Db1PTaGlFWtMsF819xjfvcTd2d99+nmsw5m89IpGBrawQRLBZzqlVJFkmquu7crj111SCUpFcNGAwGm1GsUJqiakJKgZThhiokUguEipDCk6gIT0XVNCEyJMnQUgdfGWOD4aJziKZBNhYdJSjryQY90p0BiXZIYZnXnvNVARaiVGG8wwkC8bVTuXkncMZSN4ZqWSDjFtXaAAl3F/Y6CNi/VCv+KS6xhrP5ZEEPuwSBs/6lIW0oja5TdyFCMSmdpWgM2fERDRmNlWzlGXZyxl4sGQiIpcRacNYGYraQnQkoXTB5itCKKArZjEJpfJLTxH2adMjg9i2u3n+NuDfGRDFRFKNVuBiEBIRAuvCcQ+W7jAHy62fe7eCkEIxGY95778vcuHqV87NTzi7OmM1nWGtw1nB+cczOzj7b27vcvH2b3Ss3GPRGKKHXE13oFGuXlqNf7Lr9pS/xtCiZlwWREgzHfWws6RVL+vMlRjjyMpDRpfUkdYPTmlW/T5HneKWwUoFU5FWDVxonBcqDV4pWSbRzeKlwShNXNWnd0kYRRZphmgZX1SRtw10Fj53Fty1Ra7GRxtaGOFH8n9sDXkQCrwyjouZbxYq3y5ZVnqFxaO+IrEWtb4oOvLH8etvyeLnExtvI1mCbBuMCshrsuOQ/5UuH62/eJ88HFFjiZoHXgsVqxTDOSLIMQYPu/MPw4K3DNC2mafHWILwL5HYh0FLjfURRa86tpqhLdvcTbt/eYv/2iN5Wjz/84+9x+OyEQZFxI26xTBjEDUoIBvmAVeU4ODllmPaoioqiaVHjIfF4G1SGsYqlhbnzNK3rNmidLcsnrvK1MOCfdOn6TEslcUCmTeCWraO8nHNdbVvTXy4bKaAzCf7kMXF+7V/3ct8nNvqKcJN2m0ZMdo3X+vHX7wPhL0kuvqtHUsrNuNUTNqDeXz6G+FSjuV7eO7wLXnl+80b7H+esfbrGjcf9YB5cLFnOl2jhKMqCyJjQI9QNUmt6/T55niOUQnU1rqgahApWNbab9EVKYpwLGd9K01Q1Vd0GLn6aoZuGtqpp2wajQDuLaFvqT9W44faAYSQQyjArambFiqps6eUZBofxjtbaoPLuapw1lqptqZdLVLyNawNV4ldZ4z53Uze+eZNb77/P8cUJqp7T3x7iVCDUJjpBBz8GjLF469Dd56vZHOE9g+Eg8OgQoamLavr9Hl7KjemijGKctQgESaZAhp1Z2zqUikiSjKa1OKdoAZSjHylqInSe4VLFGSZAv1JQOyhdID1rrfFKYnBgW5zvCgMBoanrmnK5Is1r6tUKi0NoFXyYfEgUtBtN++c9mq9myZf+fjnGOvB2u9HDuqpsXkNQdYWRUuBEeO84PD/FGI+yLVdzuD3KuLvdY187+v0eZSU75dVL3BapNqIwrTUyggRFIhOsTCl1ihmPGV27SjwcIqKUSOnQdErReQmx2SF7Xn6u62LtQ/ah65z2ER1nM2I8vsJguMede+H7w5jWUVUFw9GIOEmIky6T0/hOrLa2P+gw91fU1P2ne/f43dmS8/mUyBb83dYQrz3pvAi5k5FGOYdelUhrkcYhqVFtC9ZS9nI8EoXkt6qGD5XmaZ5hhUQSkDyn4yCmQIDUJGWFth4jFU2U8L0oYb+1jCxoZ6itIXaSQauRUYbKE7ZTxZH2VELxFQuvGUudZ/xFmtAXglJA5Axq/X4hmOSqtma8KpjnFcOqRuBY39lkd5u0L6nz/qmt7MpV8uE2TkN7/gyVa1Tk6I+GuHqFckCnZPe2U2w3TfCUcg7hw3VUVXWH4khqozAyQmaedKzYub5FL8/5b3/8A37w589IXcy9PUFSPSdNZmSuRJAwmVdcTM9AB4Vta1vU1pD+tT1s1qOtHdZF1F6yrB21s8FIQv5sS4S1X9v/6EvrCOLQJAlciFcS4N3lKDMgZuGf637IeYuUKmwYwzcGIVnXsX2C39SN3wQ+8OVeaqrWpsMvU9vCDV10jV8n2ug+JGIzlguj3+5nNl3dBroL9ZegZhXiJW72y6jjP/G1d+8ezUs1btDVuHpeIL1ARzoITlZlyC02DkeN7Wpc1ssJwW2SompAafI8eMK5romXOg5iiq7G1WWFsR4tFXGUEEcJbWuxlqAktob8UzWuSBWN9qRCUVtYGEueZ+g0CbxAAa0z2K7xl4A3jqatqVYFcV5hqzoAAL/CGvf5LU0GQ66/+y43jl/Qnj6FWDFbzhG2pZckoDx5lqOF6uJaHFVdsyoKiuUSiSXN+4GH4sFYECJCCIX3EoRE6S4v0bQI6YlihROBRO68J80yrPdYDzJSOC0xpwvaokDlQ8R4yFF5ji4a4ijHGoXuDYjyhKaug+oVEbp9IbstUyCm1nXDalWim5blbMlyteo69TUC9k9/dSYqmyGxQBBFSfBw2wQnt5/yLPKfeIB1a1M3NdVqClWKnMVEIsPbhDJqaKkYDAaoRHXNow+O6NZhmoByWg1xmpDIhFim2KgP/THRrXuke9cwKg4XKkEZ9lLp3CCOQbJvg9IQ0aGJl895zVPYfBDg7yiKSNI0mHB2IxqtQxSLtRbTth203vFeJF0AuAPxirJFL064eOdt9i9O8NMjJr2MrK1Q///2/vNJtuy68gR/55yrXIWHflrkS60AJBIJgigAJEAUSE5xqkW1dX2ZjyP+ox6zth6bMavprurq6ppmExRNgmARJECI1AKZL5/KJ0NHuLzqqPlwrntEJhJAJl4+qIptFk+6e3jc42fdffZeey2rKZIEFwnqJMXGgcjtnSfRmqyq6Y7HeBxV1qLl4TlreU9bvFB4GRwInJDYOALrAmdFSeosRWmDshYvBaMs4/9wQQTVKcmPpeDhiUbWjmyxjW3FfNrkaOu4rBJSJ5FJyuVOm4vOMo0FB3iEte9bB+88vbLi8UnOq72aZ8cTpnWFa4ojcwWx9x0mfs2i3aLX7XHGXsIsZ/TQ9KUhVZa8HIG1lEUeqsdChptSowEWhGMttTEYXROrGK8EcTNNVyaCSeHY3nbs3xtw/dUdTto+a92IePQuibxOvz3FFbA3yJnkGhkJTiz1yWKJjwQPf/ZZ4uU+W3mJm0i8clg8daEbXbojU5lH4jcBtz5yKEmUJKGN7EzDsTviGjGbP5jx6vzhcEGYHp1x4cLhMOR0s0yvqdL5w6RLNAcX3pfYyaYqO3tWU+NrWrheBgkm4Rt8mj1Kzp9w5JD6/vDON4lCuCc5f/Ro/usfyfIKp595mp0G4+JOi0KXWKtpJQkyEiRJimowTjhPrTVlVTMZjxE40qyF86CtpdaWjgiuLM6HSWfVYJx3FqUkSZZidRhaElKQZVngN4pgpxhLQfQBjNs0ObF1rKskcKmTlKzTDveaWGDweGsbXcJDjKvKinySI3o10/GE4leMcfed1BkpWVhZ4tKTT5L3Y4yfMilyVrM23TjG2Iosa5FEMdigtyOlQAnPtCgo8ynaeqalo6wdSRrEPkPPDgwCLxVKOkDhdbjjRnFI7Ky1RHGE73SojUFIyQhNXlco2UGmbc498zSxm1C89hp7eyOkiFhbO4X0JUQJURKF79d4sYVWZVgMZz26sgjr0WXFdDRG1zWSoDOEUKgoDAHgbOB1NVpBvw6cIDj8LM2YM2ma8NRTT/LC538H7z137tzm5ns3uX3nDuPR+H3PFR94De/B1CXFcJvB3Snb2yBaCaO2RCjBYn8xXE8VvBB9Y0TsCe2OKElRqkWRZujOCtHJc7TPPYxcPoWJ2ngSlJppQ3HIo2sOtM75xv6m6Y8enRiTvqlKiuDl2iRBAUlDC9W6oG4XiYg4jprDgsUYi3MghcLLWVsqJO3yA8Kgn2R0bl/nH55f4KtPPcXavYRLynNpPOZbKmKapAhhKdodKhUF6SBnSKoaIwVZXdGejIiNpV05agNLliYbDf6TSkiEAicl0jR+kxJsHLwxpXdUaYqQkthavFI8hyGpJ+SVR0Up4uTDDAb7fKG4jRhXVDZic3EVLR0rpmY7SaCZfLVNZXVmy6SN5VOl5l1tMdMgvqm1RtKoMwgJqhF2biqozv367B2LQCQxaa9LW66SVTkdWSGrIVIB2gfSuhcI2dh/0WiS2eDGUlQ1trZEKtz42wmQOKYqosoF965sQ15wSqW0ox1kvs1idpNeMsCVBVtbU6aFZqHfZnkxQ+oadEV7aYGHnvsU+5Xm1nd+SCdqITKFl2CqBoNoKkQfejl/k1KDnxUCGQUOljMh+XJNy3O2b2fVtFmfU/oZUyM8NrQ2/U/kVfOOqADhDyubc87bTDKloZgcIYLMuwYIgYrjwMcyGmHD4VSq5pjtm+8ya8N+yE/oZ3lBg3+/SQvn04SVs2d56KmnyO8lGOUZjscsqIhOkuKFpdXukKoI4TzeGeqqJpKCsq7IJyO0seQNxsVHMM4LiRUSr8L1d8YjnENJULEKFTbvSNMULyXaWoRSFBjyeoJrMG7pkYeh2md86zbZuMLbiIXFVYR0OFMjG4xzzgWh6KYy6xuMq0pNW1uqXwOM+wR06iREiqVTJ1hsg5zsk+YDFjKFyCckNgw8eHyw0PISryJUkpA5R1UXFJMJw3E5NxxuCU3mDcLFTF2b2kkiW+KMRJOipEWRI2VNhEYKhUxinJdMtKXOS+IY2mdO4NbOsrp4kcc//QhvJD1e/uY3We2uU7FGbaHVS1hc6+OFwUxLWl6QJBIx3KSuBfXEkEURTiiKYsL0YI9Ti306F9c4uX6SleVV+ovLOAllmZPnOTs7O9y9e5fd3V3G48lcnX3Oqb3fi34fIYSg3W7zwgsv8H//v/1f6Xa73L17l8uXL/PNb36T//R3/4m8KN73LmfQ6KXHCBh7y15RMC4VlY8wAiohUJnk4GCfKImIk5g0S4njhCRLkVGEFwrjY/YHU2Q/ZeH0Ev1zFxGnTmNkB2ETYhc2jpduXvURBKD2zqK1xliH9B4h7JyvFN5gaFtY69CmRtdN9VE4pAom3Z4wOeuxeGxwRHFhonZepXWNabaHsiy4dfv2A+OwCOOp3zTc/NR5Bh2BmO6xW0ZMs5jKaKQrg6+rVCAcQihsHFGSAZ7EVHRHYz5daGptWPAejaHCY31MYltIYqzTKAuKCK8sXlQ4r3He4oXEyZi2jli0lkeqGiWhe2IJsXaCVzYVf/1GxB9+6il+p36Ru+kS+50VvHfcTBT9TsLvYqHSTD18N40QegBGYEtHGgWOnykL8uGAdqRora/Ra/fotDsk7W44wBlNVVWMJxNGw2Hjk1zPwe9Ic+qXGIF3pYQkElEYeohihAuT1HEcYQVY61FxSLxlpBA6CIoWdUVZ1pipBQGtqGahWxKZAbFXFFpBOUb4ijZ3yeRNYjlguW0opyW7WyOmuePUyTXaXYmkoJtFkCUkaYJq9ZnmY7Y2Dji9DkvLa7SzDhJFlMR4a+ZWUYdxJPH4pV7LBxdCCFQcBQstF6qkQjBvk855cs0v71OOaORCgu5eQxthNrvsQxX2CMvOzwck/Jxrd+SdNG3Yxl1DKYRSRFFMFCl0WaDLquH9hfuiaEZiZ56v4UAEflZl9YcdId90kASglEQK2bzWTFMvHGSdn/m7ugcFXR85LALVSli/cB7TEcjpHmkZ0cliUqNxrgy+rg3GeaFQcUTWYFxtKiajMeNCU2lDy3sSDCke5WNq28IRo5zGWbBEoCxCVEivkd4ihETKmFxHVNZSVjUcwbiz5x7lzLllrv/gH3nvBy/SS5dwnRUK74gSBZ0EjcVVmtRDK43weoBtMM5GoXVffSjGdUk7QUNPN/6yDxLj7jupU4SsVUYRcbtDKqHXzYj0hKKYkMgg3GlhPg1inccGszwkEulqvCmb0qlCyRSImNY9Noo+exMPpQgKyyomSwyLnYTFtCQjJ5rzFxx1XVKPCpK2Yv2hM2RnH2dxYZlud5ETlx4mXu6zvT9hZ0exU7dZOZnx5NmTTIsRd+/s0jaGZ9aX6NaKvcIwzDViSZE6yIEnnnicZ/7Zl7n41KdYO3GaU+unWFlcAgllXWGtZTQacf36dd58802+973v8eMfv83Ozi5a64bHxtFffqlVCSEEnU6Hs2fPcubMGZaXl7lw4QLPPfcc/X6fe/fu8eabbx4movNnBsBzEqyAWgnSxQVOnTzBiVih0KgEvC3JWqFsnXV7WBXhooQ4a0NnGR33mO5s0lo/Tf/hp8jWz+HSHs4FUUfvAvHEu5mYpg0leR/Kds41J3AhkUI1p6ZARHUuuIC4ZuItREjqlIiJZKheheENERIaF1owQqiGt2Gbk5TFesjznK2tbWr90SYEP254H6qQNzotnF+lbqdMTZ/KlcTDXawVDT/ON1/BJ1IicUphjUTokvNFjneWG0pQSkmNIjEZF3SPhQJ8lXPBWs4KxfcSR5FE3FOCmgrtBUYoPJazdcXaqKSIBS8/coZOfJ4fbb3D9q2X2H70Bc72eqyOHQdTw6hO6Kz3eejMebQpOJjusm4dKkkZOc2ZwjGcGmQn4hEvOa9rzPIi3/i9r+CzRVbW1njpldfZPdhHIGilLc6f+gYPPzTh1q3blGXOrVu3uHfvHpPJJPBy5/vnl7N3JI1vtZe0ohYZhshPMM4ghCdK4sbE3hMlCXVdY1zTAtWWstSUuSHPNcbWrHeHdOkiC4M0Bwjrsd4i/JC23abfE8TKMhqM2d+d4G3EpQsn6LQ91udERPS7i+i0RSoyhGrhmAarJWlpLy6wvLJO1u7iddkI1M5277xudcQ0/rcnhGiqpU0FOvRZLfNW2ZHHzv48u4HOOys+JFmHaZzEejHX+KS5bMFJKUifHw5shWfMEishQMYRIoqRUqGiGJe4IErtgq6p9SLIDiVBpsM6G5wwmvaucwHXhDp8n0pK2q0WURyHLxWM7oEmiQuUl7qu0VpTNxzPX9XErCQoIKSdFi2/StJO6Zg+qSvRw12UFQ0/zjdfAhvYkUilUEbidRncW5wlUoJUShIUtcnY1z2GBVDlYZpbKJLE0U0i2kqQUBF7QSQUAktZV+hRSRoLFh45Q3zyEv3eSdbPXGT0xIh3fnyZwRGMW/wAxnWswyUpsdMMCseowbjSS3Jds9pg3JlHnuDMuYucO32O5aVlvPDkZUFZluzt7XL58mWuXr3KW2/9+BPFuPvn1BFOQwqJ8hHe+qDxph3GGyLnMLpGyAgpBFrXWKODeKINQwmRkmSJJK08UZRS+C57ecK9vMVG1ccmy0SRo3YGmbaIxYTtg03Ws5Iz3UXaKicSU6SssPWEos7pLC+zuLjEmYceQrUXUVKwtn6StROn2Jnu0oq6LHUf49FnHqe73EZOBnT2Lfn2Bjf3JixQsVE59g0cTKfcubfBMEoxnR7dtMPSZEJ7sWCcT8haSVNhVSz3Fzl79jRPPPEYX/ziF/iTP/kXfP/7P+Av/uIvefXV19jZ3sE23p3W/fI32UyLb2Njg2vXrlFVFZ1OhyiKOH/+PGfPnuXtt9/+gPdjc9r1IBsQskh8u0uyfoK0lREDUkmEHhHHCtlKqbIUn2aIVgex0KezfBLRWqF7/lHS/gpxbwUvO2BilJKhEiiDSKd1BkRz2rRNJa25eUoZ9NcUjbl1w6GZAeHcNzH08UObUSjwMkiYOBFaUi74M9K0XwKVMlgcSScwzswn1B7USs3uFQ6JERFWKMo0C4K9rgFiZ4JDhCfIxhhLZGxoVSAwEq4ozxeEwKuUhC5LdcqXR11OlX2k76CsRWuDjxO+bArIh/ywXXI5rRGiwlPiZM1n62moOHf7/KBYZ/f7dym336aqSv7pdsJnnlpDjHeDrU/3BK1TS4iFd6mGj7E9svjhgIsLKX1fc6s0DGrLpKo5PRyxl2R0llc4ceI02xMD7ymG20P2BvsYbbDW8eabb/Htv/W0O22eeeYpLj73PI9/6Utc/sd/5NatO0yn06BJJoI7ygd1nj7xEIEXinEoD7HwYGuMrht7gVBlidMYVEPbEKKRaxI446kqzXjmNuMKOn5M4mtSRrSkwVITiYJOx1MVntEoZ2d7QCtNOXF6jf5CTF6MSJSimy1SxjG1B+WgLguqyZBWO4ZUEbcyuot9ZJZQ7wSB9PdVkubDP/4wo/ktDNEMEvxEg3mW4H5gT4eb6OwfGwkKL7BOYLzCHzmAC0QjU2KDiw1Ak9zhDxNEIQMfXMXxPNlUUYRSEdY107FSIaI48O5coIfYuQ4nc6648x7pPE6AVIpIRURJEoogjQPSrGMxk3pyroUxlrquKMuSoijDffeXnNyJhpMomVW7FVmDccaZMJjiTHCI8KFtPaPEBFs1QSQhVp5YCCKVUtMlr1O2R102yj75EYwTcUJkCtJ8yHq7ZDWt8aJCUCJljW0wLu32WVtfZ/XRR8n6q6Rpwvrp0yyvrbH9Pow7j1hYoRrusz3axg8PcA3GbR7BuOFwxHCGcSdPc+GJp1ldP8n66jori4vEcUi+syzo9ObTnLt37/L662/wwx/+kO985x8+EYz7BNqvDmcF0go6aZvI1aSqwNmIOBa42pJPa1SUEMUJdVkFQroJEyiSUHmJVYQSFuMEe6Vke2TZI2OaLVG4FtoaxqUhkY7zp9fpqEWGBxv46QEnWo5+ViEleB2qZSKOkXFCEsdUZY6uMzoLi6yePM3+zV2ySHBrvM9gPKHVbbHYP8Xq59bZuHGF22+/wsb+gHuTio1JQVFUuI09KqlYWDvB1x5+kieeeIoz587QbXcQEn7wT9/j8jtvc/r0WZ5+6hnOnj3H8vIKKyurXLx4kU996ln+/M//gj/7s29y7dr14G/KLx9Tvffs7+/z53/+57z77rs88sgjPProo5w6dQqlFPv7+x9i5h0og5GQdNsdlhZ7RL5mGqfsqITdwYROu0fW7XBmYYm408KkMTaOSHoLJL0+qt3CtLqIqE3WjyBuoVUcwLOZkJFC4J1BU+OsJlIxfl55M3hrwIeJJiViLEHsNXQvZkLEh0MSIIL1XFNN9q6pijiL96o52fumMtiMqge77pCgumZkV0jEfIb4Ew4R2tvWSYqohUlqaukRVuEigSwsrTzHRjFOxcRlRVTXKGuhGUywUvJeHPElaVAoTtcxX8sVHd1iqJYpRR/rDbkpSZKUtcWIxI55odjhc27KX6Q5W7HFS4/VBcZqRBJT77cY7b5F6HJHDN99her5T7OcJbTTjKHMaC2+g8rusd6+yspizPZ7v8v+7Q22h2O2CstWoak3dxAHE8ooprW8ylOtPlHc5ke3XmScT1Be8bV//hU+85kn+Ju/+UeuX7/J1vY23/+nHxK3Mk6fOc3Xv/pV7ty+w0svvcjW1nb4jM4rUA8uvA+HCmErMDmYHG8LsMHntdRmXpFxnlCRSGKMcxQOrA4OG0NtUdaBtcSuJo0ESaJpCwtolPcMx5479wboumB5qcXacod+T2FthZCCNOtiZMqVwT46M6TXb3BtMOFgMqaVKJZXl4iTBBUrKlvjrEH5w9nto1X338ZkTjCz2jociDiUIAl4MBsaPSpx0jwZ6cV8GMIhsA6C62+jRdokV0IGqy+Q2KaToMTsWeGINqOCzHTWgObAKIO+mXXzQSYp1WEHIYuwpsZqHSZCXUjs/Ez/EYFQiiSVxM1rz5K5qrGgiqKIKAoH5SSJieOILM1I05KicR35qNqEn0w0WoEuVLujpCaRHm8VMhK4wlLkOSqKkSpGlxWmrsN7bAYTlJSkcUQsDQ7FQR2znyu2fwbGOTtmo9hBuymraU4ntgjpcQ3GtZOYpNViodfFK/DW0F9cYfXEKUb3Rkcwbh2V9Vlvr7KyeIbt966yf/vKz8S4p9t9HstaLPQXaLUzrLBcfvtttjY3OXXqFBfOX2R5eYXHn3icS5cu8YUv/A4vvPA5vvWtb/Od73znvjDu/pM675qbsgFfE0sQ3uKcCZOqcYSpPXrmcQahFGwMwtuGu6CCabrQ1NZTFIZ7hWSSOrTMSRczzpw8hfaWOIvpdxWph/1rls1re0TO00ojIhRhjzWj6SrCas3u9i7ZUkZrqU9vcQUlBN3EkIy3uHO5pNo/Sa+7yHg04u6t99i6e5X97ffY3xuwX9QUwiNESdrKOP/4SZ779POcWFnDljUbBwccDPb5wfe/xw++/31a7TZnzpznM59+jhdeeIGLFx+i31/k+eefZ319nfX1df7d//g/8dbb71CU1a8ksavrmtu3b7Ozs8Orr75Kt9ul3+/zxBNPcPPmzfnUWFjg8IsAsijm0vkLfO53Psfe7hax0Lj+Mq9evcEgv0nW6/HlTz3NetpBeIhJ6NqMjstIbYYea0Sc01/o47QFb4mEC8Kg1s49aad5gfWOhYU0FEOcCbYwzgYNQ2cxhrmg6EwRfk6Gnn82OTy9EiQMrLUIIYhFhDVRqMR4h3NBKDScchUg51VA4cOc7QMJBeJhwDishypSGCCSwWjaSYHSlshUmNgjrSUyBmkM3ptwwxYKEwWR7q6FzxUWxrATOXTqEC1Pt7dJYi8SpT+mv1LTkSnjW6fRGzf4lBP8fRyFm5cNLR8vJB6Fivv0+p9Fj/+WanLA97pd/ovdHTJqioNbXHv7BOWZMywujKmLmo2tARsbm+xv3WFve8D2uCDH48UYlSQ8u3oW4xTf+stvMRyMUDKi31/koUsn+dGP/omzZxc5d26dg4MJL7/8JlvbW1y7/C67m1s899yn+cM//Abf+U9/z3u3bqG1ffD7xzmErxG6QNZjnB5h/RSrDwW7RcPjNFXQp5scjKiKnGIyDelAnFA7jdKGqgxaV60MsjSircLn8OBgytWbW7TbMYtLXdYWE3qtlDiS5N4SpREuVmwNh1ydFlS5pdp4lcl4QndpgUc+9ym67Ta2qvFGM/O5UVKE4S0OK1S/tXFk4GBOJPuATJOfi4oeTsyHVquY640GKofHOIELJabmbCcDl1cGqy+JwhkR9FFlcIw4TCZnze6mjepdaOvKIPEkqMPbdBpdO1QUN/qsHmsaId3G0N262W09vJdERaRJShInCBmGLZxz1FUVpHNkM+mfpsRxjFIRURzTUTJUi6Qgz4ufOLw/sGVxLrg2NdXuNFJEgJE+eOhKgdUWYyqi+NAGLeQI4XMshSKKEhCO2sKksNwZw+h9GNcnsW3iNGJxpUVbrjK+pdjcuIF0IvzsH8A4IRVWa8ajbeJeRNpt0VtaQUmOYFxJeeYsiwvL1EXOxtb2z8W4p5/+NE89/iTdXhdjNcPhgFdfeYkXX/wR3W6Phx56mM98+jmeeOIJ1tdP8NBDD7G8vMzFixdZ7C/wN3/9N78wxt13Uie9DX6PtkC4EuELvC8wusLjieI4cKMIFRfRCHUaaxtvYh8qITIiUgneRpQiJu2v01p6iCpKcbGgnUniVouTZ9ZIMxhuDoizRWrfZW88YLFtaCuHtmC0Rdc2bGDnGG5vsn5hnWxxkVavjzUazICnVxeQUU01vcd4tMVgnLO1eZubG7fY3rlHXhZUwgXzXwQYz2g04e++9W3+7lt/y3QyYVxMGI6H3Nu8x+7uHlEUcfXqDd555x1efe1V/tkXv8QLL3yec+fOcfLkKf7ln/wJrSThf/q3/44XX36FutIPvNrwYeG9pyhCf39/fx8p5bwdO5M2+aAPnRSCxX6ff/6NbyAiyeuvvcz62gqjl17jxXevU1nL9bsbZFGM9JAmKStLK1w4d55TJ09Tm5Kl1T7nLj7EtDC0O4v0F5fpdXskcRzG0j2UeU2r06bX7iOEpxAjCmvD1JqS+MYmx6GIGvKLkLIBz8DLCInpjPMSMN55g7EaPCjZYs5/acSnBWGYQjTtWo9CybiRHXgwa+SFxJ9cxE8KsCXOVwhXEtUVCI9OYjwQa9tIkCik90TWNtPMIRF1KkVKw+9bQSUU+60l2r2TVElG1Basnzggab/L36TX+O4r8HtPr7HcPsNEp5w3B5xMHdsyUJCs8VjtwCtkP2Xpvz7D6P/VpR7vUr3UQyx7Up/z+Eob1BC7lbKxETMY19y+d5W7995je+smk3xM7i1ahs9ON5J4EdGJE/7LP/460zxnko8ZTyf83be/zb17d4mjhN7CAmfPnuVP/sVXuXrtNleuXuPevQ1eeukVlPwsf/zHf8TffvvvuHr1OlVdP5B1mYX0DuVrbDXAlvs4O8GKGuEcccOVsrWmGE3Z2drGaI03hkgKkkgRtTOslnRjj9UTiqpkajSxkiSNt/XG1pArt7ZRWcb66UUWWxELSZtIKawwKG9JkOyXBdeGQ5af/AxV5bj+yo+xgyFpt0UmFaIG7ypMPiVJFXEUYR1obw4rU7+t0fx8wvumWjZrvR4OEDQPPHz4T1yPw6zOCwFSIUXU/JlmKj+0VKGZrLdyXtWT4gPcvflknMcZG6r/qGZKNlT2goKCCy19K3DOoY3BmoBV4d55GLIZ2jBGM53O+L+Bi6d1jTEhCagb94UkSYL6RBIHh6Y0DT+DVEymU7TWn+gyfFgI7xC2RtiAcdJXeFdiGoyLkxgBjY6cbaRKfMgRmivqhUQ2GGetYCoU/icwrkvSzlhcXSCNHfn+hOnuIhOdsmMO6KaOlgyyadZ4tA5kRWcNB1ubLKz1SHpdWt0+wn8Q40o2NiIG4ym37939uRh3+71b7O/sURQ5w8mQwWjA5Xcvc/fuHeIo4bXX3uCVV17hmaef5Qtf+F2eeOJJVlZWePbZZ5v75hL/8X/7018I4+4/qcOjfAU6Bz3G+Qovy0YvSBAlEVVVgRREMxFh2ZAim5KyF4JpWTd8KMm0iBipNmmvRxQlTA4OeHvrCsZJTp5Z5dJjpymGNbXuYcUy4/Ie42mJammsCaX2INaokM5i8hE6n+KsII47mKrGTrYwWwW1T6hFj4locVAZ9nY32D7Y5KDMA5eBcNJ13jE1JW+88RbXr1zHaB14X3i0d2jnqLVBKcGeHLCzvce9u5vcfO82d+/e5Rvf+AYPPXSJtdVV/uiP/hBrHcPhkHcuX8Fb+yuD2xnYOefI8/x9vfsZf2RGGnY+AEe73eahxx6lsoZuu82JMxeRr/wYnZdcuXGHmYK6QpDFCS+9+Rbrq2ssdVo8//yn8NYzGOdY51k9cZKTJ0+zvLLM0tISSRyjtSZtrLnSNGtaHZ6qyvE+TBG6ZnDCeoF3QSrCe3+EGD6jx3ik8I2FU5AzATBOo0SYDsODiAJ8SDxSBd6g8IIkVaioAd4Hcf2Jsf4pvBng6gnClwhRIJzGS4GJYyJtghh3FEb+EQLlHbIZj0dIssogECQ+ZqgTdLxImp1AJQl5PubezadADVhZW+RU9ir5NGeZ23i5Qplv8UxR893EBOFPG76IBF5C4oYkaYxQoPMM060x411i6XEyw9CmcilFqTnYv8vW3gZ70zG1tVjZtKycZzIteOvNH3Pv1l2M0cHP2VoqqynqKijJS0kc77C5scWtm3f41Kc+xWOP/XP+4i//lq2tLX708ms44Ot/8AcURcHNm7ebAawHEwoPOsdWB1g9BF+CnJnFC3CQT6cM9vYDRUFK2r0uUkJVa8qqQpc1ixloIVCxh1hivMXmlq2tA25s7DEl4syZZeKVBSISdJRiZbjhxj7BOc/+dMxUpjz5xGdwpSF/b4vSaU4uLbHUW6Tf6mJygy4KpPRoPFNrqX7V448POGaqbyGJcvMEb5ZUvZ+TNBtXPXyOn/27Pxx4mOkOChn8PWfUjdl0axTJphwnARWchpqPRDPRMP9Mhr+GFqRXDZp68M7O5+VmHD7vPc4abCNy+8FwPgj7h9bcTIKlESiecYkBISzGNmoBxpBlGa1WC6UUSRwjuh2894Gc/4BbsdJ7lKsQpkDWE7wv8aLAO42QgiiOMdo0HMSokaESWO9ChbPBuLrBOO9jyg/FuHugYk7l65w+u4SuJLCIl0uM8y3GRY1MDKbBOGsDd1EYSz0eUuc53kIct4MrxC8B425cv8nNm7f40pe+xJe//GXW1tZ59JGHSf+Lf0lV1fyH//gfPzbGfQKDEi6AXrGH0SNiNFZZbF3NR/q9gKSVIaWiKoPaslBhI9S6wjiP0Y40jiGKKAvJsJbo7QkrSx3arXaw6Cg8t29sErWglfYZTAyDiSUrNdOyoE2JrQwYG5wmkhbeaHyZU00m6MqQxCngoJyyFDty79mvYTgZcOtgxL39fUblBI0P7CoPuLBZLJ5xXpDnh5IfMw0oL0QzRh6SDV1PKYqKyWRCnk+pqorf+8pXePrJp1lfW+MP//AbDIdD/vv//n/g7r0NfnVpXYhDoc4PGAw3p1clBcvLS3zhS1/k8aefZFLknDp1ho3bd3nnzR9TTwuUF1jdTDAJMDhqW1ALR1amLHYibFmw3GnT7/a4evM9rrz7Fltb9zh97ixnz59jfeUkcRwjkZRFQZYltFptpITJJAzaOKtxmCDFgWoWYVaNC4Ac2oeh8ma9xXoThCob/kr4mWc6UjPLoHAKj6KGfCwgThQq8oc3jk86hMTrAlEeoKohiholDVLXSOuIfbhpmTTGqpi4rvFK4qVEGoPSmr51fENbrssIJyRpodgvJc6X9BYC72Y0mVCVMdHeo5x5/HkS/SYH4x7DQpIWhvU8Z8WVqNoGPUkZoVWKFyuIckqS/S5xcg1n/yk4KEwPSEXN1CgKm7FTSu6Mptzb3+NgMqRwJrRzG6s1D9Tesr27x8H+fqiQNtd0xvlyLvCVyrImzyuGwzGDwYAnnniCr//Bl7l67SavvPY6P3jxZbz3fPlLX2Yy/it29/Y+9Ab4SYS3Bl1NMPUE4atGFjFI3+i6ZrI3QOclnVabLEvRpg483rrC6JoaaGWCViypq5RWp02Wxri6Ym93wNW7uxRxxtJD5zn99KOcOHWOYu+AUTHFlwd0naOjHLWA/emA3EUUwxpbVYynI4ypSNsp7Vabuqj4/g9e5tvff4U3rt3GmAeX7P7aRePr5/3htGvzH4eSHmIuUjLv0B5Nio4+bSaGHyrhohk8CENTYXgqcHJdIx8iZi1WDj/XIblqpFTc7AA5o7Z4cDaQ4Z3AEegXxoUKlXU//RBpnfuZ/9/klNB4eDvnAn3Fe7IsI4oi4iim2+3ivWc8mXxAeP6TDYlDmBxfHmCrIZYaKw1OB16qbnhjURqjVIyug5Vo0BA12EbGqtY2WO0JyfSnYpznYG9MXp4gUR1GYzvHuGmek7kS22CckhFxnCKswZdT6ukEXTuiKP2lY9z29g55PuXzn/8dLl14iEuXLvFf/Vf/JWVZ8e/+53//sTDu/sWHtaauJuhyn4wCvMEGVWCkV2hToGQQCw6VL9DWYJzDmCAS7KxDGkkSK2hkAlppB6Mg6RrOnFvkoc4KcbZEkReki479nSlbg7tMigGKIBcwnZSY0pComG6nRxbFlHmO0hZqG/rTQoGx2Kqgt7SEsIp7myWVEdTeMdUVtXeNYvhsuvdwv1sOy+GCwN/zCERTFvcN2d45T1Vq9u2Ay5cvg/CMhgfUZcULn3uBkydP8o1vfIPXXn+Dv/zLv2RSlPe7FD83xJE/HZ0NOzydflg7ovk/wHhLZUo8jk67TSxjbB6GYDQCMyMoz1OgwAGJsph2r0N/uc/ps2dZO3USh+AgnzAuSsbTMfuDAVm3RxL1OH3iPK12m3Y7I0nSIFocpbTaPVp46roIE9UNSM9Q2/sgBItU2KIIQOwJsiA2TMpKEbSdnNdHTrUSQWhPRDIOLVchEbPqnOeBgZ4QkqieEpf71GYCGJT0CGMQFlJTY6VEJ3EjZ+KDxyqhBftcXXLJOFat4MU4Yl8JvqIiZJRRYpGR5sTpLiei63ixQ1V6esstqvwF9iY1o/w2fauJTMUf5CVZaaiR+LRNlSTEyWfw9ZuopEUUK7wvEQ68rlhcapO4mNGBodI107pgVE4pnZlTxoFmb4S/Ge84Whg4cvsLn5vG/Nw4y9SUGLOFNgYVSb70u59lbW2ZP/8//pYXX34V9bnnefqpJ/nhD3/EpHww+0cXBW46CdOOXoG06MpQ5jmj8RjpPO12izRLEZEgdkkQQZWSWGsSIVEiqN53Ox26vQWSOGWal2yPCyoVcfrRx3j697/Ko8+/gEr77N67ydbGDQ6uv0k6qRA+ptaG4bhkYODVF3/EcDJiY+cunUiwPx1TXbnGX/3gP/L9194gf0DX4tc15omZt+9zdTiq/TXn3jb/cLQZPfPyhqPcumboCo8UoKIg5A1h0l6qkEfaRt9ONlQOh5vbkQVcCfcE0Zw6w1ua4aqfW4gFG8ZDC8NPKhn3nkYmowodDudot1rEcRK8UTttal1TPMD7jzUGo6focp+kwTgrPd4YvIXK1CgpiZO4kTPxwWOVIORf1CXWOLCBF+eUQH4A406eXuBUsoQXLaqypLuiKKeGvckeo3xC32pqU1HkIUdQSFppmzRK0FWJqGtspTHaooQKHcRfOsYJhoMBX//a13n8scd4s8AaBAAAQjNJREFU9NFH+eM//iN+/Pbb/NP3/ukjY9z9J3V7gWfibIWQBiEMniiUGJUAkeGMwdhQUpVKBnVn56iKkPjY2kHtsZkgbTvaqaDfTzAIVFeyfnGZ1dUuVmbc29bsHNxhc2eXqh4SRTkxBmc1k2mOsZalpSUWlhbwkQhaeZHA6xJXh/83xlFXBotiODVMjacwjp3hiFIbftr9+4MbzTMzCptJVUJYuNBeFoS+/WAw4vLldynLmqo2ODzPfeY5HnroIb7+ta/x0osvMr11+4GdquVMSZ1wclQyTFqFk6ef/z4Dm8PGQXDBpTEbKnXN9u42t+/c5OTJM/R7PcbdLnGrhYtUkISajdl5j0ASO09PJHRUws5kzHvbm7Q3lzl16iyr66e4eXeLybRgzccIn1BryyQf0+m1SZI4VN+cR6qYNAueu0nSwvswdciR6qJrRIO11kyiIXhBPq1wXhInLSIlSaIIhKMq80ZwOFSN4ygKU2Myavh0oGvLSy+9Rre3yP/w//7/PpC18U89SVTnKD3FU4GwCC9xQqLj4GEpnEU1y+OlDH6w1vCkcbxQanxtcQYezRSvZpZWW9HvpCAlreWSu6t/yt/97R6dasxy/zwX62dYbE8Z57tYP0JKQ2QMaVWgjYVul79dXMAhyX4vx2jwX7Wo6y2kXAkgVGm8iJlWllGhyWsYTAuKWodpvaOHIg4rvnB0Hx0a7R1OF8+OGuEmWZY121s7vPrqa4yGY77wO1/g//zH3+Cv/ubbvPn22/yLf/4H3Lx5k/zmrQfizlvevs1CVGCKisLkVHVBXeSYqiJKU7JWRtx0GFQSoWRzcq801oGpDUkUs9BZJmq3iNIUrQ22snT6PS6ePsVTv/cVHvm9r1PGXfISsrMPsZR69m5foa49lVWM8xxvNT2l2Nq6xdZ0RE7J1kHNK//4ErdH3yUvqwdwBX4DwtpGd+/9M77zz91P0eQLlJKGQ3fEJxbCARAZ9NKEEkTxTORXhuqXDxI8zgfQmyNnM9QwEwUW4shr+9l7bP44o740GOd8kLl6EEpX1ro5X9o7T7sNcRKTJKETomv9wNqwejjE+DFWTxENxnkfDtdxPPPpDbqgM350FEdYayiNoyw1trYIA2SKKLO034dxEacfXmJppYOIu+wPxwymW+zs7zDOt+cYZ41hUhVYY+l3u/QXF5CRpCxyIgFC19iqCFPHxvzKMK6qAm3jqSef4umnn+YPvvpVrl+79pEx7r6TusG777BwoofyCuEUQskG2Fw47KgomN7m1XyixztHqmJqGeOdoCwNunSMCsepXsViT+PthCo6wWDfs7UlSPC88uPXefmtm5ipY0mmPLSyznS4QaZHmLJiOhmz0I5ZXl1AtTKmvqYqpwjhcPUUzJhCT3EywpJQ+zY5ORNvuTfYZ1pqsALpRVPqnFFu3x/+fX86TIA+OPAwy9C1gYODCdbdRJvQwonjmM986tN8/oUXeOKJJ7i7sUWlHwzpO0uzefKWJAmddps0SQCotaYoS8qy/BBC5uHP45ynrCreeedtvvm//yn/7Etf4Quf/2fUzuBoeA+use2an3oJCYrx5JMCUzpubG5iVMLW/oSy1Lz19hXSVofPfHaNc2cv0u12w4m28c90Db/CN4RnhEDKBCXicKJuODKCwN0IbeSKTk/gLUzGe4Cn210AHEpBGgdeSZBLCTy7ID1wOJ1mncc7SVVbhEge2EnW37uLX0lxLkybeiVwIlSEAkREyBqi2iCdQ2mDERIfJ2zKiIH1pKXBVI4TpWCtpel1DY6KSnQZTzSTwRD5mOB5+0fkxSrbtzzDesx62kNnm7TqKbauGE+m+ETw3eUe29027UoTyxIvLEJpRNQjjl7A8pdYF1H7hKmryVHsTocM8wJnQbjGH/NIxfbozphVTA7J+6Kpf//kbvMe6tqys3OAMddwOL74hd/lG3/wVf76b/8TN27f5tKlh7l9b4P6AZC+773zNmIlAz1gPBlQjw5IFKwsLtLOUqIkwSsFkUJGMUIIyiKnyEuctnSzDsv9BZySkERhiAdHlkpOrPdxy+voVsa7d24zKCRp2uPEyR6dbhe8RBvQAipbsryQkgnJ3f0hB0XOjY0R+xMThNz/Mw5nLUoeIUjMq2H+fb/6IxX9wyGwoz7REITKPVKGG68kwJrz4b6gdXBusdYhfZB58sLMOb3B7SEULwJ3nMPeTtOO87PErrnhN86uoer3APmP1jpAzy9RR7SJ45gsTSni+IElddP3brC8kiJdI52uGt1QaZvdH+HqcAByzmG1IRISESfUMsJZT9lg3LQULDcYZ+YY55gWKb0y5uqV93jz3duM9yektfhQjGsngsXlHnG3TY5G1yVCWLwu8GZCaQos6leKcdZZ0izl0sVLvPDCC3z723/3kTHuvpO6K2++RdtfJFY5wtWoVoSRAm9t8IEsavLJhMlkEjTqjAmlVqUCGbEKEy9DbxB1xUo9oEsfU2/hVA9hFrh3ZZe9a463L28y3nWsdNtcOLlIzx1g3B69uMSVE+JYsr66TNrKKGqL0w5Z1ejplDKf0tY53hlUrEiiiFJA5WBvNOJgNKK2wTaKn7Ox3r9gs/Dv+7+jIRvuxXg05s5dw8uvvkK73WFxYZG1tTV+5/Of54c/eonqYP9+l+MnQklJv98PgtDe0+12WV5cpNvtEkVhiGU4HrO3t8fdu3eptf6QD2TgATjnGQ6H3LlzB6MNSZKQ51Pqqmp8Dt/vSeiAGsGwrhDTnNNrS7jKsnlvi92tA+rasLd3wLlzHZR0VPUYmRtWltcpiilFmYdTnBDgZQOI0G51abfTcML2fv4+Z6ffKFLgY/KyYDAek6YJDhgM9rh7+z36Cx2eefpppBQYU1PVBc5ZcOHkHfgxTTvaCWhmsB5EPPrmG3SfvICVBdd9iUnDzQDnwmRvbWhNpnSnUy6UFdKY4GeoJGfLik5tKbRhbCyiNnyqHvJ9MeA502El6jEouqwdfI0/ie9w7eop7m2O6KctTq/2WZNTxgxoqSm2noJwDJeXudPtEDmIugbhKlRRkCaLFPFnUMrObY8qoSidYG86ZXc4ojam4ZR+2OHmZ8Uh0B397M33kpDUtWX/4ICr1wxSSp58/Pc5f/az3Lpzg2cefYRet8vewcEnuTQAXH/3XarVNqdX22S1wdUamSVBTocwJBWrGBUl1JXGWUcxLrDasrSwSLedUukcr2KU9HhtSCNLGkfUNuHy9j573/ke3XP3uHDhaQ4GNxDuIsuxppiEVrdWFq8ME1Pxyr09/uLGQTMd+OASgN+k0FWFTKI5n03MLbeOHkqbQYUPTAH7pqvgabqm3gcOGA7pbajMeYGpHVY46jrwu5SQSCWQIrRc5ZHvp5RENElmwJBZ69WHw+/8uN8kdf6ordeD1UI4mtjJxsM0iiLSLKOsqg+h4Nx/3HjzDXpPXiCRBYUvidLACcY5TINxxWRKPp1SlRXWGKQIpgR1WWHrICo8w7hePaQnBjjTwUc9BkXCrct77F6HN995j7s/B+OWlpdpdzsYB0YbfFlhi4KqmNDSU5yrfy0wrtPpkP5hypkzp/nc5z7HS6+++pEw7r6Tuns3b9ONDSdWMybFiH2viWNJK03xkUIYi3LQihPSKMZqHYyuGwHiWEIdxwwmFYk1SEo6boirPXXp6al1TLlCKRQnZYcTCx16bUNrepu6us5ae0LiKqq6Znl5iV63T2k8RVnjc810Y4+DO1ukaysURYGuyqClF0fkzrM7nrI9GFIag/Ee875NdVhOPboQRz/4P6H23CyUikIL2s/YuAKcs0zGObdu3ebl7GUunDvP1776NZ599lmWl5fYfQBJnRThw7G0tEQURfT7fdZWVuj1emRZhtaa/cGAu3fvMh6PGQ6HaPt+N4nZWUQpSZa2WFlZ4+zZcyRJQllWlFX5M0+YWge9pe5Cj/XVVbq9BcpCc/nda1ij8c5w9crb7O5usLi4xOkzZzA6uCnMiMbWBe0mrWsW+issL60w2yjvWxMPS4urKBVzMBwwLXLSVsK0GHPr9g3+6i/+lG47pd2K6Xba1KakrCaARcmEJG6RxG3iKENr0FaDeHBJ3f7N2zyfOpb6EdfrKbV07ESCt5VCRApRa9AW5T1Z0zoX1hJpzUJVIT0IpRiZmthZFlzBW26IKwWfqyQ2WkPr01T2FL1C80i2Sr8NfTfEDm6wEA/JohptKnb7Pf6+t0Ds4VNVzXceMSxvD/n9zV3+ZnWRMrtE9KwhvgUujii85yAv2B2OmM7ssX4GH2i2Vz7KjSOKosbK7RD4jLYMB2Nu3rxJv/cKv//lx/mrv73DiZMnWVxceiBJ3XBvQMsVLGeCE8s9iAhm4SrIUkRxjBIRdVGjywLvPHVRkWUd2t0Mo6dURpOkPaRURKlAyohhrfnxrV2+f2ObIS2e8AnSthjlEx6+sMpOPqSYViQItgb7/M+v3+DljQG3Rv958eU+SlitMSJo8gV5It8MRTTh578cVu7meHEk8fOzRplD4giip+FQFxKvICmSNILn0jtwBincnFMnlZyLDftZMudcENuXMlR3fNPlFaG+Y32w9fplpejWOYQxlGWJUsHdIUnCQeVBVOtu37xNP3Ws9COm9ZShdCSRIFYKHyl8g3HOeyIhQu+7mdzVH4JxuCLkCKWgnmOc5sB6ukXyUzHOmIpev0e/t4DxUFY1vjCUe0NGm7vEy4uUZeBrx+pXj3E//OEPOXXiJL/z+d/hqaee/MgYd99JXZWXbN/bYrV3io6MGe7s0MpiFtYzZBSRttrESgXNJWupqypk6HVFWSTUZYktPPVuhWuqa7Gr6Uc5tr6LqfYpVR+VdOhEEutyzGAfGY/pphMWWhqdl6TtNr3uErVW7OVjRNbBjysGd7aZHoypq5qizMmLwP9zSrBfaW4fDDgoS0oPlQ1j5IfbP4SSkt7CAu12mzzPKYqCuq5/YuFm4wdxFNPt9cjSNLRjqjJIG+ga5yzD4YibN2/yve99l0sPPcS5c2c5deok7167dr/L8RPh8SRJwvr6OlmWsbS0xNrKCt1ulyRJsNbS6nSw1rK9vR34aPn0iDDlLKFTtNttVlZXefqpZ7hw/gLee27dusVgMPyZH2JrDdNpzp3bd1haXKLT7ZOkCUkSMZmMef2N19na2uDhRx/h1KnTlHnZtEKDt6uUEi8F1lru3Quj4u1uL+CxC8bdSsogCCoEJ06eprfQJ58WDAdTrl81jMd7bNy5zq3rb7Gy2OHvvv1ndFoZQlhqWyCFoNXq0Uo7KBmxtLTO8omLWJtDlHzi6zKLYjhh88492tEaa97QPtghyWIuLy9hlaRuZVTdGCcFu9YR11VI6uqaThGxGFX8rrSUgxqjLc5aKltwRUou1TfJij1ktEScdOhkEmdK/PQAUR7QiYfodkGrLKizlH9YWGbZJzw+KTjRKfnHUcml29s8ujPgeysVrRMd0hN7+PdqvBQMK8OdwZC96ZTKeSpnjxyKDpkmUio6nTZZloU2f1U1Psh+DoLzW7CHOIpod9qkSQpCoOuaSldoHczp9/YPuHLlKkuLy1w8/3Ve/fEPWVle4tqNT359rLbkkwkHB4oLS126CwsIYYljRdRqYYxnMh7hjSNWHmMsWadFu9PDWk1tHO2FJYRqISTIKGE/L3jz3j5/99Y97owsXkHr+i5FHvOZ33mGdrvD66+8xNX37rC7t8P/+sq7TLV5IFyr34ZwzofqThz045wJAuNKhYl2ZMDmwxtuQ5ZpErVAxxN47LygEozCbFPFs+Ab32jRVN+8Be+QItg54RtRYhGUit3shV14P84GioqbTcHO3jvME4WZFNNPi6PqBB8laTgqxv7Bg69tkqayLImjOEz8R+qBJHUzjOtGa8TesHsQcoTV5aXgetHKSLtxECG2Dl1XofBT15RFRBxVVEcwzltLaguklNj6JrbYo/wZGNdrF9iywGcpiwvLOJ8wnBTQKXGjksHtbaY7A7pFRVHkFMUU7349MO673/suZ8+e5fz5c5w8sca1G9d/7vW+76QOJyimU/LRlAtnTxDVU4T0KKnI0pQoTcIPIwLZNEojnLFMJw5TFujwEnRUC4ulKIKadKttWJI5Ipoy0buUucUaS5Io4ram0xIIanAa4yV17bmzsc80r6ipWWp1KMcFk8GYotbUDopm0SqrqYxmczBmZzyhRqC9RzvfUF6PbBgh6C/2+aM/+iM+97nPcefOHf7+7/+eN954Yy7ceHgm9CRxwvLyMidOnKDb7SKlZDgcsr+/x2A4pNYlWmtG4zFXrl7ltddf4+t/8HXW1tbueyk+LFpZi36/T7vdptfrsbCwQNZqEccxURSWP44i4jgO5d40JS/yAAZ+1noVpGlCv9/n4Ycf4dlnP02n02U4HHL16lUmk8lPBZnZv1dVzf7+Aa++8hrJ2+/ivKfIC8aTKc45lhYXiaKI0XjC2uoJ+r1F4jhY3MRxhFASrWtu37rFW2+8xSTXBMk6D96hmpO6EILzF8+yfmKNIi+59d5NDga7lPkAXEkrgSxK2N+4yjQStLII4zTOCZK1M+AKNrfusCUVK2ceY3/7NqsnH34gawPgrScfTxhPu/zD+iJfq3OkBB1FlGmKSZLQbhUCK0CnEdJaslxgjeaijTBakspWEC4tHcpZBonmz+SYp/WEF8wW1QSEcWGSL624nHlqpRlR80dA6hWfPcg5VQ5xrqTMuqTjnKcOxhRVRdRxtJ6sSOucymhyq9keT9keTSkc1D9l/wgh6PV6/O7vfoFHH32U7e1t3njjDa5evfqhwqfxrJq8tkan00FKyXg85uDggMl0Qm1K6kozGBxw9eq7PPVMxt6BY3l56cGsj/PkRcFgJJnkOWmckcQSoSST6ZS9vTFZlLDY7yAwRImku9DDO4mpLSpJgt+nVDgpGWrH1YHlzT24W7TYHU1opQnDA8nK6TZ5XfP6G2/xb//iW7x95Rrb4+kD+bl+u2LWupRESs67BrNEbsa5nUmaCDFvnTTJXRimCER2H2YZVMPTFYFW4giJHwQ5FHHk9zmfquFiex80EoLtocdZN+/YhG7sbFI2tEOP+kv/rApQlmXzg/gsafhpIaVsZJnCvdc1nY6j/EHnHLquqeuaNEtR8sF0JGYYV067nFlfJGowLo6ikCMkSePPLVAC4jTCWUuZCyqjETZCHcG4qnQ4Z2klmiU5Bj1h3GCcN4G2otKKTuaJlUYQpIW0V+we5JTlkNyV9LMu1ThncjCmrCpq6yjKJkf4BTDui1/8XZ588kk2Nzd59dVXPxGMu3z5MpffeZvnnvssq6srH+l63//0q3dM85z9gwHm5AorqysYXTVyEo7aOaRSJLEKdiVK4rShthaKHFNpvK9YbkHhIC8LJromjRdIlWDRaFqmwFmL9XKe9RqtmYxzhgdTpkVNXWs8IGNJb6FNr91Gm5pJWeHjCJW1wUcYLcgNjI1he1QyKmo0EXq2cTlaowub4+zZs/yrf/Wv+OpXv8rOzg7eey5fvhysTJpRWdlk7a1WixMnTnDx4kWWl5ex1rK7swPeU2uNmzqM1UwnU3Z2dnjjjTd47rnnOHFi/X6X4kPDOcd0OmU8HofpTqXAOYokwXtPXpbs7Oxw9+5d9vb2GDdilOE0G0Q2V1YWeeKJJ/jc557nv/1v/zVPP/00u7t7fPe73+XFF19kOpn8zPeglGJtdYVL586wf3BAnISpQbG8QhRHJHHCmTOnOXPmLONJgbWeTmeBfn+hOf2EStloNKLT6rC1tc3O1k7gMBmLkp5ICiIliCLJzsYd2u0OUmrqah9nLUnsaSUqWC+JCmknQeySNPDoRESnHdHrxGzZkr2tTfb277G5XbO0fOqBrA0EXarpNGd0MECtLfIfVlaQpsaJwLiJBFgl8UphlMRKidKG2DnO5jmf8h7rKqIMSitQVcmXdM23uh2KSPCW0dwyNS1r+aKDl4kBS2YNJ6clj45zNgpNVdX0nGeiBO1uShJFrFU1viyplcInGfIhydrIU1jPoNZsTXKGRUntBdpLrP/J/aNUxNmzZzhx4gTf/OY3OX/+/PxwdBTwZs9pt9ucPHmS8+fPs7S0hHOO/b09pBDB7Dy3OGuYjCdsbmzw6COPcPHsGRL1YMpY2joklkpbhpMpkdK02il6Yrj63ibLC30WTveQkSBLO0gVJrbz6RjnDK1OEkzdhWK3MLx6Z4+bpeS9seK9rQmtqEerfRLte7z0xhv8x7/+9+TTKcUD4jf9VkbDpbXWEUkZWuPzD2JDUp+1Y+WhDJIXjaYl4YMrm3ZocGkInDkhRLAGazKy963ILDlzhxSQ2bf9YFUt+FLL971f5z2m0bnjA4nCByOKInq9Hq1WC2MM4/EYY8yHfkaEEERKhfaeComaaypwwfP1MKkzxlLVFVEcoaL7r/F8WMwwbnAwgLVFVlZWsKYOSS8+tM6VDDy2ZtDSaoN2Dpvn1A3GLTYYV1QlU12TdDu0IoEwmk4j8usciAbjnDUU05LxOCdvMM46Dw3GpVFEVdVMyxKrFCQZzkq0/kUw7iz/+l//a7761a+ysbHBv/k3/+YTw7jXXnuNixcvsr7+0Qo/972K2jrwhtF0ymA8prXSJW23UAJc80FWcYKK47kKuxMOISOSrI1pqi2ZqhjEiigWiDTGCMiSiCSN6NiYqqgY5YbRJEy5jscTyrxGigQZZfQXunR6Ma22QliL8obaalho01k8QbqyRhz3cPaAoYaB8eyNC2orMV6i4pjFbpvRcDDfAAhotVo888wzPP7443S7XUaj0bykelS7zBOqk91ul/X1dc6dPcvK6ipGawQwGAyIDw6CTp43GGMYDge89951Njfv0eu173cpPjTKqmJjcwPnHJPxmHarRZZlxHGEtY5aa0ajEXt7e+RFjnN2LrYZKcFCv9cYDn+Bz3/+81y69DAguHr1Gv/df/f/5Ic/fCnIYHxIzEAtiWMuXTzP048/jlSKlfV1lFLEcUSSJMRxQtZqU1Y1/cqwtnqC9ROnWFtbIU1jqrLg7t07vPb6q7zx5htga5QoiKRGJBArQRILkkgSRwBTdFGRxJ5ealGRIokUaSxJE8DW6GqKcIJKGIx1JK0ueENZhdb6NC8xecV4OpMteDBhnKXUNflkytN5zl8vttGJwknmfEKjIlwc4WQgGHsHTsXcyFp833l+3zsiPGMlcYnndqyIlKBMYnSqmBpFVlW8UToeLTTd6ZTOJGc6qchtEGpWaYteJ6bdjoilYBwJHnOGbjsl6S5i4hXM33d59pGYG83+2Z+UlBqMl8hI0k4TinwS9k+DYK1WxmOPPcZrr73G3bt3WVhY4OGHHz7kHTU3pfn+6XRYW13l3NmzLK+sYLRGKcVwMGA4GlGUJdZYam0YDAfcuXOL1X/2FXr7nzwfdbY+SRS0y/K6JC4sB5Xl9uY+9bji9FqHKI4JCvgeZwz5eIiuaroLHdKsBSriYKp56+4el3dLro80r797G2cVrU6PcT3h1s3r7I5uP5Cf4bc9PDNZkKYi1uDX0Zm1WaXuff8iDit5UvpGL04cecJhgha+j29mHppEzs105WYPFvNuQfOyofomg72YUBKBxBMs/mYSJrMqHXzQ0mz2soIkSQLvTQV+32z/fFjIRrIqimKkCgL6BpDW4cTs/TaJnXfBHcnacH9+ADHDuOFkyjjPaS+2SRKFlGEIzgORipBx4KELKRGORsaqhXGennfEeEZKohKPixVGCbIkJk4VbaOoq4pp6ZgWmnw6ZdpgnGswLklbtDoxWYNxaSTQzuDaKVl3kWxphSjuYm3M+GNi3BNPPM4zzzzDiRMn0FrTarU+MYy7ees9tne26HQ+Wo5w30mddZZYhQx2NJ2y0FZ0uylpmqLSBBFnCESYYHFBzsTWhnwyZTqeUNU1CkGrpfCiRRS3yFoRxtaUhUOgmOQlm9v77A1y6toSKUcawdraIr3OIlnaQsUW4wtqPQWjQdfEvRaPff45RJqgkxTvJNopxtqxrw3DSYExQWWo04jjlsWUsrDzAeV2q83jjz/BiRMnEEIwGAy4fv069Yf4scVRRLfdZqHbZaHXo9fpoLWm3WoRRSpsaCfmRuB1VbG7s8321iZCPZjSt3WWwXCIs46Dg4MmiQpCuzNdt7quyfOcSlfz3n8USRYXOzzyyCW++tWv8o1vfIMLFy7Q6XTY3NzkO9/5DleuXAtm1j8ljkoIOOeQUrK8skIrS3F4kjQkdHhBmqTESZuFxYQL586zvLJMp50ymQy5cvVdXn7pRd5++222traoqindVoToxEQq6CEq2RDYm0RICo8UFjnj5YkmyRQx2sJkMkZJwcH+GOclUuXs7Exw3jEeD7GmxgoJqsfO/iBMxz6A0M424OJ4ZDLl0ZbgnU5Gnca4JMHHCU4ohIHE1Qjnieqa9jRnLS94ptZcU4qyG3EiajGJM+5mMcpq0goUkjOF4YW9CfEgx1UWgaaSDtdrU7YXSNKMF2N4RJZ8xhQMKo3RFa90M+LVp9hZyZhmHaJ2hBERQ+3Z05qDSYk24JF0uj3avRYbmzVlWTQ3V+j2eqyvn+DFF1/EOUer1WI6nX4oJzWOIrqdDov9PkuLiyz1+4HjOR4TJwlCSA6HrB1lUbC5ucGXYsEoeTBVBu0cQiqSSACaUSW4czBla+uAZ8+cIk2joLHlQE9LdG2wRclSf4GFXhcdx+wUjlfe2+OeiblbKd64cpX94Zg0Snlv+GNqV76PZ3UcHy+CsERIDqxzgfsmm6zuiHTJbGBiNuU6m4ad1ddmedL7uGiz7+FCAmZnrVRmLdhQGRSzHu9ML88z59lFSdJgz6xSF6zGLDNrr/C9QkIj5m3SWUgpSZKEKIrmxYSf2Xqda5E28mKA9OG1G5rg4bVzfi41xgNK6o5i3GgypdsS9DoZSRojkwQRJ0Eb1EDtarzzmLomn+YUeYGpNZFS9LoRKmoRxRlpFmOtpqoAJHlh2N2bsDfIqRqMU9LR67XpthfI0owoBidLrCnwlQZdEXczLnz6KWQrw7U7GCKM/fgY98QTT3Lq1CmklAwGA27fvv2JYtzm5gYq+umJ/NG4bySsrSNNBV4KirpiMBkhoh7OWWyeo7VDeEmWZsSRCm3IskbXmnbSppt1wySRgH7fIyOFkpKyKNkfHbA/zNncnzKqPQu9Dusnu3Tbkiz2tLOUNIpx1pIXU7wtSTD0uhmu2ybttnjohReY1iWvvHWFrmnjTELuBSPnMSZUGmtnqKcTKtN46h2phLc7Hc6ePUOaplRVxd27d7lx48ZPOAwIwkYKPLCQNM1OVbO2Z5iMUgihsEZTe89kMuX2nTsk6YOp1EFw/RhPJxRlGbgWUYSScWNrEypRwUDaYp1FKkGn2+bc2bN8+tlP8c+++EUee+wxOp0ueZ7z8ssv8/d//x0Gg482bei9R9ehZTAcj0hbLXoLPdrtNkJIdB38+BaWVkliSbvbQUWSwXDIjRtXuH79Gs5ZHn34EhfPn+XWzWVi6cM1lQQ+XSRRMpyU93c3mYyH83H9JI1Jk4Q0TRvzaM/+7i1MqakLjTNQ+wJj93HW4LFkrZRp5bnwxLO89uY1zE+pRt732jgPQuKFoKpLnprCvQgUFlHXRE7gvKSOIowSCOeJK01caayIeTFNGEjYFJ6VriePIoo4JqlqnhiMuDCuWDqYMCwMaZbRX0jotFPeSAQ3WykbcQvhJWlVcNFU/AjDlVZM1kqZ9Lv8m7/fpZ2u8y+/UbL3VY27FVG4sH+0dhjjqb3FlkXwM20mp2c80047HALG4/H8xnTr1q2mDXQYAhF8KZuKRNSIQXvviePZ/lFIEWzewvf1jMdjdjc3ETJ+IOvjvKAjY1JvEcIxKSu2dvcBR5J4TJ2DlWAlVVXhjaPXbdHtdnAqYlA6Xrxyj023wiRp8ebNd9ke7qFdzbT+5Kd1/3MMD/OqyewAKeYJ1KEf6vuSlqYtKpjpXzYcPDWrzDWt08YxIggNh5eQstG0xCOknFNvnHfzYsCsKyWkJE6ScIg3hpmaqUPMlE6YS9E6Fw7+H1KpUyo6pB4Z89Nbr4h5Ujrjsgs/k8ifJaxHhn9hzrd7UEndUYzL65LhFFQEHoura6wTCC+DALwKPERdaXSliUVMnCbNgd3T7XpUFBHFMXVVMxiMGI4rto5g3NJCQq+dkiWCTisli1t4L6mqgtpUCAztVoxvpbT6Xc4882lyq7lya4PUaYz5+Bh35sxpWq0WdV2zubn5iWPc5sfAuPtO6iQRHSVpK4EQhomJGB9UjAc7VJMJ60uLnFpfptsCbE2tNd5LWu0uC90WifTUxlA7IIpACnSlqXLNnd0h93aHmCimfWKNxZUuqwsJXaVoCRsmjyQUXmOdJUtadJMVkkhSRQmJj4jai0zqETdubHJ2XSEShZaKcWmprUU32nRVoZmWU3zQEG/ItJ66Lrl8+TKvvvoq7Xabl19+mY2NjSPToc11aMrG3nuqqppPyM42oLWB3Om8xjrTbCYYT0tee+PHLPYX73cpfmp4CMbOWhPEe4P3n3MOIT1C+HmLMYqh22tz6tRJXnjhBf7wn3+DTz/7aVppmOp5553L/O//+5/x1ltvo7X5oFzPT0QAoiBrUpYVd+7eodvvcf78OTyB3KwrQ5qNibMuKopxzrC7u82tW+9x5/ZNjKlZX1+llSZIAZcuXETJOMh7NGLBSZqQxDFJEnOwt0k+HdJqd2h3OrTa7VA5lodyAz/6p2+zu7vNxu17jAYjjNF4CVkW02q1KIoRrVaGEC28Hz6wtcErWkqQqVAJWqkV//VByXSyh84L+r0Ob60s8aOFDsJ7Im2QVlCmba52Mt6WEFlD7GGqwv6Jas1Crvn8zoDdvRHbQpH1l1lc7fGDfsy9SDIWDi09Xniyuka5mpejhHFrgTJWJElGPYqp9t/hoQVP/1ZFZR1SeSopmZSOyji0Cz6V5VRjc4/3sxN/s390xaWHL1HXgdj9zDPP8B/+w3/4iUrDUQ5SXddUVfX+/TMTivb2iAenZzia8sZb79Bf6D+Q5YlFTMysoiEZDafoomSl30FPRhSRRbcF1sZYL8nShE53gVpE7A1y3ri7y/feuUO1orix8w5Xbr17XJX7hEN40SQsMBtaMLbBNOeboYEwuUp4SKjNCdHgwayjcCSvaQYajLWN3EhI0EL1q6n8c8iT8rhmalYcOkk0XQMh1Zy/pg5pdfNWLvPX8PgP6Qh4D8Zo6jpYI872xYdfjHmRsBnOmHkXHPm3D4R1jqquf2ZL977iAxg3qRXTg5K8wbjFXocTK0ssLnQavrzBWUGWtul2MmIJxprgEdtgnKk1da65uzNgY29EeQTjTvRjFiJJKhxRc38r6xrrapIoodNaII0VdZKRyJi0v8r+eMLNW6+x2nf4XwDjbt66xVtvvUWr1eKVV17h9u3bvzKMu++kTqmEzBtiq5EyYVwZbu3tMtwbcLLV4tLZBboLXWQMwjqyKCVOOkRxhnCaPD+gNBUyaxMpibHBEw2lSHs9ktrTX11l8fwFeh2JJEisx16gvMb6Ai8NIla0W30imTGixHrIRIKXbXKds31vj8W0Q2uli8NiphqNx4vZBJTHewni0BlCeM/+3h7//n/5X/jud7/LwsICt27dmvPqjsasJJ7nOaPRiPF4TJqmWGtDa7OuMUbPv2bJTlEarl+/zcpSfr9L8XPD+dnR0KCdpfElbwjBgYzb7XY4d+4szzz9DF//2h/wuc99jl6vy2AwZHNri7/487/gO3//HQ4ODn5uQgczQnCwqOn2upw5c4YoCcr7kYxI0hSfQSuLkcIxnY7Z2NzgYH+HjXt3qeuKVhYTxwoh3FyUUcoYoVTgj0TB7kZFMVEUc25xlVYak2UJcZYSRTFKqsO2ioDltdPs7+1x8/o1djc3GE8nWDyddpted4HdrQ3y2lP4CCG2H9iaRDImw5J4EypBleHe1j6j/RGraczO0iqvddvYWIA1mERRJB10nOJwxNWIVFeQpNhYoZwn8h4RRcg0Q7QNvaUVuqfP0OpGmMiRG0HpBdbXKF8hZI6PI6ZJD60yekKjvKC8liDGmqc+panG+5waKNJuisNSFzoMF4nALXE+CDa/n+/t2dvd5W/++q956KGHWF5e5nvf+x77+/s/Uen2hBtoUZZMGrHyNE0xxpDnBbrWWGOwRmNso4rvBNNcc+PGHVaWH8z+ESrCiQDuee4oxzWZELSVwGmNrSuqssRZj8wWSOKMvWlNoQuubu/xncs3+cfNMXvv3qb+aTfi47jvkAgaeTqcpyHNO5QQKDWrrM2SOZj5ss4yvKPWiHDkI9y0TYUKHQ7ZVLrwRx85yxL9oaTJIUsu/N0LrLGIiHnmeNSb9mdBqXN2TlmQUqK1/qle1LPBDOcszgVbxVAFPDSX/+C9a3boVg8oqfsgxo0/gHHrS6u0u21Ug3FRomglHeI4ReLQ1YiqwTgVB7cf4z0+iqDBuP7SCv0zZ+j3IiLpUEaQeoHyNdZXeJkj4ohW0iNSGVOhsV7QFgletphWBdsb+6ReEf0CGPfn3/wmP37rLRYWFrhy5cqvFOPuv1KnGp9KK7FWMSlLtrd2UcCJ1dN0u53AO5CiGZuOEVGCNYJKa4wDFaeouIMEpC2IhWahLbDrC7TXV7nw/Bc599znQTgm29vsXL/K/s4mmRmTuAhlAoHRxZKd8ZgbxQjVtTw8zTnrDAoLkQ1SJ+0WcZyiK9PYsrgw0DE/4sARiitVVXLr5k3u3b1LFEVBEPGn8BmMtYwmE/YODljY3Q3OAEIwmU4pyzKoV7vDjRW4X5Jet8dTTz3Ja2++fr/L8RMRqUDSte/zEgoNACWCQXKr3UFFKpSRz57h+eef5ytf+Qqf/cxz9HoLbGxs8t3vfpd3373C//anf8rdu/fmHLOPkNfhnKOoSryHZ55+mlarhRcitGCzFnEUhfF7JRnnJXU5Iksk58+eIk0Skob4r5TCGMP+wT5CBNkApMILT2UNOAlaUuiUqU6JcjEvZR963gYwX11eZvVkl4X+GrrImZZTalMFsPaKCxce59ade1y9c/eQCP0AQiiJF2AtWBt+/s3NPSSClZNr3FnoYVWQw6iyFKsivEqRFtKyIjIWH8XYqI0DpK3QQrPbErx4YpELJ9d5+8yjfN8twF1HfMmw2Evp725R6jHGWayVlGkMseKpyZTPVlOE9rzeLfjzNHyGLZqeq5lmC0RRgq3s3Mz8fVvmCHdJ4MmnE95++22uXbs23z9V9SEepd5jTJD62d3fZ2F3t5lO9EzynKIsD29mR6cMEaRpxsOXHublV199AOsj0A7yEmIsvvYspAmtSKJ8qLbnBkrnGU8mtOOS6WjMteGE793Z5UdbA8xH2STH8YvHkbbhTDJk1vqSzcFv9rjDYQAxf/wcxWYtW0J1R0pBRFOdS1OiJEUQ8MwZjbO2cYgILzTj4TnvQsvRQ+R840czd/sMid9hPvlzw3s/v+/8hNj9h4RzQSZFukMyv5vZmP2U5wYf1uSBWO39PIzrLfQC/ksZcgQVIVSKs1CVFcZYRBSjonawbbMVsdD0WoJTJxbpnlznzKc/z+lnPoNUkO/tcXDrJsPdLTI9JnIWZSVZg3F7kyl3Gozz04I1YxDeYNHUrqb9G45x988uVmAQlFYwzT2Dgwm2qllaWSBSFucqrBUYp5BWYJwAbdG1xVpNmmUkrRbOp3hfk7VSYhVRG4tOU0TaZ/HCRXrnH4KkS++cJVk/x5WXv8to4xp960jiFO8Me/mUtze22W23MXsjNn/0ImV7gVJJOt2MSli6S4ssdBdRIiJJE0rbtBA/lJ/AfBPXjZ7PTwtP4HKUTRY+GAxIkgQp5WFSZw3eu0YDLjwrjiMWF/t0e937XooPixMnTuC9ZzgcUZU1zjviSJImiixLWFjocerUGZz3nD51ms8+/zxf/MIXuXTpEkmScO3aNb71rW/z53/x5+zt73Pz9u0gUClmePHzQcY3N7zdvT0ee/QR1tbWiOOYJE6I4ohIKoQUCAmdTkaapkSRRKmIOIoCD1GGpE4IwfLSIggxF+v0jrkwq/MwLQqqusYJicDOx/e99ygpcdYyGo2IVPjeUnpcFCEjAdbhtCfOugiVhFLmA7GKDyGUCOrmRjDNHaPRFFPVLPW7pLFHuRrlIpRXKBf8JzElsXYoU6OTlLqVIUgR3lBJh21JEmO5liTcaS1yq4Dtv/prbD5Evdqmfv7/xPmHz7BYvMfQWLRJkM7yWJHzyO4B9+IYo4d01Rv8X778JKdWlxkPdzCR57XrC/Q6C0gZeC1Y03CPZos9/8nmf7HWUhTFz7wOnqDZVZblXLMpapL9yWRCWVXz/TPjCUEwJV9c7NPvP5j2q1ee2jmooXCGSES0WpBEgfOSOzCVY3M84vq9fZI44nt7I66PCsb6wU1NH8f7YwbhR6dg523QmWRIU02bfTbnuD8fjDhagmm4Z0IihULFMSqOQUik91ilMFWFszpInjRENes92losApzD1hU0wwoiDKIGbrWQc47bx5Gu+SiPnfEKnbVzLuHMJu3D73ON57V6MJW6n4dx3tVYF2G9wrpQ1cSUaO2wpiZOUpJWhifFe0MqHaol0cZSJwlRa5HVSw+z8sjjyLTHYlERr1zh1ps/YrR1g56xxCbBO8tBkXNl94CdBuMOXn+DurtIISVZpjCRp93/zca4+07qvPTU1lKUgsnQYnJDL4noJZJqPGQ6iOi1VxFekE+nwbRXW0CQtVuoKEYIF+xBRApRTG4q9sopt/fH3CtHvFX9A+cGU9ZPPcKJ9XN01k+x/Mij3B1sUA+ndESMkRE7kz32LFz41OfJJxVv/tOL3Lj+/2HtwllOPnKB1kKbuJWxtLpG1u4yynUQgPSu+awfrcjMivMf75jtm1NiVVWUzWBCURQUZRn650cmm6QQRHGEx3H9+tX7XYoPjTNnzhBFMVub2wxHI5JE8dDFM5w/d4b19ROcPn2Whx9+hMHBgNW1Vc6cPkuaply9cpVXXn2NH/zgB/zwRy+ysbkZNHSMa6bHPjogOe+YTCbc3bjHcDzm9JkzgSBKuFYCQSQUHk+sJKoZnPHOYoxHiOaEGsdkacby8lpI4twRIU/n5sDVbXVCq1nG4dRugnq6a679nMvgDU55hA0ldiXF/OStjcF5AwRdpwcWTdJQlDAZWnRu6MVh/9STEV9oKa50I4gTOnlFVFuEdmGwopVh2y2cDPr3iAShIjJT81Q94csHE3a2p/zeqYzr/4//htsv/4AbV69TvPgthqf+G77W6XBlmHNDJiwLy+9MptywkDz7adLCcOuVN1HxDeS5MyydP0XRa6EvTzixuk7W7iJNhasaWYb37Z0Qkpkb50ePwD0KFkbT6RSlFNPptOGo6kao9XD/xJECHO/dvPHJrMcHQsUKoy1GWxIvafcSso7ASUftPLq27G0N+MGtPf5pPw/81Y9xkz6OTyDEIUet0QpuxGyBmeSIDxX9oDzQ8N8aIp5sKnSh0Nb4sTaHdGM9xhs0FZHzyChBSYVUETJ2GGfnXRdo7Aw9qDQNFbaqDq3NSCGjKBxeRRAGRkpw9oHAy0wHT8x4db6RX/mwy9coA/ysidr7ip+DcUVL0W8wbppXmNridSh+pK0M1W417fOAcV5FlKZmv55w+2DC1vaUy+4HnJ3UrJ95lNXlk7TOnKdfDtgcb1MPc9oyQQvL9mTKjoUTz36avDC888qbXLl6g9UG49Jei7TbZuk3GOPuO6lLWil6UlPVgqnTRF7RzxIyAV4bdDHFlG0q6dHG4o1DeUev3aG72IUsAwQRCq0i9oqaWwcVV27v8PZ7d9krNfGNPV6IUqJoGV0Lzp5fYenkCe5EMVp7EAnWWwZTRx11efSJz1BPSm6+9CZ7G/cYKc/Zx86zvr5GnKZ0ej1EFlPuBxVp+xMJ3Wxrf/T9NmNHaK0ZDAZz2y3vPXmeMxwNKcuyKdPDTCtIyjBksXH33v0uxYdGmRc8+tg5Ll54iJs3b6JNzXPPPcelhy7S6XRQKuLevQ0effgRoijm5Zde4dVXX+X119/g+ns3ODgYhOGWD7zuxz1hRlHE0vIS/aVFhGjG9gVEPkwJO1ywjzMOgcA5hZSisWQJLQvvPJFUeKHwvplOI1QCnffzBE9KSSQUDhXK58LNvXidc2RCEMdhksh7jzU13vpwiPdBAd7hCEMzD/YGHbdS6qlBaSi8QXpJL43JZOBsUeREVUEiPZGxyEaBPm+1mfTa+CzFS4UlIhGKE1XNlwY16t4+P7i1wV5piG+P+EyUceqPvoF+7++4+7/eZvT9d9F/2EVqDz5GeMGkcJioyzR6lslJTSYvs39vgwjH+oWT3NxdYjp9k/aJLjKNqOoabR32QwqZH7dhfXT/jMdjNjY22N/fn++fg4ODICPwAZ6KbNjvmxsbv8jl/7mxcvIE5cE++XCCFhInBUZ4jHfkpeaHe1PenWru5Q/ohngcPzfEjAftg2UYhJuhoKEQOxe04ma7ed46E3PHheaVAOaiwNo4tDFYD8I4UiBBgfKIKEwqIg4RYpZY0rQyvfeYqsY2U6+qqcogwtDFrIr4SSPMrM1qrW00V8NkrrPuw9OPZsDEPqAJ/5+HcbrIMVVBLYPNnrMO5RztVptur43I0mAZSUQtFIOq5u6g5tq9fd45inHEIBeoSs/ps0ssrK2yEcWYBuOsFwwbjLv46LOYXHP3tcvsHcG4lZUlkjSj3f3Nxbj7TurOXXqIzSvvko9zMhQLrYRW25PEoGoH1lGVFdoLVJzQyjL6aUy73Ua1WtQqQjtPpeHu/pC3t4bsOMWuXeZONWI0nZDYKVt3dji1foebN24Qq6e5sNZGVwatoRKCovTs7I8ZRQmDzRHeaNaWlmjVBZ1+n0zFCAemrPDeUugCY0wg10JDbH3/Mn28tC6ENprBcMBoPJ6/inOHp6QP/yB4Wu0HI2kymUwoi5KHLj5EXVa8d/M6L7/8Kj/80UvUdY2uDUVRcvbMaaqqZnt7h/3BAXmeY82hXt8Hr8LHVbuPoojF/hLtdju0J5wLpy8fJFecl0FbDoUVNlwvH66dlCEJ895TG0ekXNNubYQ7nQ+TQ7ZJ6kTQnPI+DN3MSNOzlsQhkHqcN3jcPEl1Noz3W2swVocN9gArL2cuXWTv6jXycU7qJQuthKztSWNQxiOt5UwRBn8245QiTRilMXmrhW23SKKY2Hq6teOJ8ZRLu2O8Ftwrelwb7TOaWrJqwIlbWzy1fJavyuf4py9f4N3XL2PrNkqHG1VUanb2p4zSNoudnNwZVvp9siqn2+3QihISqVDxV/D8MMj/BAGnD9k/v/j1qnXNweCA4Wg0r5S7Oa/lsDU2/z4NcT1JHoykyfknHmXn7m3cvV1snjOoxmweaG6XNd+5l1O5T/6mfBwfL6I4wmozT+xEM516SBE54vbQtFrlPLGaGX3RTBs6tPUYwHpJ7YLEhvAOpS1S6qDk6xMi1WiD+FDFmT3ficb7FR8oIzNMEgHv5rd3z/1slZ8ZM7z7aDG7WA+GO/zzMM5bS1mUaA9RnJKlCQtpTLvVQrVb1FGMtp68dtwbT7m6O2ZLC7Y/BONWl29x9/YdIvEEpxYjrHbUGmoUeanZbTBuvJcjjGG53yc9gnERCldrPPY3FuPuO6k7/fglxuMDtou71EISJZK0DZ4aIwSVF0G13kA7y2inbUQaYVVEZQUT69meVNy5t83d8ZTdOmKadLl6e5cbG2PQlm474vaNIXH8DnFL8emnLzHcLZkMp6QOjJKMywJbl0QefvC9f2AwHmL2N+l5y7n+AssLi6Q+xo4LTJkjpEc2F8ARmmxHwzcX+2MvnRChajTTsvmgiCWHXD3ZjFGNhgOWF5d+kcv/c+P6zVvs7B9w9foNppMJo/EokG6Nno9NA9zduNfoMVmc8/MP20/b5keNon9eiKY/Ym0Y6zeNerlyAi8C+CgXfBsFQRvqcGRcNCTa8FwhDUT2UGfpA+1X5zxeynAy9R5tdJOkHdrkHPofevD2kDtp7Xy8fDKdcOfuXRCSq9eu3ccK/Ow4cekCxWjIbrmBBlQiyFrgG6cL7wW/b0FoeD1JeCnO8EmCUhGJFfSs45FJxZmdKb1Rzk4lGMoW722OubFT4GtHTwvu3BqSZtdo9VIeVgn7/ad5aLTFrvXECj5Vlui6BMC88iNUPuX27l263rLY6yJ6fW6djBB9g7legHA/Y//MPj0ff/94mhZWc0M6quY/f/XmQymlxHvHdDKm31v4uJf+I0Xn5Aouhql2TG5OeGlvzB1ds1Md8+V+XUIl4cBntcGLxrJRgBB+lnOFL5oK3pHq3Mwa0jqPsQ7TtE8dEmNC+xUPEkIXQWiEEiTEc7yRDVdvri4AVGUQlHbWIgndAymbidvmkD+7K3z80sEnG7NpWSkeDKfu52Fc7QWFBTS0koQszhBJglURtRVMrWN7UrG5M+XOR8C49kLGU4+fZ7zvmAynLFiPVjAtS0yDca+++CMm+ZTqCMYt9vokPsJNS0z5m4tx9y9pstTj5GOXyHONGw4pXUksgn6Yl4qpA6k906JCFhMGWU03EvR6bSoP7x2MubI1QLfOsHL+Kbau3OClV1/nYDhF+pR+a4V2q0dZdalswgsvfJr+4iI3336DYlLhkwgjLMaXnDu1yJJXvLO/wc54hC0HGBkhs4Ret0e/u4AtLWY6JWtFxFJhZdjIkiN0+IZb4ZqT30eNcAh7/xN+atIjoNNt0+32mExy2q3Ox730HznG4zGXx5d/5mOq6v1DIP4Dv38wPha5d35S9tTaUFU1UeNjKgBlLNIIkiRCiAjr7PxUHUVqPi0WaHTBi9F7QlXtCJfu0Ki6sfzh0Mh65tM7S+5mSZ3wDqUEwoXH1HXdkF5LhqMRC/0l9vcPPvLP+nEjWuqx/uhFqtpi9w+a/dNUGqVkYqFTeYq85NIUHstKfphE2G4L7zwPDaeMd8aY9imqtYvcfe8Or77zYw6GU4SNWWgtkqV9yrJLUUecPX2a77z6Fo8/d5H0bsnvqYh/i+GkqLAnFug6ybWdO2xPx9hiwFqcINKY/9TpcGe7y2KvxuY5aSqJlcRIibE/uX9mlY+PEx/28A//nAVierfbptNpM50WZNmDqXRv5RMuv3eDH7z9Y7b29oNh+wP5TsfxC4cMNo/ee7wNxAnF+zHM+oZq0XQIguC9xBMmVbV1eBEhVIw1hqqumsqJQAmJEBLvBQ5BFgeHCKMDpsw8TMEHb3OgtgbrA6WkIa3NdfGcC5NdM3mlX+UH6vA9eYR8MG/ko2CcbzBOTqGXlfSTiE63Rek8t4dTrjUY1/4IGPfsE4/RbrW5dfVtJuOSrorQGKyoOP0zMK7X6dBvdany32yM+4WTutkbefvWDbpSoBa7jA72yUcT2h7STJJWgqiqkIVhY39CZaDfSji52KXbbbE3yXl394ADH3Hp+c+wtzviR5evsL2/j/KKbtolS1pEWY9CJ1y7ucmpm0vcu3WLjXffIh0N8L2YXTOlyqfUrmY0KdnPJQNdYXSJ0XD59i38+kkWBgWutOzt7uC9C64PkUPWHxhr8f6BbjbvQSlYWOjRarUZDUfs7u6977re//f49br1TMuSre1dxpMp1tiQSDX/pxqrHRUp2u0EqaLAeBGCOIpJEkuSChIDSjtEVQeLs6ZV+v5R/UBEDhtOYBtSqjUmVOycnSd/QcE98JWFd+ExOhCbR+MxVVlRtd7Plfqk1+fa5l060iN6HcZ7u5STnBGeOBWkWhLXGirD7rCktp5elvBQv0Onk7GfF1zeHbDvE84+/Tg7o5LX33uPzb09hJN0kzZp0kKlAezubB+wNlrgmVNLtK5d4fbBDuudiC/YHJtP0E6TTysOchjUJUaX+NpwY3OD8zdvc3HVIjZq9vf3sN42chEOaX/K/nlA4T0oKeh0OqRpi3w65eBg8L7rev/fI7zO//j/+zNu3dv8RF7zOEJ80mtkjEHCvEvivQ1DEw29wwE4H8zc/cwRoik8OEdtHQ5BlMZ45ynrIGYPIFDMeivO03QaDM5arK7DZKScHTRDQhnsF8EGkMF7gTIGjGmoOLOOgfvVluiYtaNnrhKztvCvHuNOHMG4qx8T405vbDLc22HryjvIgx18J2Jgc8qfg3HxzdssTC06rxn8JmOc/wXj9u3bcyrC8dcn93X79u1fdEmO1+d4ff6z/zpen1//r+M1+vX+Ol6fX++vn7c+wvtfLC13znHv3j16vd68J3wcv3h4HzzeTp8+/YnYtRyvzycbx+vz6x3H6/PrH8dr9Osdx+vz6x0fdX1+4aTuOI7jOI7jOI7jOI7jOH594gE5+B7HcRzHcRzHcRzHcRzHLzOOk7rjOI7jOI7jOI7jOI7fgjhO6o7jOI7jOI7jOI7jOH4L4jipO47jOI7jOI7jOI7j+C2I46TuOI7jOI7jOI7jOI7jtyCOk7rjOI7jOI7jOI7jOI7fgjhO6o7jOI7jOI7jOI7jOH4L4jipO47jOI7jOI7jOI7j+C2I46TuOI7jOI7jOI7jOI7jtyCOk7rjOI7jOI7jOI7jOI7fgjhO6o7jOI7jOI7jOI7jOH4L4jipO47jOI7jOI7jOI7j+C2I/z8w7Rct9QDmJgAAAABJRU5ErkJggg==", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# I want to show you an example code of Q1. Augmentation Implementation that visualizes the effects of different image transformations.\n", "import matplotlib.pyplot as plt\n", "\n", "plt.rcParams[\"savefig.bbox\"] = 'tight'\n", "\n", "# You can change the file path to match your image\n", "orig_img = Image.open('Q1/assets/astronaut.jpg')\n", "\n", "\n", "def plot(imgs, with_orig=True, row_title=None, **imshow_kwargs):\n", " if not isinstance(imgs[0], list):\n", " # Make a 2d grid even if there's just 1 row\n", " imgs = [imgs]\n", "\n", " num_rows = len(imgs)\n", " num_cols = len(imgs[0]) + with_orig\n", " fig, axs = plt.subplots(nrows=num_rows, ncols=num_cols, squeeze=False)\n", " for row_idx, row in enumerate(imgs):\n", " row = [orig_img] + row if with_orig else row\n", " for col_idx, img in enumerate(row):\n", " ax = axs[row_idx, col_idx]\n", " ax.imshow(np.asarray(img), **imshow_kwargs)\n", " ax.set(xticklabels=[], yticklabels=[], xticks=[], yticks=[])\n", "\n", " if with_orig:\n", " axs[0, 0].set(title='Original image')\n", " axs[0, 0].title.set_size(8)\n", " if row_title is not None:\n", " for row_idx in range(num_rows):\n", " axs[row_idx, 0].set(ylabel=row_title[row_idx])\n", "\n", " plt.tight_layout()\n", "\n", "# Create a list of five transformed images from the original image using the train_tfm function\n", "demo = [train_tfm(orig_img) for i in range(5)]\n", "\n", "# Convert the transformed images from tensors to PIL images\n", "pil_img_demo = [Image.fromarray(np.moveaxis(img.numpy()*255, 0, -1).astype(np.uint8)) for img in demo]\n", "\n", "# Plot the transformed images using the plot function\n", "plot(pil_img_demo) " ] }, { "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "D0ivMf-jVaVK" }, "source": [ "# Datasets\n", "The data is labelled by the name, so we load images and label while calling '__getitem__'" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:25.764842Z", "start_time": "2023-04-19T03:33:25.761898Z" }, "colab": { "background_save": true }, "hidden": true, "id": "xBdtPhKwVaVL" }, "outputs": [], "source": [ "class FoodDataset(Dataset):\n", "\n", " def __init__(self,path,tfm=test_tfm,files = None):\n", " super(FoodDataset).__init__()\n", " self.path = path\n", " self.files = sorted([os.path.join(path,x) for x in os.listdir(path) if x.endswith(\".jpg\")])\n", " if files != None:\n", " self.files = files\n", " \n", " self.transform = tfm\n", " \n", " def __len__(self):\n", " return len(self.files)\n", " \n", " def __getitem__(self,idx):\n", " fname = self.files[idx]\n", " im = Image.open(fname)\n", " im = self.transform(im)\n", " \n", " try:\n", " label = int(fname.split(\"/\")[-1].split(\"_\")[0])\n", " except:\n", " label = -1 # test has no label\n", " \n", " return im,label\n", "\n", "\n", "class MySubset(Subset):\n", " def __init__(self, dataset, indices, tfm=test_tfm):\n", " super().__init__(dataset, indices)\n", " self.transform = tfm\n", "\n", " def __getitem__(self, idx):\n", " if isinstance(idx, list):\n", " return self.dataset[[self.indices[i] for i in idx]]\n", " self.dataset.transform = self.transform\n", " return self.dataset[self.indices[idx]]\n", " # do something with self.dataset[self.indices[idx]]\n", " # return a modified item" ] }, { "cell_type": "markdown", "metadata": { "id": "ZPFkDwug61PZ" }, "source": [ "# Model" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:25.773696Z", "start_time": "2023-04-19T03:33:25.765584Z" }, "colab": { "background_save": true }, "id": "b_kDECOJVaVL" }, "outputs": [], "source": [ "class Classifier(nn.Module):\n", " def __init__(self):\n", " super(Classifier, self).__init__()\n", " # torch.nn.Conv2d(in_channels, out_channels, kernel_size, stride, padding)\n", " # torch.nn.MaxPool2d(kernel_size, stride, padding)\n", " # input 維度 [3, 128, 128]\n", " self.cnn = nn.Sequential(\n", " nn.Conv2d(3, 64, 3, 1, 1), # [64, 128, 128]\n", " nn.BatchNorm2d(64),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [64, 64, 64]\n", "\n", " nn.Conv2d(64, 128, 3, 1, 1), # [128, 64, 64]\n", " nn.BatchNorm2d(128),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [128, 32, 32]\n", "\n", " nn.Conv2d(128, 256, 3, 1, 1), # [256, 32, 32]\n", " nn.BatchNorm2d(256),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [256, 16, 16]\n", "\n", " nn.Conv2d(256, 512, 3, 1, 1), # [512, 16, 16]\n", " nn.BatchNorm2d(512),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [512, 8, 8]\n", " \n", " nn.Conv2d(512, 512, 3, 1, 1), # [512, 8, 8]\n", " nn.BatchNorm2d(512),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [512, 4, 4]\n", " )\n", " self.fc = nn.Sequential(\n", " nn.Dropout(p=0.5),\n", " nn.Linear(512*4*4, 1024),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(1024, 512),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(512, 11)\n", " )\n", " \n", "\n", " def forward(self, x):\n", " out = self.cnn(x)\n", " out = out.view(out.size()[0], -1)\n", " return self.fc(out)\n", "\n", " \n", "class ResNet50(nn.Module):\n", " def __init__(self):\n", " super(ResNet50, self).__init__()\n", " self.cnn = nn.Sequential(*list(resnet50(weights=None).children())[:-1])\n", " num_features = resnet50(weights=None).fc.in_features\n", " self.fc = nn.Sequential(\n", " nn.Dropout(p=0.5),\n", " nn.Linear(num_features, 1024),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(1024, 512),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(512, 11)\n", " )\n", " \n", " \n", " def forward(self, x):\n", " out = self.cnn(x)\n", " out = out.view(out.size()[0], -1)\n", " return self.fc(out)\n", "\n", " \n", "# class VGG16(nn.Module):\n", "# def __init__(self):\n", "# super(VGG16, self).__init__()\n", "# self.model = vgg16(weights=None)\n", "# num_features = self.model.classifier[6].in_features\n", "# self.model.classifier[6] = nn.Sequential(\n", "# nn.Dropout(p=0.5),\n", "# nn.Linear(num_features, 1024),\n", "# nn.ReLU(),\n", "# nn.Dropout(p=0.5),\n", "# nn.Linear(1024, 512),\n", "# nn.ReLU(),\n", "# nn.Dropout(p=0.5),\n", "# nn.Linear(512, 11)\n", "# )\n", "\n", "# def forward(self, x):\n", "# return self.model(x)\n", " \n", "class VGG16(nn.Module):\n", " def __init__(self):\n", " super(VGG16, self).__init__()\n", " self.model = vgg16(weights=None)\n", " num_features = self.model.classifier[6].in_features\n", " self.model.classifier[6] = nn.Linear(num_features, 11)\n", " self.model.num_classes = 11\n", "\n", " def forward(self, x):\n", " return self.model(x)\n", " \n", "class DenseNet121(nn.Module):\n", " def __init__(self):\n", " super(DenseNet121, self).__init__()\n", " self.model = densenet121(weights=None)\n", " num_features = self.model.classifier.in_features\n", " self.model.classifier = nn.Sequential(\n", " nn.Dropout(p=0.5),\n", " nn.Linear(num_features, 1024),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(1024, 512),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(512, 11)\n", " )\n", "\n", " def forward(self, x):\n", " x = self.model(x)\n", " return x\n", " \n", "\n", "class EfficientNet(nn.Module):\n", " def __init__(self):\n", " super(EfficientNet, self).__init__()\n", " self.model = efficientnet.efficientnet_b6(weights=None)\n", " num_features = self.model.classifier[1].in_features\n", " self.model.classifier[1] = nn.Sequential(\n", " nn.Linear(num_features, 1024),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(1024, 512),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(512, 11)\n", " )\n", "\n", " def forward(self, x):\n", " x = self.model(x)\n", " return x\n", "\n", "class AlexNet(nn.Module):\n", " def __init__(self):\n", " super(AlexNet, self).__init__()\n", " self.model = alexnet(weights=None)\n", " num_features = self.model.classifier[6].in_features\n", " self.model.classifier[6] = nn.Linear(num_features, 11)\n", " self.model.num_classes = 11\n", "\n", " def forward(self, x):\n", " x = self.model(x)\n", " return x\n", " \n", " \n", "class SqueezeNet(nn.Module):\n", " def __init__(self):\n", " super(SqueezeNet, self).__init__()\n", " self.model = squeezenet1_0(weights=None)\n", " # (1): Conv2d(512, 1000, kernel_size=(1, 1), stride=(1, 1))\n", " num_features = self.model.classifier[1].in_channels\n", " self.model.classifier[1] = nn.Conv2d(num_features, 11, kernel_size=(1,1), stride=(1,1))\n", " self.model.num_classes = 11\n", " \n", " def forward(self, x):\n", " x = self.model(x)\n", " return x\n", "\n", " \n", "class EnsembleModel(nn.Module):\n", " def __init__(self, base_models):\n", " super(EnsembleModel, self).__init__()\n", " self.base_models = nn.ModuleList(base_models)\n", " # self.classifier = nn.Linear(len(base_models) * 11, 11)\n", "\n", " def forward(self, x):\n", " outputs = [model(x) for model in self.base_models]\n", " # outputs = torch.cat(outputs, dim=1)\n", " # outputs = self.classifier(outputs) \n", " outputs = torch.stack(outputs)\n", " outputs = torch.mean(outputs, dim=0)\n", " return outputs" ] }, { "cell_type": "markdown", "metadata": { "id": "xgnIOaID687b" }, "source": [ "# Configurations" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:26.744593Z", "start_time": "2023-04-19T03:33:25.774984Z" }, "colab": { "background_save": true }, "id": "2_OeWtstVaVO" }, "outputs": [], "source": [ "# \"cuda\" only when GPUs are available.\n", "# If you use apple chip (mac), you can change \"cpu\" to \"mps\"\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Initialize a model, and put it on the device specified.\n", "\n", "model = Classifier().to(device)\n", "\n", "Resume = False\n", "if Resume:\n", " model.load_state_dict(torch.load(f\"{_exp_name}_best.ckpt\", map_location='cuda'))\n", "\n", "# The number of batch size.\n", "batch_size = 64\n", "\n", "# The number of training epochs.\n", "n_epochs = 200\n", "\n", "# If no improvement in 'patience' epochs, early stop.\n", "patience = 20\n", "\n", "# For the classification task, we use cross-entropy as the measurement of performance.\n", "# criterion = nn.CrossEntropyLoss()\n", "# Label Smoothing Cross Entropy Loss\n", "criterion = nn.CrossEntropyLoss(label_smoothing=0.1)\n", "\n", "# Initialize optimizer, you may fine-tune some hyperparameters such as learning rate on your own.\n", "optimizer = torch.optim.Adam(model.parameters(), lr=3e-4, weight_decay=1e-5) # 3e-4\n", "\n", "# Create a learning rate scheduler that reduces the learning rate when the metric stops improving\n", "scheduler = torch.optim.lr_scheduler.ReduceLROnPlateau(optimizer, mode='max', factor=0.8, patience=patience/2, threshold=0.05)\n", "#scheduler = torch.optim.lr_scheduler.CosineAnnealingWarmRestarts(optimizer, T_0=10, T_mult=2, eta_min=1e-8)" ] }, { "cell_type": "markdown", "metadata": { "id": "zPGwvvPK7F7u" }, "source": [ "# Dataloader" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "tags": [] }, "outputs": [], "source": [ "# # Construct train and valid datasets.\n", "# # The argument \"loader\" tells how torchvision reads the data.\n", "train_set = FoodDataset(\"./train\", tfm=train_tfm)\n", "train_loader = DataLoader(train_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True)\n", "valid_set = FoodDataset(\"./valid\", tfm=test_tfm)\n", "valid_loader = DataLoader(valid_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True)" ] }, { "cell_type": "markdown", "metadata": { "id": "UPQ0j1c17BG1" }, "source": [ "# Start Training" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Cross validation\n", "You can implement cross validation entirely using the cross_val_score in sklearn.model_selection, but I'll show you another way to implement it here." ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "tags": [] }, "outputs": [], "source": [ "import os\n", "import shutil\n", "\n", "# Check if the merge folder exists, if not, create it\n", "merge_dir = \"merge\"\n", "if not os.path.isdir(merge_dir):\n", " os.mkdir(merge_dir)\n", "\n", " # Get all the file names in the train and valid folders\n", " train_files = os.listdir(\"train\")\n", " valid_files = os.listdir(\"valid\")\n", "\n", " # Copy all the files in the train and valid folders to the merge folder\n", " for file in train_files:\n", " shutil.copy(os.path.join(\"train\", file), merge_dir)\n", " for file in valid_files:\n", " shutil.copy(os.path.join(\"valid\", file), merge_dir)" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:28.568459Z", "start_time": "2023-04-19T03:33:28.568453Z" }, "tags": [] }, "outputs": [], "source": [ "def stack(dataset, test_set, n_splits=5, models=[], tb=False):\n", " '''This function is a stacking function. Maybe not so standard :)\n", "\n", " Parameters:\n", " dataset: a torch.utils.data.Dataset object.\n", " test_set: a torch.utils.data.Dataset object for testing.\n", " n_splits (int): an integer that specifies the number of folds for cross-validation.\n", " models (list): a list of model classes to use for stacking. If empty, raise ValueError. \n", " If only one model, perform simple cross-validation and return avg_val_acc.\n", " tb (bool): a boolean that indicates whether to use tensorboard to log data.\n", " '''\n", " # Check if model is a list \n", " if not isinstance(models, list):\n", " models = [models]\n", " # Check if models is empty\n", " elif not len(models):\n", " raise ValueError(\"models cannot be empty, you must specify a model.\")\n", " \n", " \n", " ntrain = len(dataset)\n", " ntest = len(test_set)\n", " \n", " # Create a generator object G with a fixed seed myseed, which is used for train_loader\n", " G = torch.Generator()\n", " G.manual_seed(myseed)\n", " \n", " # Record out-of-flod prediction for models\n", " oof_dict = {}\n", " # Record CV scores for models\n", " val_acc_dict = {}\n", " \n", " for i in range(len(models)):\n", " # Initialize an array to store the out-of-fold predictions for train set and test set\n", " oof_train = np.zeros((ntrain,))\n", " oof_test = np.zeros((ntest,))\n", " # Initialize an array to store the out-of-fold predictions for each fold\n", " oof_test_skf = np.empty((NSPLITS, ntest))\n", " \n", " # Create a KFold object to split the dataset into k subsets\n", " kf = KFold(n_splits=NSPLITS, shuffle=True, random_state=myseed) # shuffle: default=False\n", " for fold, (train_idx, valid_idx) in enumerate(kf.split(dataset)):\n", " if fold != 4:\n", " continue\n", " model = models[i]().to(device)\n", " \n", " # Print the current fold number\n", " print(f\"Model: {models[i].__name__}, fold: {fold+1}\")\n", "\n", " # Print the indices of the train and valid subsets\n", " print(f\"Train Index (len: {len(train_idx)}): {train_idx}\")\n", " print(f\"Valid Index (len: {len(valid_idx)}): {valid_idx}\")\n", "\n", " optimizer = torch.optim.Adam(model.parameters(), lr=3e-4, weight_decay=1e-5)\n", " scheduler = torch.optim.lr_scheduler.ReduceLROnPlateau(optimizer, mode='max', factor=0.8, patience=patience/2, threshold=0.05)\n", "\n", " # Create a subset of the dataset based on the train indices\n", " train_set = MySubset(dataset, train_idx, train_tfm)\n", " train_loader = DataLoader(train_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True, generator=G)\n", " # Create a subset of the dataset based on the valid indices\n", " valid_set = MySubset(dataset, valid_idx, test_tfm)\n", " valid_loader = DataLoader(valid_set, batch_size=batch_size, shuffle=False, num_workers=0, pin_memory=True) \n", " \n", " # Initialize a list to store the validation accuracies of each fold\n", " val_accs = []\n", "\n", " # ---------- Use the same training loop as in the previous section ----------\n", " if tb:\n", " # Create a SummaryWriter object to write data to TensorBoard and the results are stored in ./runs folder\n", " writer = SummaryWriter()\n", "\n", " # Initialize trackers, these are not parameters and should not be changed\n", " stale = 0\n", " best_acc = 0\n", "\n", " for epoch in range(n_epochs):\n", " \n", " # ---------- Training ----------\n", " # Make sure the model is in train mode before training.\n", " model.train()\n", "\n", " # These are used to record information in training.\n", " train_loss = []\n", " train_accs = []\n", "\n", " for batch in tqdm(train_loader):\n", " \n", " # A batch consists of image data and corresponding labels.\n", " imgs, labels = batch\n", " #imgs = imgs.half() # image.dtype: torch.float32 => torch.float16\n", " #print(imgs.dtype)\n", " #print(imgs.shape,labels.shape)\n", "\n", " # Forward the data. (Make sure data and model are on the same device.)\n", " logits = model(imgs.to(device))\n", "\n", " # Calculate the cross-entropy loss.\n", " # We don't need to apply softmax before computing cross-entropy as it is done automatically.\n", " loss = criterion(logits, labels.to(device))\n", "\n", " # Gradients stored in the parameters in the previous step should be cleared out first.\n", " optimizer.zero_grad()\n", "\n", " # Compute the gradients for parameters.\n", " loss.backward()\n", "\n", " # Clip the gradient norms for stable training.\n", " grad_norm = nn.utils.clip_grad_norm_(model.parameters(), max_norm=10)\n", "\n", " # Update the parameters with computed gradients.\n", " optimizer.step()\n", "\n", " # Compute the accuracy for current batch.\n", " acc = (logits.argmax(dim=-1) == labels.to(device)).float().mean()\n", "\n", " # Record the loss and accuracy.\n", " train_loss.append(loss.item())\n", " train_accs.append(acc)\n", "\n", " train_loss = sum(train_loss) / len(train_loss)\n", " train_acc = sum(train_accs) / len(train_accs)\n", "\n", " # Print the information.\n", " # print(f\"Fold {fold+1}: [ Train | {epoch + 1:03d}/{n_epochs:03d} ]{avg_test_predictionin_loss:.5f}, acc = {train_acc:.5f}\")\n", " print(f\"Fold {fold+1}: [ Train | {epoch + 1:03d}/{n_epochs:03d} ] loss = {train_loss:.5f}, acc = {train_acc:.5f}\")\n", "\n", " # ---------- Validation ----------\n", " # Make sure the model is in eval mode so that some modules like dropout are disabled and work normally.\n", " model.eval()\n", "\n", " # These are used to record information in validation.\n", " valid_loss = []\n", " valid_accs = []\n", "\n", " # Iterate the validation set by batches.\n", " for batch in tqdm(valid_loader):\n", "\n", " # A batch consists of image data and corresponding labels.\n", " imgs, labels = batch\n", " #imgs = imgs.half()\n", "\n", " # We don't need gradient in validation.\n", " # Using torch.no_grad() accelerates the forward process.\n", " with torch.no_grad():\n", " logits = model(imgs.to(device))\n", "\n", " # We can still compute the loss (but not the gradient).\n", " loss = criterion(logits, labels.to(device))\n", "\n", " # Compute the accuracy for current batch.\n", " acc = (logits.argmax(dim=-1) == labels.to(device)).float().mean()\n", "\n", " # Record the loss and accuracy.\n", " valid_loss.append(loss.item())\n", " valid_accs.append(acc)\n", " #break\n", "\n", " # The average loss and accuracy for entire validation set is the average of the recorded values.\n", " valid_loss = sum(valid_loss) / len(valid_loss)\n", " valid_acc = sum(valid_accs) / len(valid_accs)\n", "\n", " # Print the information.\n", " #print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f}\")\n", " if tb:\n", " writer.add_scalar('Acc/train', train_acc, epoch)\n", " writer.add_scalar('Acc/valid', valid_acc, epoch)\n", " writer.add_scalar('lr', optimizer.state_dict()['param_groups'][0]['lr'], epoch)\n", "\n", " # Update logs\n", " if valid_acc > best_acc:\n", " with open(f\"./{_exp_name}_log.txt\",\"a\"):\n", " print(f\"Fold {fold+1}: [ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f} -> best\")\n", " else:\n", " with open(f\"./{_exp_name}_log.txt\",\"a\"):\n", " print(f\"Fold {fold+1}: [ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f}\")\n", "\n", "\n", " # Save models\n", " if valid_acc > best_acc:\n", " print(f\"Best model found at epoch {epoch}, saving model\")\n", " torch.save(model.state_dict(), f\"models/{_exp_name}_{models[i].__name__}_fold{fold+1}_best.ckpt\") # only save best to prevent output memory exceed error\n", " best_acc = valid_acc\n", " stale = 0\n", " else:\n", " stale += 1\n", " if stale > patience:\n", " print(f\"No improvment {patience} consecutive epochs, early stopping\")\n", " break\n", "\n", " # Update learning rate based on the best_acc so far\n", " scheduler.step(best_acc)\n", " # ---------- Use the same training loop as in the previous section ---------- \n", "\n", " # Append the best accuracy to the list\n", " val_accs.append(best_acc)\n", "\n", " # Out-of-Fold Predictions\n", " model_best = model\n", " print(f\"{_exp_name}_{models[i].__name__}_fold{fold+1}_best.ckpt\")\n", " model_best.load_state_dict(torch.load(f\"models/{_exp_name}_{models[i].__name__}_fold{fold+1}_best.ckpt\"))\n", " model_best.eval()\n", "\n", " val_prediction, test_prediction = [], []\n", " with torch.no_grad():\n", " for data,_ in tqdm(valid_loader):\n", " val_pred = np.argmax(model_best(data.to(device)).cpu().data.numpy(), axis=1)\n", " val_prediction += val_pred.squeeze().tolist()\n", " oof_train[valid_idx] = val_prediction\n", "\n", " for data,_ in tqdm(test_loader):\n", " test_pred = np.argmax(model_best(data.to(device)).cpu().data.numpy(), axis=1)\n", " test_prediction += test_pred.squeeze().tolist()\n", " oof_test_skf[fold, :] = test_prediction\n", "\n", " oof_test[:] = oof_test_skf.mean(axis=0)\n", " oof_dict[f\"{models[i].__name__}_oof_train\"] = oof_train.reshape(-1, 1)\n", " oof_dict[f\"{models[i].__name__}_oof_test\"] = oof_test.reshape(-1, 1)\n", " \n", " # Compute the average validation accuracy across all folds\n", " avg_val_acc = sum(val_accs) / len(val_accs)\n", " val_acc_dict[f\"{models[i].__name__}_val_accs\"] = val_accs\n", " val_acc_dict[f\"{models[i].__name__}_avg_val_acc\"] = avg_val_acc\n", " \n", " # Print the average validation accuracy\n", " print(f\"Average validation accuracy: {avg_val_acc:.4f}\")\n", " \n", " return oof_dict, val_acc_dict\n", "\n", "# If the pre-trained model is pulled, TRAIN=False\n", "if os.path.isdir (\"models\"):\n", " TRAIN = False\n", "else:\n", " os.makedirs(\"models\")\n", " TRAIN = True\n", "\n", "# Yes, the above judgment statement is not refined, you should uncomment the following and manually decide whether to train or not\n", "# TRAIN = True\n", "\n", "if TRAIN:\n", " # Concatenate the train and valid sets into one dataset\n", " #dataset = ConcatDataset([train_set, valid_set])\n", " dataset = FoodDataset(\"./merge\", tfm=test_tfm)\n", " \n", " # Create a data loader that loads the test set with the specified batch size, whether to shuffle, number of workers and memory management mode\n", " test_set = FoodDataset(\"./test\", tfm=test_tfm)\n", " test_loader = DataLoader(test_set, batch_size=batch_size, shuffle=False, num_workers=0, pin_memory=True)\n", "\n", " # Set the number of folds for cross-validation\n", " NSPLITS = 5\n", "\n", " # Define a list of models to use, including a custom classifier, ResNet50 and DenseNet121\n", " models = [Classifier, ResNet50, DenseNet121]\n", "\n", " # Call the stack function to perform model fusion with the specified dataset, test set, number of folds and models, \n", " # and return the prediction results and validation accuracy, while logging them to tensorboard\n", " oof_dict, val_acc_dict = stack(dataset, test_set, n_splits=NSPLITS, models=models, tb=True)" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "tags": [] }, "outputs": [], "source": [ "def create_tta_loaders():\n", " # Initialize an empty list to store the TTA test loaders\n", " tta_test_loaders = []\n", " for i in range(num_tta):\n", " # Create a FoodDataset instance with the test folder and the train transformation\n", " test_set_i = FoodDataset(\"./test\", tfm = train_tfm)\n", " tta_test_loader = DataLoader(test_set_i, batch_size=batch_size, shuffle=False, num_workers=0, pin_memory=True)\n", " tta_test_loaders.append(test_loader)\n", " return tta_test_loaders\n", " \n", "\n", "def tta(num_folds=5, model=None, ):\n", " # Create an empty list to store the best model for each fold\n", " base_models = []\n", "\n", " # Load the best model for each fold\n", " for fold in range(num_folds):\n", " # Create a model instance and move it to the device (GPU or CPU)\n", " model_best_i = model().to(device)\n", " # Load the state dictionary of the best model for this fold from a checkpoint file\n", " model_best_i.load_state_dict(torch.load(f\"models/{_exp_name}_{model_best_i.__class__.__name__}_fold{fold+1}_best.ckpt\"))\n", " # Append the model to the base_models list\n", " base_models.append(model_best_i)\n", " # Create an ensemble model that combines the base models and move it to the device\n", " model_best = EnsembleModel(base_models=base_models).to(device)\n", "\n", " # Set the model to evaluation mode\n", " model_best.eval()\n", "\n", " # Initialize an empty list to store the prediction without test-time augmentation (TTA)\n", " prediction = []\n", " with torch.no_grad():\n", " for data,_ in tqdm(test_loader):\n", " # Get the model output on the data and move it to CPU\n", " test_pred = model_best(data.to(device)).cpu().data.numpy()\n", " # Add the output to the prediction list\n", " prediction += test_pred.squeeze().tolist()\n", " # Convert the prediction list to a numpy array\n", " prediction = np.array(prediction)\n", "\n", " # Initialize an empty list to store the predictions with TTA\n", " tta_predictions = []\n", " with torch.no_grad():\n", " for i in range(num_tta):\n", " # Initialize an empty list to store the prediction for this iteration\n", " tta_prediction = []\n", " for data,_ in tqdm(tta_test_loaders[i]):\n", " # Get the model output on the data and move it to CPU\n", " test_pred = model_best(data.to(device)).cpu().data.numpy()\n", " # Add the output to the tta_prediction list\n", " tta_prediction += test_pred.squeeze().tolist()\n", " # Append the tta_prediction list to the tta_predictions list\n", " tta_predictions.append(tta_prediction)\n", "\n", " # Initialize a zero array with the same shape as prediction to store the total TTA predictions\n", " total_tta_predictions = np.zeros_like(prediction)\n", " for i in range(num_tta):\n", " total_tta_predictions += tta_predictions[i]\n", " # Divide the total TTA predictions by t to get the average TTA predictions\n", " avg_tta_predictions = np.divide(total_tta_predictions, num_tta)\n", "\n", " # Get the weighted average of prediction and TTA prediction\n", " prediction = [0.8 * prediction[i] + 0.2 * avg_tta_predictions[i] for i in range(len(prediction))]\n", " # Get the predicted labels\n", " prediction = np.argmax(np.array(prediction), axis=1)\n", " return prediction" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Model: Classifier, fold: 1\n", "Train Index (len: 10615): [ 1 2 3 ... 13266 13267 13268]\n", "Valid Index (len: 2654): [ 0 5 7 ... 13245 13250 13261]\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "6cff8778e76b4715b3517a50bd430345", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/42 [00:00\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
ClassifierResNet50DenseNet121
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10.00.00.0
29.03.09.0
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ClassifierResNet50DenseNet121
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11.01.01.0
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" ], "text/plain": [ " Classifier ResNet50 DenseNet121\n", "0 5.0 5.0 5.0\n", "1 1.0 1.0 1.0\n", "2 0.0 0.0 0.0\n", "3 3.0 3.0 3.0\n", "4 9.0 9.0 9.0" ] }, "execution_count": 20, "metadata": {}, "output_type": "execute_result" } ], "source": [ "base_predictions_test = pd.DataFrame( {'Classifier': oof_dict['Classifier_oof_test'].ravel(),\n", " 'ResNet50': oof_dict['ResNet50_oof_test'].ravel(),\n", " 'DenseNet121': oof_dict['DenseNet121_oof_test'].ravel(),\n", " })\n", "base_predictions_test.head()" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "tags": [] }, "outputs": [ { "data": { "text/html": [ " \n", " " ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "application/vnd.plotly.v1+json": { "config": { "linkText": "Export to plot.ly", "plotlyServerURL": "https://plot.ly", "showLink": false }, "data": [ { "colorscale": [ [ 0, "#440154" ], [ 0.1111111111111111, "#482878" ], [ 0.2222222222222222, "#3e4989" ], [ 0.3333333333333333, "#31688e" ], [ 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"text/html": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "import plotly.offline as py\n", "import plotly.graph_objs as go\n", "\n", "data = [\n", " go.Heatmap(\n", " z= base_predictions_test.astype(float).corr().values ,\n", " x=base_predictions_test.columns.values,\n", " y= base_predictions_test.columns.values,\n", " colorscale='Viridis',\n", " showscale=True,\n", " reversescale = True\n", " )\n", "]\n", "py.iplot(data, filename='labelled-heatmap')" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "tags": [] }, "outputs": [], "source": [ "x_train = np.concatenate((oof_dict['Classifier_oof_train'], oof_dict['ResNet50_oof_train'], oof_dict['DenseNet121_oof_train'], ), axis=1)\n", "\n", "data_loader = DataLoader(dataset, batch_size=batch_size, shuffle=False, num_workers=0, pin_memory=True)\n", "y_train = []\n", "for _, label in data_loader:\n", " y_train.extend(label.tolist())\n", "x_test = np.concatenate((oof_dict['Classifier_oof_test'], oof_dict['ResNet50_oof_test'], oof_dict['DenseNet121_oof_test'], ), axis=1)" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "tags": [] }, "outputs": [], "source": [ "import xgboost as xgb\n", "\n", "gbm = xgb.XGBClassifier(\n", " learning_rate = 0.01,\n", " n_estimators= 200,\n", " max_depth= 7,\n", " min_child_weight= 5,\n", " #gamma=1,\n", " gamma=0.8, \n", " subsample=0.8,\n", " colsample_bytree=0.8,\n", " objective= 'multi:logistic',\n", " num_class = 11,\n", " nthread= -1,\n", " tree_method='gpu_hist',\n", ").fit(x_train, y_train)\n", "prediction = gbm.predict(x_test)" ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "tags": [] }, "outputs": [ { "data": { "text/plain": [ "0.8269651066395357" ] }, "execution_count": 25, "metadata": {}, "output_type": "execute_result" } ], "source": [ "gbm.score(x_train, y_train)" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "tags": [] }, "outputs": [], "source": [ "# create test csv\n", "def pad4(i):\n", " return \"0\"*(4-len(str(i)))+str(i)\n", "df = pd.DataFrame()\n", "df[\"Id\"] = [pad4(i) for i in range(len(test_set))]\n", "df[\"Category\"] = prediction\n", "df.to_csv(\"submission.csv\",index = False)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Tensorboard" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:28.569197Z", "start_time": "2023-04-19T03:33:28.569191Z" } }, "outputs": [], "source": [ "# %reload_ext tensorboard\n", "# %tensorboard --logdir=./runs/" ] }, { "cell_type": "markdown", "metadata": { "id": "Ivk0hrE-V8Cu" }, "source": [ "# Q1. Augmentation Implementation\n", "## Implement augmentation by finishing train_tfm in the code with image size of your choice. \n", "## Directly copy the following block and paste it on GradeScope after you finish the code\n", "### Your train_tfm must be capable of producing 5+ different results when given an identical image multiple times.\n", "### Your train_tfm in the report can be different from train_tfm in your training code.\n" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:28.572324Z", "start_time": "2023-04-19T03:33:28.572319Z" }, "id": "GSfKNo42WjKm" }, "outputs": [], "source": [ "train_tfm = transforms.Compose([\n", " # Resize the image into a fixed shape (height = width = 128)\n", " transforms.Resize((128, 128)),\n", " # You can add some transforms here.\n", " transforms.ToTensor(),\n", "])" ] }, { "cell_type": "markdown", "metadata": { "id": "3HemRgZ6WwRM" }, "source": [ "# Q2. Visual Representations Implementation\n", "## Visualize the learned visual representations of the CNN model on the validation set by implementing t-SNE (t-distributed Stochastic Neighbor Embedding) on the output of both top & mid layers (You need to submit 2 images). \n" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:28.572724Z", "start_time": "2023-04-19T03:33:28.572720Z" }, "id": "iXd_SZnB2Wg8" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Classifier(\n", " (cnn): Sequential(\n", " (0): Conv2d(3, 64, kernel_size=(3, 3), stride=(1, 1), padding=(1, 1))\n", " (1): BatchNorm2d(64, eps=1e-05, momentum=0.1, affine=True, track_running_stats=True)\n", " (2): ReLU()\n", " (3): MaxPool2d(kernel_size=2, stride=2, padding=0, dilation=1, ceil_mode=False)\n", " (4): Conv2d(64, 128, kernel_size=(3, 3), stride=(1, 1), padding=(1, 1))\n", " (5): BatchNorm2d(128, eps=1e-05, momentum=0.1, affine=True, track_running_stats=True)\n", " (6): ReLU()\n", " (7): MaxPool2d(kernel_size=2, stride=2, padding=0, dilation=1, ceil_mode=False)\n", " (8): Conv2d(128, 256, kernel_size=(3, 3), stride=(1, 1), padding=(1, 1))\n", " (9): BatchNorm2d(256, eps=1e-05, momentum=0.1, affine=True, track_running_stats=True)\n", " (10): ReLU()\n", " (11): MaxPool2d(kernel_size=2, stride=2, padding=0, dilation=1, ceil_mode=False)\n", " (12): Conv2d(256, 512, kernel_size=(3, 3), stride=(1, 1), padding=(1, 1))\n", " (13): BatchNorm2d(512, eps=1e-05, momentum=0.1, affine=True, track_running_stats=True)\n", " (14): ReLU()\n", " (15): MaxPool2d(kernel_size=2, stride=2, padding=0, dilation=1, ceil_mode=False)\n", " (16): Conv2d(512, 512, kernel_size=(3, 3), stride=(1, 1), padding=(1, 1))\n", " (17): BatchNorm2d(512, eps=1e-05, momentum=0.1, affine=True, track_running_stats=True)\n", " (18): ReLU()\n", " (19): MaxPool2d(kernel_size=2, stride=2, padding=0, dilation=1, ceil_mode=False)\n", " )\n", " (fc): Sequential(\n", " (0): Dropout(p=0.5, inplace=False)\n", " (1): Linear(in_features=8192, out_features=1024, bias=True)\n", " (2): ReLU()\n", " (3): Dropout(p=0.5, inplace=False)\n", " (4): Linear(in_features=1024, out_features=512, bias=True)\n", " (5): ReLU()\n", " (6): Dropout(p=0.5, inplace=False)\n", " (7): Linear(in_features=512, out_features=11, bias=True)\n", " )\n", ")\n" ] } ], "source": [ "import torch\n", "import numpy as np\n", "from sklearn.manifold import TSNE\n", "import matplotlib.pyplot as plt\n", "from tqdm import tqdm\n", "import matplotlib.cm as cm\n", "import torch.nn as nn\n", "\n", "device = 'cuda' if torch.cuda.is_available() else 'cpu'\n", "\n", "# Load the trained model\n", "model = Classifier().to(device)\n", "state_dict = torch.load(f\"models/{_exp_name}_Classifier_fold1_best.ckpt\")\n", "model.load_state_dict(state_dict)\n", "model.eval()\n", "\n", "print(model)" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:28.573267Z", "start_time": "2023-04-19T03:33:28.573262Z" }, "id": "QcBKUNfc3BeL" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "100%|█████████████████████████████████████████████████████████████████████| 57/57 [00:11<00:00, 4.92it/s]\n" ] }, { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# Load the vaildation set defined by TA\n", "valid_set = FoodDataset(\"./valid\", tfm=test_tfm)\n", "valid_loader = DataLoader(valid_set, batch_size=64, shuffle=False, num_workers=0, pin_memory=True)\n", "\n", "# Extract the representations for the specific layer of model\n", "index = 19 # You should find out the index of layer which is defined as \"top\" or 'mid' layer of your model.\n", "features = []\n", "labels = []\n", "for batch in tqdm(valid_loader):\n", " imgs, lbls = batch\n", " with torch.no_grad():\n", " logits = model.cnn[:index](imgs.to(device))\n", " logits = logits.view(logits.size()[0], -1)\n", " labels.extend(lbls.cpu().numpy())\n", " logits = np.squeeze(logits.cpu().numpy())\n", " features.extend(logits)\n", " \n", "features = np.array(features)\n", "colors_per_class = cm.rainbow(np.linspace(0, 1, 11))\n", "\n", "# Apply t-SNE to the features\n", "features_tsne = TSNE(n_components=2, init='pca', random_state=42).fit_transform(features)\n", "\n", "# Plot the t-SNE visualization\n", "plt.figure(figsize=(10, 8))\n", "for label in np.unique(labels):\n", " plt.scatter(features_tsne[labels == label, 0], features_tsne[labels == label, 1], label=label, s=5)\n", "plt.legend()\n", "plt.show()" ] }, { "cell_type": "markdown", "metadata": { "id": "rw2y9Uhw7wr2", "tags": [] }, "source": [ "# Dataloader for test" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:28.569624Z", "start_time": "2023-04-19T03:33:28.569619Z" }, "id": "B9QNdHIXVaVP" }, "outputs": [], "source": [ "# # Construct test datasets.\n", "# # The argument \"loader\" tells how torchvision reads the data.\n", "# test_set = FoodDataset(\"./test\", tfm=test_tfm)\n", "# test_loader = DataLoader(test_set, batch_size=batch_size, shuffle=False, num_workers=0, pin_memory=True)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## TTA Dataloaders" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## TTA\n", "This code follows the same format as the sample code" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T03:33:28.571408Z", "start_time": "2023-04-19T03:33:28.571403Z" } }, "outputs": [], "source": [ "# --\n", "# # The number of classifiers to use, k is initialized by K-fold section\n", "# num_models = k\n", "# # Create a list of num_models models\n", "# models = [Classifier] * num_models\n", "# # Create an empty list to store the best model for each fold\n", "# base_models = []\n", "# # Load the best model for each fold\n", "# for i in range(num_models):\n", "# # Create a model instance and move it to the device (GPU or CPU)\n", "# model_best_i = models[i]().to(device)\n", "# # Load the state dictionary of the best model for this fold from a checkpoint file\n", "# model_best_i.load_state_dict(torch.load(f\"{_exp_name}_fold{i+1}_{models[i].__name__}_300_best.ckpt\"))\n", "# # Append the model to the base_models list\n", "# base_models.append(model_best_i)\n", "# # Create an ensemble model that combines the base models and move it to the device\n", "# model_best = EnsembleModel(base_models=base_models).to(device)\n", "\n", "# # Set the model to evaluation mode\n", "# model_best.eval()\n", "\n", "# with torch.no_grad():\n", "# # Get the prediction without test-time augmentation (TTA)\n", "# # Input the data from the test dataset to the ensemble model, and concatenate the prediction results\n", "# prediction = torch.cat([model_best(data.to(device)) for data, _ in tqdm(test_loader)], dim=0)\n", "# # Get the prediction with TTA, loop through each TTA method\n", "# # Input the data from the test dataset to the ensemble model, and concatenate the prediction results, and stack them on the first dimension\n", "# tta_predictions = torch.stack([\n", "# torch.cat([model_best(data.to(device)) for data, _ in tqdm(tta_test_loaders[tta])], dim=0) for tta in range(num_tta)\n", "# ],\n", "# dim=0) \n", "\n", "# # Sum up the TTA predictions\n", "# total_tta_predictions = torch.sum(tta_predictions, dim=0)\n", "# # Average the TTA predictions\n", "# avg_tta_predictions = torch.mean(tta_predictions, dim=0) \n", "\n", "# # Get the weighted average of prediction and TTA prediction\n", "# prediction = torch.add(torch.mul(prediction, 0.8), torch.mul(avg_tta_predictions, 0.2))\n", "# # Get the predicted labels\n", "# prediction = torch.argmax(prediction, dim=1).cpu() " ] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "DL", "language": "python", "name": "dl" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" }, "toc": { "base_numbering": 1, "nav_menu": { "height": "329px", "width": "242px" }, "number_sections": true, "sideBar": true, "skip_h1_title": false, "title_cell": "Table of Contents", "title_sidebar": "Contents", "toc_cell": false, "toc_position": { "height": "calc(100% - 180px)", "left": "10px", "top": "150px", "width": "364.59375px" }, "toc_section_display": true, "toc_window_display": false }, "toc-autonumbering": true, "toc-showcode": false, "varInspector": { "cols": { "lenName": 16, "lenType": 16, "lenVar": 40 }, "kernels_config": { "python": { "delete_cmd_postfix": "", "delete_cmd_prefix": "del ", "library": "var_list.py", "varRefreshCmd": "print(var_dic_list())" }, "r": { "delete_cmd_postfix": ") ", "delete_cmd_prefix": "rm(", "library": "var_list.r", "varRefreshCmd": "cat(var_dic_list()) " } }, "position": { "height": "304px", "left": "722px", "right": "20px", "top": "-14px", "width": "383px" }, "types_to_exclude": [ "module", "function", "builtin_function_or_method", "instance", "_Feature" ], "window_display": false } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW03/HW03_Medium_0.70533.ipynb ================================================ { "cells": [ { "attachments": {}, "cell_type": "markdown", "metadata": { "ExecuteTime": { "end_time": "2023-04-19T04:19:05.178035Z", "start_time": "2023-04-19T04:19:05.172911Z" } }, "source": [ "# Medium Baseline\n", "You can search for the “Medium” tag to check for changes (Ctrl + F or Command + F)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "jRDuJsGCgxCO" }, "source": [ "# HW3 Image Classification\n", "## We strongly recommend that you run with [Kaggle](https://www.kaggle.com/t/86ca241732c04da99aca6490080bae73) for this homework\n", "\n", "If you have any questions, please contact the TAs via TA hours, NTU COOL, or email to mlta-2023-spring@googlegroups.com" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "K9Vxu1iQwdIE" }, "source": [ "# Check GPU Type" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:48.881086Z", "start_time": "2023-04-19T06:29:48.757049Z" }, "colab": { "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "KKjf6sZcwb_A", "outputId": "605652be-d5bf-48a2-8218-57b33b6f7790" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thu May 25 10:37:02 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 32C P8 21W / 170W | 293MiB / 12288MiB | 0% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1170 G /usr/lib/xorg/Xorg 233MiB |\n", "| 0 N/A N/A 1474 G /usr/bin/gnome-shell 31MiB |\n", "| 0 N/A N/A 1722 G ...nlogin/bin/sunloginclient 6MiB |\n", "| 0 N/A N/A 8998 G ...2gtk-4.0/WebKitWebProcess 19MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "EVgrPb3HhJUT" }, "source": [ "# Get Data\n", "Notes: if the links are dead, you can download the data directly from Kaggle and upload it to the workspace, or you can use the Kaggle API to directly download the data into colab.\n" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:48.894698Z", "start_time": "2023-04-19T06:29:48.889221Z" }, "code_folding": [], "colab": { "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "EAO6dg9eVaU_", "outputId": "5a20fe0a-ab0f-40e8-82d7-5cb1dea91d92" }, "outputs": [], "source": [ "# Download Link\n", "# Link 1 (Dropbox): https://www.dropbox.com/s/up5q1gthsz3v0dq/food-11.zip?dl=0\n", "# Link 2 (Google Drive): https://drive.google.com/file/d/1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9/view?usp=share_link\n", "# Link 3: Kaggle Competition.\n", "\n", "# (1) dropbox link\n", "# !wget -O food11.zip https://www.dropbox.com/s/up5q1gthsz3v0dq/food-11.zip?dl=0\n", "\n", "# (2) google drive link\n", "# !pip install gdown --upgrade\n", "# !gdown --id '1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9' --output food11.zip" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:48.904501Z", "start_time": "2023-04-19T06:29:48.895892Z" }, "colab": { "background_save": true, "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "HEsBm1lkhGmk", "outputId": "9612ed4d-d67d-46d3-f992-b1fd623c1090" }, "outputs": [], "source": [ "# ! unzip food11.zip" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "n5ceUnRihL-f" }, "source": [ "# Import Packages" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:48.913435Z", "start_time": "2023-04-19T06:29:48.908375Z" }, "colab": { "background_save": true }, "id": "ay3WkYnHVaVE" }, "outputs": [], "source": [ "# Define your log filename\n", "_exp_name = \"sample\"" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:49.599531Z", "start_time": "2023-04-19T06:29:48.916823Z" }, "code_folding": [], "colab": { "background_save": true }, "id": "CwOGtRWHVaVF" }, "outputs": [], "source": [ "# Import necessary packages.\n", "import numpy as np\n", "import pandas as pd\n", "import torch\n", "import os\n", "import torch.nn as nn\n", "import torchvision.transforms as transforms\n", "from PIL import Image\n", "# \"ConcatDataset\" and \"Subset\" are possibly useful when doing semi-supervised learning.\n", "from torch.utils.data import ConcatDataset, DataLoader, Subset, Dataset\n", "from torchvision.datasets import DatasetFolder, VisionDataset\n", "# Pretrained model\n", "from torchvision.models import resnet34, resnet50, vgg16, densenet121, alexnet, squeezenet1_0\n", "# This is for the progress bar.\n", "from tqdm.auto import tqdm\n", "import random\n", "# For plotting learning curve\n", "from torch.utils.tensorboard import SummaryWriter" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:49.625216Z", "start_time": "2023-04-19T06:29:49.600519Z" }, "colab": { "background_save": true }, "id": "8kJm9GekVaVH" }, "outputs": [], "source": [ "myseed = 3407 # set a random seed for reproducibility\n", "torch.backends.cudnn.deterministic = True\n", "torch.backends.cudnn.benchmark = False\n", "np.random.seed(myseed)\n", "torch.manual_seed(myseed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed_all(myseed)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "d9MVtgbSVaVH" }, "source": [ "# Transforms (Medium)\n", "Torchvision provides lots of useful utilities for image preprocessing, data *wrapping* as well as data augmentation.\n", "\n", "Please refer to PyTorch official website for details about different transforms." ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:49.634271Z", "start_time": "2023-04-19T06:29:49.626154Z" }, "code_folding": [], "colab": { "background_save": true }, "hidden": true, "id": "jvI3Xmq4VaVJ" }, "outputs": [], "source": [ "# Normally, We don't need augmentations in testing and validation.\n", "# All we need here is to resize the PIL image and transform it into Tensor.\n", "test_tfm = transforms.Compose([\n", " transforms.Resize((128, 128)),\n", " transforms.ToTensor(),\n", "])\n", "\n", "# However, it is also possible to use augmentation in the testing phase.\n", "# You may use train_tfm to produce a variety of images and then test using ensemble methods\n", "\n", "train_tfm = transforms.Compose([\n", " # Resize the image into a fixed shape (height = width = 128)\n", " transforms.Resize((128, 128)),\n", " # You may add some transforms here.\n", " \n", " transforms.RandomChoice(transforms=[\n", " # Apply TrivialAugmentWide data augmentation method\n", " transforms.TrivialAugmentWide(),\n", "\n", " # Return original image\n", " transforms.Lambda(lambda x: x),\n", " ],\n", " p=[0.95, 0.1]),\n", "\n", " # ToTensor() should be the last one of the transfo·rms.\n", " transforms.ToTensor(),\n", "])" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": {}, "source": [ "# Q1. Augmentation Implementation Visualization" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:50.037611Z", "start_time": "2023-04-19T06:29:49.636528Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# I want to show you an example code of Q1. Augmentation Implementation that visualizes the effects of different image transformations.\n", "import matplotlib.pyplot as plt\n", "\n", "plt.rcParams[\"savefig.bbox\"] = 'tight'\n", "\n", "# You can change the file path to match your image\n", "orig_img = Image.open('Q1/assets/astronaut.jpg')\n", "\n", "\n", "def plot(imgs, with_orig=True, row_title=None, **imshow_kwargs):\n", " if not isinstance(imgs[0], list):\n", " # Make a 2d grid even if there's just 1 row\n", " imgs = [imgs]\n", "\n", " num_rows = len(imgs)\n", " num_cols = len(imgs[0]) + with_orig\n", " fig, axs = plt.subplots(nrows=num_rows, ncols=num_cols, squeeze=False)\n", " for row_idx, row in enumerate(imgs):\n", " row = [orig_img] + row if with_orig else row\n", " for col_idx, img in enumerate(row):\n", " ax = axs[row_idx, col_idx]\n", " ax.imshow(np.asarray(img), **imshow_kwargs)\n", " ax.set(xticklabels=[], yticklabels=[], xticks=[], yticks=[])\n", "\n", " if with_orig:\n", " axs[0, 0].set(title='Original image')\n", " axs[0, 0].title.set_size(8)\n", " if row_title is not None:\n", " for row_idx in range(num_rows):\n", " axs[row_idx, 0].set(ylabel=row_title[row_idx])\n", "\n", " plt.tight_layout()\n", "\n", "# Create a list of five transformed images from the original image using the train_tfm function\n", "demo = [train_tfm(orig_img) for i in range(5)]\n", "\n", "# Convert the transformed images from tensors to PIL images\n", "pil_img_demo = [Image.fromarray(np.moveaxis(img.numpy()*255, 0, -1).astype(np.uint8)) for img in demo]\n", "\n", "# Plot the transformed images using the plot function\n", "plot(pil_img_demo) " ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "D0ivMf-jVaVK" }, "source": [ "# Datasets\n", "The data is labelled by the name, so we load images and label while calling '__getitem__'" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:50.041094Z", "start_time": "2023-04-19T06:29:50.038409Z" }, "colab": { "background_save": true }, "hidden": true, "id": "xBdtPhKwVaVL" }, "outputs": [], "source": [ "class FoodDataset(Dataset):\n", "\n", " def __init__(self,path,tfm=test_tfm,files = None):\n", " super(FoodDataset).__init__()\n", " self.path = path\n", " self.files = sorted([os.path.join(path,x) for x in os.listdir(path) if x.endswith(\".jpg\")])\n", " if files != None:\n", " self.files = files\n", " \n", " self.transform = tfm\n", " \n", " def __len__(self):\n", " return len(self.files)\n", " \n", " def __getitem__(self,idx):\n", " fname = self.files[idx]\n", " im = Image.open(fname)\n", " im = self.transform(im)\n", " \n", " try:\n", " label = int(fname.split(\"/\")[-1].split(\"_\")[0])\n", " except:\n", " label = -1 # test has no label\n", " \n", " return im,label" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "ZPFkDwug61PZ" }, "source": [ "# Model" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:50.050480Z", "start_time": "2023-04-19T06:29:50.041809Z" }, "colab": { "background_save": true }, "id": "b_kDECOJVaVL" }, "outputs": [], "source": [ "class Classifier(nn.Module):\n", " def __init__(self):\n", " super(Classifier, self).__init__()\n", " # torch.nn.Conv2d(in_channels, out_channels, kernel_size, stride, padding)\n", " # torch.nn.MaxPool2d(kernel_size, stride, padding)\n", " # input 維度 [3, 128, 128]\n", " self.cnn = nn.Sequential(\n", " nn.Conv2d(3, 64, 3, 1, 1), # [64, 128, 128]\n", " nn.BatchNorm2d(64),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [64, 64, 64]\n", "\n", " nn.Conv2d(64, 128, 3, 1, 1), # [128, 64, 64]\n", " nn.BatchNorm2d(128),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [128, 32, 32]\n", "\n", " nn.Conv2d(128, 256, 3, 1, 1), # [256, 32, 32]\n", " nn.BatchNorm2d(256),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [256, 16, 16]\n", "\n", " nn.Conv2d(256, 512, 3, 1, 1), # [512, 16, 16]\n", " nn.BatchNorm2d(512),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [512, 8, 8]\n", " \n", " nn.Conv2d(512, 512, 3, 1, 1), # [512, 8, 8]\n", " nn.BatchNorm2d(512),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [512, 4, 4]\n", " )\n", " self.fc = nn.Sequential(\n", " nn.Linear(512*4*4, 1024),\n", " nn.ReLU(),\n", " nn.Linear(1024, 512),\n", " nn.ReLU(),\n", " nn.Linear(512, 11)\n", " )\n", " \n", "\n", " def forward(self, x):\n", " out = self.cnn(x)\n", " out = out.view(out.size()[0], -1)\n", " return self.fc(out)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "xgnIOaID687b" }, "source": [ "# Configurations (Medium)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:50.784421Z", "start_time": "2023-04-19T06:29:50.051318Z" }, "colab": { "background_save": true }, "id": "2_OeWtstVaVO" }, "outputs": [], "source": [ "# \"cuda\" only when GPUs are available.\n", "# If you use apple chip (mac), you can change \"cpu\" to \"mps\"\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Initialize a model, and put it on the device specified.\n", "\n", "model = Classifier().to(device)\n", "\n", "Resume = False\n", "if Resume:\n", " model.load_state_dict(torch.load(f\"{_exp_name}_best.ckpt\", map_location='cuda'))\n", "\n", "# The number of batch size.\n", "batch_size = 64\n", "\n", "# The number of training epochs.\n", "n_epochs = 24\n", "\n", "# If no improvement in 'patience' epochs, early stop.\n", "patience = 10\n", "\n", "# For the classification task, we use cross-entropy as the measurement of performance.\n", "criterion = nn.CrossEntropyLoss()\n", "\n", "# Initialize optimizer, you may fine-tune some hyperparameters such as learning rate on your own.\n", "optimizer = torch.optim.Adam(model.parameters(), lr=3e-4, weight_decay=1e-5) # 3e-4" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "zPGwvvPK7F7u" }, "source": [ "# Dataloader" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:29:50.797569Z", "start_time": "2023-04-19T06:29:50.785190Z" }, "colab": { "background_save": true }, "id": "zvZXRH2phItl" }, "outputs": [], "source": [ "# # Construct train and valid datasets.\n", "# # The argument \"loader\" tells how torchvision reads the data.\n", "train_set = FoodDataset(\"./train\", tfm=train_tfm)\n", "train_loader = DataLoader(train_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True)\n", "valid_set = FoodDataset(\"./valid\", tfm=test_tfm)\n", "valid_loader = DataLoader(valid_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "UPQ0j1c17BG1" }, "source": [ "# Start Training" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:52:11.813005Z", "start_time": "2023-04-19T06:29:50.798505Z" }, "id": "zbVkfIFhVaVO" }, "outputs": [ { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "78a5f80e1265434791b1d7bd1fedfa1f", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 0, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "2303e57a1d964e35a250eed4d5850263", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 2, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "890a1bffd2bc4d6fb474196c3d457ffa", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 3, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "18603df224ca4aa4915c123372eb8ab6", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 5, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "6f37922f55784347b9bc0c679638a485", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 8, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "cae14e8ca60644d79b794e0cacf6ca85", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 9, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "fdab95ec331843d18083768ee0fa1058", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 10, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "1387ab05310f46cd9b4b314aca7b0d75", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 13, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "87203088cd3f4f899a82ac4230460b92", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 18, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "70cdb5c6afc8442ebbbddcf7a86bc04d", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 21, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "e344e5d9905947cfad73b63c752f6847", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 22, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "c84b177432164de98cab109a442d8166", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 torch.float16\n", " #print(imgs.dtype)\n", " #print(imgs.shape,labels.shape)\n", "\n", " # Forward the data. (Make sure data and model are on the same device.)\n", " logits = model(imgs.to(device))\n", "\n", " # Calculate the cross-entropy loss.\n", " # We don't need to apply softmax before computing cross-entropy as it is done automatically.\n", " loss = criterion(logits, labels.to(device))\n", "\n", " # Gradients stored in the parameters in the previous step should be cleared out first.\n", " optimizer.zero_grad()\n", "\n", " # Compute the gradients for parameters.\n", " loss.backward()\n", "\n", " # Clip the gradient norms for stable training.\n", " grad_norm = nn.utils.clip_grad_norm_(model.parameters(), max_norm=10)\n", "\n", " # Update the parameters with computed gradients.\n", " optimizer.step()\n", "\n", " # Compute the accuracy for current batch.\n", " acc = (logits.argmax(dim=-1) == labels.to(device)).float().mean()\n", "\n", " # Record the loss and accuracy.\n", " train_loss.append(loss.item())\n", " train_accs.append(acc)\n", " \n", " train_loss = sum(train_loss) / len(train_loss)\n", " train_acc = sum(train_accs) / len(train_accs)\n", "\n", " # Print the information.\n", " print(f\"[ Train | {epoch + 1:03d}/{n_epochs:03d} ] loss = {train_loss:.5f}, acc = {train_acc:.5f}\")\n", "\n", " # ---------- Validation ----------\n", " # Make sure the model is in eval mode so that some modules like dropout are disabled and work normally.\n", " model.eval()\n", "\n", " # These are used to record information in validation.\n", " valid_loss = []\n", " valid_accs = []\n", "\n", " # Iterate the validation set by batches.\n", " for batch in tqdm(valid_loader):\n", "\n", " # A batch consists of image data and corresponding labels.\n", " imgs, labels = batch\n", " #imgs = imgs.half()\n", "\n", " # We don't need gradient in validation.\n", " # Using torch.no_grad() accelerates the forward process.\n", " with torch.no_grad():\n", " logits = model(imgs.to(device))\n", "\n", " # We can still compute the loss (but not the gradient).\n", " loss = criterion(logits, labels.to(device))\n", "\n", " # Compute the accuracy for current batch.\n", " acc = (logits.argmax(dim=-1) == labels.to(device)).float().mean()\n", "\n", " # Record the loss and accuracy.\n", " valid_loss.append(loss.item())\n", " valid_accs.append(acc)\n", " #break\n", "\n", " # The average loss and accuracy for entire validation set is the average of the recorded values.\n", " valid_loss = sum(valid_loss) / len(valid_loss)\n", " valid_acc = sum(valid_accs) / len(valid_accs)\n", "\n", " # Print the information.\n", " #print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f}\")\n", "\n", " writer.add_scalar('Acc/train', train_acc, epoch)\n", " writer.add_scalar('Acc/valid', valid_acc, epoch)\n", " writer.add_scalar('lr', optimizer.state_dict()['param_groups'][0]['lr'], epoch)\n", "\n", " # Update logs\n", " if valid_acc > best_acc:\n", " with open(f\"./{_exp_name}_log.txt\",\"a\"):\n", " print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f} -> best\")\n", " else:\n", " with open(f\"./{_exp_name}_log.txt\",\"a\"):\n", " print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f}\")\n", "\n", "\n", " # Save models\n", " if valid_acc > best_acc:\n", " print(f\"Best model found at epoch {epoch}, saving model\")\n", " torch.save(model.state_dict(), f\"{_exp_name}_best.ckpt\") # only save best to prevent output memory exceed error\n", " best_acc = valid_acc\n", " stale = 0\n", " else:\n", " stale += 1\n", " if stale > patience:\n", " print(f\"No improvment {patience} consecutive epochs, early stopping\")\n", " break" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": {}, "source": [ "# Tensorboard" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:52:11.815430Z", "start_time": "2023-04-19T06:52:11.813899Z" } }, "outputs": [], "source": [ "# %reload_ext tensorboard\n", "# %tensorboard --logdir=./runs/" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "rw2y9Uhw7wr2" }, "source": [ "# Dataloader for test" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:52:11.821120Z", "start_time": "2023-04-19T06:52:11.817051Z" }, "id": "B9QNdHIXVaVP" }, "outputs": [], "source": [ "# Construct test datasets.\n", "# The argument \"loader\" tells how torchvision reads the data.\n", "test_set = FoodDataset(\"./test\", tfm=test_tfm)\n", "test_loader = DataLoader(test_set, batch_size=batch_size, shuffle=False, num_workers=0, pin_memory=True)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "G31uyjpvVaVP" }, "source": [ "# Testing and generate prediction CSV" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T06:52:21.817225Z", "start_time": "2023-04-19T06:52:11.821782Z" }, "id": "bpLtxx5FVaVP" }, "outputs": [ { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "c1ed2fe17f3b4b569457cb7323cb833f", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/47 [00:00" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# Load the vaildation set defined by TA\n", "valid_set = FoodDataset(\"./valid\", tfm=test_tfm)\n", "valid_loader = DataLoader(valid_set, batch_size=64, shuffle=False, num_workers=0, pin_memory=True)\n", "\n", "# Extract the representations for the specific layer of model\n", "index = 5 # You should find out the index of layer which is defined as \"top\" or 'mid' layer of your model.\n", "features = []\n", "labels = []\n", "for batch in tqdm(valid_loader):\n", " imgs, lbls = batch\n", " with torch.no_grad():\n", " logits = model.cnn[:index](imgs.to(device))\n", " logits = logits.view(logits.size()[0], -1)\n", " labels.extend(lbls.cpu().numpy())\n", " logits = np.squeeze(logits.cpu().numpy())\n", " features.extend(logits)\n", " \n", "features = np.array(features)\n", "colors_per_class = cm.rainbow(np.linspace(0, 1, 11))\n", "\n", "# Apply t-SNE to the features\n", "features_tsne = TSNE(n_components=2, init='pca', random_state=42).fit_transform(features)\n", "\n", "# Plot the t-SNE visualization\n", "plt.figure(figsize=(10, 8))\n", "for label in np.unique(labels):\n", " plt.scatter(features_tsne[labels == label, 0], features_tsne[labels == label, 1], label=label, s=5)\n", "plt.legend()\n", "plt.show()" ] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "DL", "language": "python", "name": "dl" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" }, "toc": { "base_numbering": 1, "nav_menu": { "height": "329px", "width": "242px" }, "number_sections": true, "sideBar": true, "skip_h1_title": false, "title_cell": "Table of Contents", "title_sidebar": "Contents", "toc_cell": false, "toc_position": { "height": "calc(100% - 180px)", "left": "10px", "top": "150px", "width": "364.59375px" }, "toc_section_display": true, "toc_window_display": false }, "varInspector": { "cols": { "lenName": 16, "lenType": 16, "lenVar": 40 }, "kernels_config": { "python": { "delete_cmd_postfix": "", "delete_cmd_prefix": "del ", "library": "var_list.py", "varRefreshCmd": "print(var_dic_list())" }, "r": { "delete_cmd_postfix": ") ", "delete_cmd_prefix": "rm(", "library": "var_list.r", "varRefreshCmd": "cat(var_dic_list()) " } }, "position": { "height": "304px", "left": "722px", "right": "20px", "top": "-14px", "width": "383px" }, "types_to_exclude": [ "module", "function", "builtin_function_or_method", "instance", "_Feature" ], "window_display": false } }, "nbformat": 4, "nbformat_minor": 1 } ================================================ FILE: HW03/HW03_Sample_Code.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "jRDuJsGCgxCO" }, "source": [ "# HW3 Image Classification\n", "## We strongly recommend that you run with [Kaggle](https://www.kaggle.com/t/86ca241732c04da99aca6490080bae73) for this homework\n", "\n", "If you have any questions, please contact the TAs via TA hours, NTU COOL, or email to mlta-2023-spring@googlegroups.com" ] }, { "cell_type": "markdown", "metadata": { "id": "K9Vxu1iQwdIE" }, "source": [ "# Check GPU Type" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "KKjf6sZcwb_A", "outputId": "605652be-d5bf-48a2-8218-57b33b6f7790" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Mon Mar 13 14:55:35 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.85.12 Driver Version: 525.85.12 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 Tesla T4 Off | 00000000:00:04.0 Off | 0 |\n", "| N/A 66C P0 31W / 70W | 625MiB / 15360MiB | 0% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "EVgrPb3HhJUT" }, "source": [ "# Get Data\n", "Notes: if the links are dead, you can download the data directly from Kaggle and upload it to the workspace, or you can use the Kaggle API to directly download the data into colab.\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "EAO6dg9eVaU_", "outputId": "5a20fe0a-ab0f-40e8-82d7-5cb1dea91d92" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Looking in indexes: https://pypi.org/simple, https://us-python.pkg.dev/colab-wheels/public/simple/\n", "Requirement already satisfied: gdown in /usr/local/lib/python3.9/dist-packages (4.6.4)\n", "Requirement already satisfied: filelock in /usr/local/lib/python3.9/dist-packages (from gdown) (3.9.0)\n", "Requirement already satisfied: six in /usr/local/lib/python3.9/dist-packages (from gdown) (1.15.0)\n", "Requirement already satisfied: beautifulsoup4 in /usr/local/lib/python3.9/dist-packages (from gdown) (4.6.3)\n", "Requirement already satisfied: requests[socks] in /usr/local/lib/python3.9/dist-packages (from gdown) (2.25.1)\n", "Requirement already satisfied: tqdm in /usr/local/lib/python3.9/dist-packages (from gdown) (4.65.0)\n", "Requirement already satisfied: urllib3<1.27,>=1.21.1 in /usr/local/lib/python3.9/dist-packages (from requests[socks]->gdown) (1.26.14)\n", "Requirement already satisfied: certifi>=2017.4.17 in /usr/local/lib/python3.9/dist-packages (from requests[socks]->gdown) (2022.12.7)\n", "Requirement already satisfied: idna<3,>=2.5 in /usr/local/lib/python3.9/dist-packages (from requests[socks]->gdown) (2.10)\n", "Requirement already satisfied: chardet<5,>=3.0.2 in /usr/local/lib/python3.9/dist-packages (from requests[socks]->gdown) (4.0.0)\n", "Requirement already satisfied: PySocks!=1.5.7,>=1.5.6 in /usr/local/lib/python3.9/dist-packages (from requests[socks]->gdown) (1.7.1)\n", "/usr/local/lib/python3.9/dist-packages/gdown/cli.py:121: FutureWarning: Option `--id` was deprecated in version 4.3.1 and will be removed in 5.0. You don't need to pass it anymore to use a file ID.\n", " warnings.warn(\n", "Downloading...\n", "From: https://drive.google.com/uc?id=1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9\n", "To: /content/food11.zip\n", "100% 1.16G/1.16G [00:09<00:00, 126MB/s] \n" ] } ], "source": [ "# Download Link\n", "# Link 1 (Dropbox): https://www.dropbox.com/s/up5q1gthsz3v0dq/food-11.zip?dl=0\n", "# Link 2 (Google Drive): https://drive.google.com/file/d/1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9/view?usp=share_link\n", "# Link 3: Kaggle Competition.\n", "\n", "# (1) dropbox link\n", "# !wget -O food11.zip https://www.dropbox.com/s/up5q1gthsz3v0dq/food-11.zip?dl=0\n", "\n", "# (2) google drive link\n", "!pip install gdown --upgrade\n", "!gdown --id '1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9' --output food11.zip" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true, "base_uri": "https://localhost:8080/" }, "id": "HEsBm1lkhGmk", "outputId": "96b56b94-7aee-4180-b615-61a1cff7c7e5" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Archive: food11.zip\n", "replace valid/9_2898.jpg? [y]es, [n]o, [A]ll, [N]one, [r]ename: " ] } ], "source": [ "! unzip food11.zip" ] }, { "cell_type": "markdown", "metadata": { "id": "n5ceUnRihL-f" }, "source": [ "# Import Packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "ay3WkYnHVaVE" }, "outputs": [], "source": [ "_exp_name = \"sample\"" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "CwOGtRWHVaVF" }, "outputs": [], "source": [ "# Import necessary packages.\n", "import numpy as np\n", "import pandas as pd\n", "import torch\n", "import os\n", "import torch.nn as nn\n", "import torchvision.transforms as transforms\n", "from PIL import Image\n", "# \"ConcatDataset\" and \"Subset\" are possibly useful when doing semi-supervised learning.\n", "from torch.utils.data import ConcatDataset, DataLoader, Subset, Dataset\n", "from torchvision.datasets import DatasetFolder, VisionDataset\n", "# This is for the progress bar.\n", "from tqdm.auto import tqdm\n", "import random" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "8kJm9GekVaVH" }, "outputs": [], "source": [ "myseed = 6666 # set a random seed for reproducibility\n", "torch.backends.cudnn.deterministic = True\n", "torch.backends.cudnn.benchmark = False\n", "np.random.seed(myseed)\n", "torch.manual_seed(myseed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed_all(myseed)" ] }, { "cell_type": "markdown", "metadata": { "id": "d9MVtgbSVaVH" }, "source": [ "# Transforms\n", "Torchvision provides lots of useful utilities for image preprocessing, data *wrapping* as well as data augmentation.\n", "\n", "Please refer to PyTorch official website for details about different transforms." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "jvI3Xmq4VaVJ" }, "outputs": [], "source": [ "# Normally, We don't need augmentations in testing and validation.\n", "# All we need here is to resize the PIL image and transform it into Tensor.\n", "test_tfm = transforms.Compose([\n", " transforms.Resize((128, 128)),\n", " transforms.ToTensor(),\n", "])\n", "\n", "# However, it is also possible to use augmentation in the testing phase.\n", "# You may use train_tfm to produce a variety of images and then test using ensemble methods\n", "train_tfm = transforms.Compose([\n", " # Resize the image into a fixed shape (height = width = 128)\n", " transforms.Resize((128, 128)),\n", " # You may add some transforms here.\n", "\n", " # ToTensor() should be the last one of the transforms.\n", " transforms.ToTensor(),\n", "])\n" ] }, { "cell_type": "markdown", "metadata": { "id": "D0ivMf-jVaVK" }, "source": [ "# Datasets\n", "The data is labelled by the name, so we load images and label while calling '__getitem__'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "xBdtPhKwVaVL" }, "outputs": [], "source": [ "class FoodDataset(Dataset):\n", "\n", " def __init__(self,path,tfm=test_tfm,files = None):\n", " super(FoodDataset).__init__()\n", " self.path = path\n", " self.files = sorted([os.path.join(path,x) for x in os.listdir(path) if x.endswith(\".jpg\")])\n", " if files != None:\n", " self.files = files\n", "\n", " self.transform = tfm\n", "\n", " def __len__(self):\n", " return len(self.files)\n", "\n", " def __getitem__(self,idx):\n", " fname = self.files[idx]\n", " im = Image.open(fname)\n", " im = self.transform(im)\n", "\n", " try:\n", " label = int(fname.split(\"/\")[-1].split(\"_\")[0])\n", " except:\n", " label = -1 # test has no label\n", "\n", " return im,label" ] }, { "cell_type": "markdown", "metadata": { "id": "ZPFkDwug61PZ" }, "source": [ "# Model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "b_kDECOJVaVL" }, "outputs": [], "source": [ "class Classifier(nn.Module):\n", " def __init__(self):\n", " super(Classifier, self).__init__()\n", " # torch.nn.Conv2d(in_channels, out_channels, kernel_size, stride, padding)\n", " # torch.nn.MaxPool2d(kernel_size, stride, padding)\n", " # input 維度 [3, 128, 128]\n", " self.cnn = nn.Sequential(\n", " nn.Conv2d(3, 64, 3, 1, 1), # [64, 128, 128]\n", " nn.BatchNorm2d(64),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [64, 64, 64]\n", "\n", " nn.Conv2d(64, 128, 3, 1, 1), # [128, 64, 64]\n", " nn.BatchNorm2d(128),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [128, 32, 32]\n", "\n", " nn.Conv2d(128, 256, 3, 1, 1), # [256, 32, 32]\n", " nn.BatchNorm2d(256),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [256, 16, 16]\n", "\n", " nn.Conv2d(256, 512, 3, 1, 1), # [512, 16, 16]\n", " nn.BatchNorm2d(512),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [512, 8, 8]\n", "\n", " nn.Conv2d(512, 512, 3, 1, 1), # [512, 8, 8]\n", " nn.BatchNorm2d(512),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [512, 4, 4]\n", " )\n", " self.fc = nn.Sequential(\n", " nn.Linear(512*4*4, 1024),\n", " nn.ReLU(),\n", " nn.Linear(1024, 512),\n", " nn.ReLU(),\n", " nn.Linear(512, 11)\n", " )\n", "\n", " def forward(self, x):\n", " out = self.cnn(x)\n", " out = out.view(out.size()[0], -1)\n", " return self.fc(out)" ] }, { "cell_type": "markdown", "metadata": { "id": "xgnIOaID687b" }, "source": [ "# Configurations" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "2_OeWtstVaVO" }, "outputs": [], "source": [ "# \"cuda\" only when GPUs are available.\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Initialize a model, and put it on the device specified.\n", "model = Classifier().to(device)\n", "\n", "# The number of batch size.\n", "batch_size = 64\n", "\n", "# The number of training epochs.\n", "n_epochs = 8\n", "\n", "# If no improvement in 'patience' epochs, early stop.\n", "patience = 5\n", "\n", "# For the classification task, we use cross-entropy as the measurement of performance.\n", "criterion = nn.CrossEntropyLoss()\n", "\n", "# Initialize optimizer, you may fine-tune some hyperparameters such as learning rate on your own.\n", "optimizer = torch.optim.Adam(model.parameters(), lr=0.0003, weight_decay=1e-5)" ] }, { "cell_type": "markdown", "metadata": { "id": "zPGwvvPK7F7u" }, "source": [ "# Dataloader" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "zvZXRH2phItl" }, "outputs": [], "source": [ "# Construct train and valid datasets.\n", "# The argument \"loader\" tells how torchvision reads the data.\n", "train_set = FoodDataset(\"./train\", tfm=train_tfm)\n", "train_loader = DataLoader(train_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True)\n", "valid_set = FoodDataset(\"./valid\", tfm=test_tfm)\n", "valid_loader = DataLoader(valid_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True)" ] }, { "cell_type": "markdown", "metadata": { "id": "UPQ0j1c17BG1" }, "source": [ "# Start Training" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "zbVkfIFhVaVO" }, "outputs": [], "source": [ "# Initialize trackers, these are not parameters and should not be changed\n", "stale = 0\n", "best_acc = 0\n", "\n", "for epoch in range(n_epochs):\n", "\n", " # ---------- Training ----------\n", " # Make sure the model is in train mode before training.\n", " model.train()\n", "\n", " # These are used to record information in training.\n", " train_loss = []\n", " train_accs = []\n", "\n", " for batch in tqdm(train_loader):\n", "\n", " # A batch consists of image data and corresponding labels.\n", " imgs, labels = batch\n", " #imgs = imgs.half()\n", " #print(imgs.shape,labels.shape)\n", "\n", " # Forward the data. (Make sure data and model are on the same device.)\n", " logits = model(imgs.to(device))\n", "\n", " # Calculate the cross-entropy loss.\n", " # We don't need to apply softmax before computing cross-entropy as it is done automatically.\n", " loss = criterion(logits, labels.to(device))\n", "\n", " # Gradients stored in the parameters in the previous step should be cleared out first.\n", " optimizer.zero_grad()\n", "\n", " # Compute the gradients for parameters.\n", " loss.backward()\n", "\n", " # Clip the gradient norms for stable training.\n", " grad_norm = nn.utils.clip_grad_norm_(model.parameters(), max_norm=10)\n", "\n", " # Update the parameters with computed gradients.\n", " optimizer.step()\n", "\n", " # Compute the accuracy for current batch.\n", " acc = (logits.argmax(dim=-1) == labels.to(device)).float().mean()\n", "\n", " # Record the loss and accuracy.\n", " train_loss.append(loss.item())\n", " train_accs.append(acc)\n", "\n", " train_loss = sum(train_loss) / len(train_loss)\n", " train_acc = sum(train_accs) / len(train_accs)\n", "\n", " # Print the information.\n", " print(f\"[ Train | {epoch + 1:03d}/{n_epochs:03d} ] loss = {train_loss:.5f}, acc = {train_acc:.5f}\")\n", "\n", " # ---------- Validation ----------\n", " # Make sure the model is in eval mode so that some modules like dropout are disabled and work normally.\n", " model.eval()\n", "\n", " # These are used to record information in validation.\n", " valid_loss = []\n", " valid_accs = []\n", "\n", " # Iterate the validation set by batches.\n", " for batch in tqdm(valid_loader):\n", "\n", " # A batch consists of image data and corresponding labels.\n", " imgs, labels = batch\n", " #imgs = imgs.half()\n", "\n", " # We don't need gradient in validation.\n", " # Using torch.no_grad() accelerates the forward process.\n", " with torch.no_grad():\n", " logits = model(imgs.to(device))\n", "\n", " # We can still compute the loss (but not the gradient).\n", " loss = criterion(logits, labels.to(device))\n", "\n", " # Compute the accuracy for current batch.\n", " acc = (logits.argmax(dim=-1) == labels.to(device)).float().mean()\n", "\n", " # Record the loss and accuracy.\n", " valid_loss.append(loss.item())\n", " valid_accs.append(acc)\n", " #break\n", "\n", " # The average loss and accuracy for entire validation set is the average of the recorded values.\n", " valid_loss = sum(valid_loss) / len(valid_loss)\n", " valid_acc = sum(valid_accs) / len(valid_accs)\n", "\n", " # Print the information.\n", " print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f}\")\n", "\n", "\n", " # update logs\n", " if valid_acc > best_acc:\n", " with open(f\"./{_exp_name}_log.txt\",\"a\"):\n", " print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f} -> best\")\n", " else:\n", " with open(f\"./{_exp_name}_log.txt\",\"a\"):\n", " print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f}\")\n", "\n", "\n", " # save models\n", " if valid_acc > best_acc:\n", " print(f\"Best model found at epoch {epoch}, saving model\")\n", " torch.save(model.state_dict(), f\"{_exp_name}_best.ckpt\") # only save best to prevent output memory exceed error\n", " best_acc = valid_acc\n", " stale = 0\n", " else:\n", " stale += 1\n", " if stale > patience:\n", " print(f\"No improvment {patience} consecutive epochs, early stopping\")\n", " break" ] }, { "cell_type": "markdown", "metadata": { "id": "rw2y9Uhw7wr2" }, "source": [ "# Dataloader for test" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "B9QNdHIXVaVP" }, "outputs": [], "source": [ "# Construct test datasets.\n", "# The argument \"loader\" tells how torchvision reads the data.\n", "test_set = FoodDataset(\"./test\", tfm=test_tfm)\n", "test_loader = DataLoader(test_set, batch_size=batch_size, shuffle=False, num_workers=0, pin_memory=True)" ] }, { "cell_type": "markdown", "metadata": { "id": "G31uyjpvVaVP" }, "source": [ "# Testing and generate prediction CSV" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "bpLtxx5FVaVP" }, "outputs": [], "source": [ "model_best = Classifier().to(device)\n", "model_best.load_state_dict(torch.load(f\"{_exp_name}_best.ckpt\"))\n", "model_best.eval()\n", "prediction = []\n", "with torch.no_grad():\n", " for data,_ in tqdm(test_loader):\n", " test_pred = model_best(data.to(device))\n", " test_label = np.argmax(test_pred.cpu().data.numpy(), axis=1)\n", " prediction += test_label.squeeze().tolist()" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fKupB3VUVaVQ" }, "outputs": [], "source": [ "# create test csv\n", "def pad4(i):\n", " return \"0\"*(4-len(str(i)))+str(i)\n", "df = pd.DataFrame()\n", "df[\"Id\"] = [pad4(i) for i in range(len(test_set))]\n", "df[\"Category\"] = prediction\n", "df.to_csv(\"submission.csv\",index = False)" ] }, { "cell_type": "markdown", "metadata": { "id": "Ivk0hrE-V8Cu" }, "source": [ "# Q1. Augmentation Implementation\n", "## Implement augmentation by finishing train_tfm in the code with image size of your choice.\n", "## Directly copy the following block and paste it on GradeScope after you finish the code\n", "### Your train_tfm must be capable of producing 5+ different results when given an identical image multiple times.\n", "### Your train_tfm in the report can be different from train_tfm in your training code.\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "GSfKNo42WjKm" }, "outputs": [], "source": [ "train_tfm = transforms.Compose([\n", " # Resize the image into a fixed shape (height = width = 128)\n", " transforms.Resize((128, 128)),\n", " # You can add some transforms here.\n", " transforms.ToTensor(),\n", "])" ] }, { "cell_type": "markdown", "metadata": { "id": "3HemRgZ6WwRM" }, "source": [ "# Q2. Visual Representations Implementation\n", "## Visualize the learned visual representations of the CNN model on the validation set by implementing t-SNE (t-distributed Stochastic Neighbor Embedding) on the output of both top & mid layers (You need to submit 2 images).\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "iXd_SZnB2Wg8" }, "outputs": [], "source": [ "import torch\n", "import numpy as np\n", "from sklearn.manifold import TSNE\n", "import matplotlib.pyplot as plt\n", "from tqdm import tqdm\n", "import matplotlib.cm as cm\n", "import torch.nn as nn\n", "\n", "device = 'cuda' if torch.cuda.is_available() else 'cpu'\n", "\n", "# Load the trained model\n", "model = Classifier().to(device)\n", "state_dict = torch.load(f\"{_exp_name}_best.ckpt\")\n", "model.load_state_dict(state_dict)\n", "model.eval()\n", "\n", "print(model)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "QcBKUNfc3BeL" }, "outputs": [], "source": [ "# Load the vaildation set defined by TA\n", "valid_set = FoodDataset(\"./valid\", tfm=test_tfm)\n", "valid_loader = DataLoader(valid_set, batch_size=64, shuffle=False, num_workers=0, pin_memory=True)\n", "\n", "# Extract the representations for the specific layer of model\n", "index = ... # You should find out the index of layer which is defined as \"top\" or 'mid' layer of your model.\n", "features = []\n", "labels = []\n", "for batch in tqdm(valid_loader):\n", " imgs, lbls = batch\n", " with torch.no_grad():\n", " logits = model.cnn[:index](imgs.to(device))\n", " logits = logits.view(logits.size()[0], -1)\n", " labels.extend(lbls.cpu().numpy())\n", " logits = np.squeeze(logits.cpu().numpy())\n", " features.extend(logits)\n", "\n", "features = np.array(features)\n", "colors_per_class = cm.rainbow(np.linspace(0, 1, 11))\n", "\n", "# Apply t-SNE to the features\n", "features_tsne = TSNE(n_components=2, init='pca', random_state=42).fit_transform(features)\n", "\n", "# Plot the t-SNE visualization\n", "plt.figure(figsize=(10, 8))\n", "for label in np.unique(labels):\n", " plt.scatter(features_tsne[labels == label, 0], features_tsne[labels == label, 1], label=label, s=5)\n", "plt.legend()\n", "plt.show()\n", "\n", "plt.figure(figsize=(10, 8))\n", "labels = [0]\n", "for label in np.unique(labels):\n", " plt.scatter(features_tsne[labels == label, 0], features_tsne[labels == label, 1], label=label, s=5)\n", "plt.legend()\n", "plt.show()" ] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.4" } }, "nbformat": 4, "nbformat_minor": 0 } ================================================ FILE: HW03/HW03_Strong_0.81400.ipynb ================================================ { "cells": [ { "attachments": {}, "cell_type": "markdown", "metadata": {}, "source": [ "# Strong Baseline\n", "You can search for the “Strong” tag to check for changes (Ctrl + F or Command + F)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "jRDuJsGCgxCO" }, "source": [ "# HW3 Image Classification\n", "## We strongly recommend that you run with [Kaggle](https://www.kaggle.com/t/86ca241732c04da99aca6490080bae73) for this homework\n", "\n", "If you have any questions, please contact the TAs via TA hours, NTU COOL, or email to mlta-2023-spring@googlegroups.com" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "K9Vxu1iQwdIE" }, "source": [ "# Check GPU Type" ] }, { "cell_type": "code", "execution_count": 69, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:37.575353Z", "start_time": "2023-04-19T14:22:37.430558Z" }, "colab": { "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "KKjf6sZcwb_A", "outputId": "605652be-d5bf-48a2-8218-57b33b6f7790" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Sat May 27 12:03:34 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 32C P8 22W / 170W | 11266MiB / 12288MiB | 0% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1170 G /usr/lib/xorg/Xorg 235MiB |\n", "| 0 N/A N/A 1474 G /usr/bin/gnome-shell 31MiB |\n", "| 0 N/A N/A 1722 G ...nlogin/bin/sunloginclient 8MiB |\n", "| 0 N/A N/A 8998 G ...2gtk-4.0/WebKitWebProcess 19MiB |\n", "| 0 N/A N/A 35393 C ...conda3/envs/DL/bin/python 10966MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "EVgrPb3HhJUT" }, "source": [ "# Get Data\n", "Notes: if the links are dead, you can download the data directly from Kaggle and upload it to the workspace, or you can use the Kaggle API to directly download the data into colab.\n" ] }, { "cell_type": "code", "execution_count": 70, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:37.585635Z", "start_time": "2023-04-19T14:22:37.579870Z" }, "code_folding": [], "colab": { "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "EAO6dg9eVaU_", "outputId": "5a20fe0a-ab0f-40e8-82d7-5cb1dea91d92" }, "outputs": [], "source": [ "# Download Link\n", "# Link 1 (Dropbox): https://www.dropbox.com/s/up5q1gthsz3v0dq/food-11.zip?dl=0\n", "# Link 2 (Google Drive): https://drive.google.com/file/d/1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9/view?usp=share_link\n", "# Link 3: Kaggle Competition.\n", "\n", "# (1) dropbox link\n", "# !wget -O food11.zip https://www.dropbox.com/s/up5q1gthsz3v0dq/food-11.zip?dl=0\n", "\n", "# (2) google drive link\n", "# !pip install gdown --upgrade\n", "# !gdown --id '1tbGNwk1yGoCBdu4Gi_Cia7EJ9OhubYD9' --output food11.zip" ] }, { "cell_type": "code", "execution_count": 71, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:37.595591Z", "start_time": "2023-04-19T14:22:37.591145Z" }, "colab": { "background_save": true, "base_uri": "https://localhost:8080/" }, "hidden": true, "id": "HEsBm1lkhGmk", "outputId": "9612ed4d-d67d-46d3-f992-b1fd623c1090" }, "outputs": [], "source": [ "# ! unzip food11.zip" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "n5ceUnRihL-f" }, "source": [ "# Import Packages" ] }, { "cell_type": "code", "execution_count": 72, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:37.600962Z", "start_time": "2023-04-19T14:22:37.598490Z" }, "colab": { "background_save": true }, "id": "ay3WkYnHVaVE" }, "outputs": [], "source": [ "# Define your log filename\n", "_exp_name = \"sample\"" ] }, { "cell_type": "code", "execution_count": 73, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:38.838110Z", "start_time": "2023-04-19T14:22:37.602881Z" }, "code_folding": [], "colab": { "background_save": true }, "id": "CwOGtRWHVaVF" }, "outputs": [], "source": [ "# Import necessary packages.\n", "import numpy as np\n", "import pandas as pd\n", "import torch\n", "import os\n", "import torch.nn as nn\n", "import torchvision.transforms as transforms\n", "from PIL import Image\n", "# \"ConcatDataset\" and \"Subset\" are possibly useful when doing semi-supervised learning.\n", "from torch.utils.data import ConcatDataset, DataLoader, Subset, Dataset\n", "from torchvision.datasets import DatasetFolder, VisionDataset\n", "# Pretrained model\n", "from torchvision.models import resnet34, resnet50, vgg16, densenet121, alexnet, squeezenet1_0\n", "# This is for the progress bar.\n", "from tqdm.auto import tqdm\n", "import random\n", "# For plotting learning curve\n", "from torch.utils.tensorboard import SummaryWriter\n", "# K-fold cross validation and boosting\n", "from sklearn.model_selection import KFold\n", "from sklearn.ensemble import AdaBoostClassifier\n", "# Optuna\n", "import optuna" ] }, { "cell_type": "code", "execution_count": 74, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:38.917931Z", "start_time": "2023-04-19T14:22:38.839058Z" }, "colab": { "background_save": true }, "id": "8kJm9GekVaVH" }, "outputs": [], "source": [ "myseed = 3407 # set a random seed for reproducibility\n", "torch.backends.cudnn.deterministic = True\n", "torch.backends.cudnn.benchmark = False\n", "np.random.seed(myseed)\n", "torch.manual_seed(myseed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed_all(myseed)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "d9MVtgbSVaVH" }, "source": [ "# Transforms\n", "Torchvision provides lots of useful utilities for image preprocessing, data *wrapping* as well as data augmentation.\n", "\n", "Please refer to PyTorch official website for details about different transforms." ] }, { "cell_type": "code", "execution_count": 75, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:38.927138Z", "start_time": "2023-04-19T14:22:38.920698Z" }, "code_folding": [], "colab": { "background_save": true }, "hidden": true, "id": "jvI3Xmq4VaVJ" }, "outputs": [], "source": [ "# Normally, We don't need augmentations in testing and validation.\n", "# All we need here is to resize the PIL image and transform it into Tensor.\n", "test_tfm = transforms.Compose([\n", " transforms.Resize((128, 128)),\n", " transforms.ToTensor(),\n", "])\n", "\n", "# However, it is also possible to use augmentation in the testing phase.\n", "# You may use train_tfm to produce a variety of images and then test using ensemble methods\n", "\n", "train_tfm = transforms.Compose([\n", " # Resize the image into a fixed shape (height = width = 128)\n", " transforms.Resize((128, 128)),\n", " # You may add some transforms here.\n", " \n", " transforms.RandomChoice(transforms=[\n", " # Apply TrivialAugmentWide data augmentation method\n", " transforms.TrivialAugmentWide(),\n", "\n", " # Return original image\n", " transforms.Lambda(lambda x: x),\n", " ],\n", " p=[0.95, 0.05]),\n", "\n", " # ToTensor() should be the last one of the transfo·rms.\n", " transforms.ToTensor(),\n", "])" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": {}, "source": [ "# Q1. Augmentation Implementation Visualization" ] }, { "cell_type": "code", "execution_count": 76, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:39.361104Z", "start_time": "2023-04-19T14:22:38.929546Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# I want to show you an example code of Q1. Augmentation Implementation that visualizes the effects of different image transformations.\n", "import matplotlib.pyplot as plt\n", "\n", "plt.rcParams[\"savefig.bbox\"] = 'tight'\n", "\n", "# You can change the file path to match your image\n", "orig_img = Image.open('Q1/assets/astronaut.jpg')\n", "\n", "\n", "def plot(imgs, with_orig=True, row_title=None, **imshow_kwargs):\n", " if not isinstance(imgs[0], list):\n", " # Make a 2d grid even if there's just 1 row\n", " imgs = [imgs]\n", "\n", " num_rows = len(imgs)\n", " num_cols = len(imgs[0]) + with_orig\n", " fig, axs = plt.subplots(nrows=num_rows, ncols=num_cols, squeeze=False)\n", " for row_idx, row in enumerate(imgs):\n", " row = [orig_img] + row if with_orig else row\n", " for col_idx, img in enumerate(row):\n", " ax = axs[row_idx, col_idx]\n", " ax.imshow(np.asarray(img), **imshow_kwargs)\n", " ax.set(xticklabels=[], yticklabels=[], xticks=[], yticks=[])\n", "\n", " if with_orig:\n", " axs[0, 0].set(title='Original image')\n", " axs[0, 0].title.set_size(8)\n", " if row_title is not None:\n", " for row_idx in range(num_rows):\n", " axs[row_idx, 0].set(ylabel=row_title[row_idx])\n", "\n", " plt.tight_layout()\n", "\n", "# Create a list of five transformed images from the original image using the train_tfm function\n", "demo = [train_tfm(orig_img) for i in range(5)]\n", "\n", "# Convert the transformed images from tensors to PIL images\n", "pil_img_demo = [Image.fromarray(np.moveaxis(img.numpy()*255, 0, -1).astype(np.uint8)) for img in demo]\n", "\n", "# Plot the transformed images using the plot function\n", "plot(pil_img_demo) " ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "heading_collapsed": true, "id": "D0ivMf-jVaVK" }, "source": [ "# Datasets\n", "The data is labelled by the name, so we load images and label while calling '__getitem__'" ] }, { "cell_type": "code", "execution_count": 77, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:39.365602Z", "start_time": "2023-04-19T14:22:39.362840Z" }, "colab": { "background_save": true }, "hidden": true, "id": "xBdtPhKwVaVL" }, "outputs": [], "source": [ "class FoodDataset(Dataset):\n", "\n", " def __init__(self,path,tfm=test_tfm,files = None):\n", " super(FoodDataset).__init__()\n", " self.path = path\n", " self.files = sorted([os.path.join(path,x) for x in os.listdir(path) if x.endswith(\".jpg\")])\n", " if files != None:\n", " self.files = files\n", " \n", " self.transform = tfm\n", " \n", " def __len__(self):\n", " return len(self.files)\n", " \n", " def __getitem__(self,idx):\n", " fname = self.files[idx]\n", " im = Image.open(fname)\n", " im = self.transform(im)\n", " \n", " try:\n", " label = int(fname.split(\"/\")[-1].split(\"_\")[0])\n", " except:\n", " label = -1 # test has no label\n", " \n", " return im,label" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "ZPFkDwug61PZ" }, "source": [ "# Model (Strong)" ] }, { "cell_type": "code", "execution_count": 78, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:39.374317Z", "start_time": "2023-04-19T14:22:39.366511Z" }, "colab": { "background_save": true }, "id": "b_kDECOJVaVL" }, "outputs": [], "source": [ "class Classifier(nn.Module):\n", " def __init__(self):\n", " super(Classifier, self).__init__()\n", " # torch.nn.Conv2d(in_channels, out_channels, kernel_size, stride, padding)\n", " # torch.nn.MaxPool2d(kernel_size, stride, padding)\n", " # input 維度 [3, 128, 128]\n", " self.cnn = nn.Sequential(\n", " nn.Conv2d(3, 64, 3, 1, 1), # [64, 128, 128]\n", " nn.BatchNorm2d(64),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [64, 64, 64]\n", "\n", " nn.Conv2d(64, 128, 3, 1, 1), # [128, 64, 64]\n", " nn.BatchNorm2d(128),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [128, 32, 32]\n", "\n", " nn.Conv2d(128, 256, 3, 1, 1), # [256, 32, 32]\n", " nn.BatchNorm2d(256),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [256, 16, 16]\n", "\n", " nn.Conv2d(256, 512, 3, 1, 1), # [512, 16, 16]\n", " nn.BatchNorm2d(512),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [512, 8, 8]\n", " \n", " nn.Conv2d(512, 512, 3, 1, 1), # [512, 8, 8]\n", " nn.BatchNorm2d(512),\n", " nn.ReLU(),\n", " nn.MaxPool2d(2, 2, 0), # [512, 4, 4]\n", " )\n", " self.fc = nn.Sequential(\n", " nn.Dropout(p=0.5),\n", " nn.Linear(512*4*4, 1024),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(1024, 512),\n", " nn.ReLU(),\n", " nn.Dropout(p=0.5),\n", " nn.Linear(512, 11)\n", " )\n", " \n", "\n", " def forward(self, x):\n", " out = self.cnn(x)\n", " out = out.view(out.size()[0], -1)\n", " return self.fc(out)\n", " \n", " \n", "class ResNet34(nn.Module):\n", " def __init__(self):\n", " super(ResNet34, self).__init__()\n", " self.model = resnet34(weights=None)\n", " num_features = self.model.fc.in_features\n", " self.model.fc = nn.Linear(num_features, 11)\n", " self.model.num_classes = 11\n", " \n", " def forward(self, x):\n", " return self.model(x)\n", " \n", "class ResNet50(nn.Module):\n", " def __init__(self):\n", " super(ResNet50, self).__init__()\n", " self.model = resnet50(weights=None)\n", " num_features = self.model.fc.in_features\n", " self.model.fc = nn.Linear(num_features, 11)\n", " self.model.num_classes = 11\n", " \n", " \n", " def forward(self, x):\n", " return self.model(x)\n", "\n", " \n", "class VGG16(nn.Module):\n", " def __init__(self):\n", " super(VGG16, self).__init__()\n", " self.model = vgg16(weights=None)\n", " num_features = self.model.classifier[6].in_features\n", " self.model.classifier[6] = nn.Linear(num_features, 11)\n", " self.model.num_classes = 11\n", "\n", " def forward(self, x):\n", " return self.model(x)\n", "\n", "\n", "class DenseNet121(nn.Module):\n", " def __init__(self):\n", " super(DenseNet121, self).__init__()\n", " self.model = densenet121(weights=None)\n", " num_features = self.model.classifier.in_features\n", " self.model.classifier = nn.Linear(num_features, 11)\n", " self.model.num_classes = 11\n", "\n", " def forward(self, x):\n", " x = self.model(x)\n", " return x\n", " \n", "\n", "class AlexNet(nn.Module):\n", " def __init__(self):\n", " super(AlexNet, self).__init__()\n", " self.model = alexnet(weights=None)\n", " num_features = self.model.classifier[6].in_features\n", " self.model.classifier[6] = nn.Linear(num_features, 11)\n", " self.model.num_classes = 11\n", "\n", " def forward(self, x):\n", " x = self.model(x)\n", " return x\n", " \n", " \n", "class SqueezeNet(nn.Module):\n", " def __init__(self):\n", " super(SqueezeNet, self).__init__()\n", " self.model = squeezenet1_0(weights=None)\n", " # (1): Conv2d(512, 1000, kernel_size=(1, 1), stride=(1, 1))\n", " num_features = self.model.classifier[1].in_channels\n", " self.model.classifier[1] = nn.Conv2d(num_features, 11, kernel_size=(1,1), stride=(1,1))\n", " self.model.num_classes = 11\n", " \n", " def forward(self, x):\n", " x = self.model(x)\n", " return x" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "xgnIOaID687b" }, "source": [ "# Configurations (strong)" ] }, { "cell_type": "code", "execution_count": 79, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:40.301397Z", "start_time": "2023-04-19T14:22:39.375135Z" }, "colab": { "background_save": true }, "id": "2_OeWtstVaVO" }, "outputs": [], "source": [ "# \"cuda\" only when GPUs are available.\n", "# If you use apple chip (mac), you can change \"cpu\" to \"mps\"\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Initialize a model, and put it on the device specified.\n", "model = Classifier().to(device)\n", "\n", "Resume = False\n", "if Resume:\n", " model.load_state_dict(torch.load(f\"{_exp_name}_best.ckpt\", map_location='cuda'))\n", "\n", "# The number of batch size.\n", "batch_size = 64\n", "\n", "# The number of training epochs.\n", "n_epochs = 160\n", "\n", "# If no improvement in 'patience' epochs, early stop.\n", "patience = 20\n", "\n", "# For the classification task, we use cross-entropy as the measurement of performance.\n", "# criterion = nn.CrossEntropyLoss()\n", "# Label Smoothing Cross Entropy Loss\n", "criterion = nn.CrossEntropyLoss(label_smoothing=0.1)\n", "\n", "# Initialize optimizer, you may fine-tune some hyperparameters such as learning rate on your own.\n", "optimizer = torch.optim.Adam(model.parameters(), lr=3e-4, weight_decay=1e-5) # 3e-4\n", "\n", "# Create a learning rate scheduler that reduces the learning rate when the metric stops improving\n", "scheduler = torch.optim.lr_scheduler.ReduceLROnPlateau(optimizer, mode='max', factor=0.8, patience=patience/2, threshold=0.05)\n", "# scheduler = torch.optim.lr_scheduler.CosineAnnealingWarmRestarts(optimizer, T_0=10, T_mult=2, eta_min=1e-8)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "zPGwvvPK7F7u" }, "source": [ "# Dataloader" ] }, { "cell_type": "code", "execution_count": 80, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T14:22:40.317932Z", "start_time": "2023-04-19T14:22:40.302185Z" }, "colab": { "background_save": true }, "id": "zvZXRH2phItl" }, "outputs": [], "source": [ "# # Construct train and valid datasets.\n", "# # The argument \"loader\" tells how torchvision reads the data.\n", "train_set = FoodDataset(\"./train\", tfm=train_tfm)\n", "train_loader = DataLoader(train_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True)\n", "valid_set = FoodDataset(\"./valid\", tfm=test_tfm)\n", "valid_loader = DataLoader(valid_set, batch_size=batch_size, shuffle=True, num_workers=0, pin_memory=True)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "UPQ0j1c17BG1" }, "source": [ "# Start Training" ] }, { "cell_type": "code", "execution_count": 81, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T15:54:54.846883Z", "start_time": "2023-04-19T14:22:40.318753Z" }, "id": "zbVkfIFhVaVO", "tags": [] }, "outputs": [ { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "75e75b2ff43b4a0fa5306ce91073c688", "version_major": 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[00:00 best\n", "Best model found at epoch 46, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "81a21c78b69f422cb147cfe4788cb95a", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 56, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "32973137fa264d9f8a79cb2167b882dc", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 65, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "21412420699647f3be4dcc91ba49cc0c", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 79, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "fcc07b5aaec149a8b9185f3574755099", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 86, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "f79e5cf4ee834c5c997ce6d334337ebe", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 90, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "4bd5be4d58434e4893edfc85ac70aaad", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 93, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "c0bf420cd9a84140be87e887b88023bb", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 96, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "248ffcaf9c12431ab466baf458b71202", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 100, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "c19ac60f1bb94f5dbc19afd36feab6c0", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 107, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "7d7ff6e57d194785844ef0e7888a8f3f", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 109, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "c1cb50289dc74213ae3e006faf4bc7ed", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 110, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "a215cc3072644ac3925a7d9b3a694c15", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 126, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "d8a4eff54cf24d918a6aca6a252bb997", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 127, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "be2350838ae94a92acc72be77b48d8a1", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 133, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "2809d2da0ee4484a809294cf3c77ec54", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 134, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "ea4c4dd5c0434a858f79c8d605c56503", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 135, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "591386a7a3a84eedac980d219e807147", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 144, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "1610d7d535344afab28dc30caa66e237", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 149, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "5a1c254e4752473b88e3feef624a706e", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 best\n", "Best model found at epoch 153, saving model\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "f008b3fd7e2f461b838467a2d6a760b4", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/157 [00:00 torch.float16\n", " #print(imgs.dtype)\n", " #print(imgs.shape,labels.shape)\n", "\n", " # Forward the data. (Make sure data and model are on the same device.)\n", " logits = model(imgs.to(device))\n", "\n", " # Calculate the cross-entropy loss.\n", " # We don't need to apply softmax before computing cross-entropy as it is done automatically.\n", " loss = criterion(logits, labels.to(device))\n", "\n", " # Gradients stored in the parameters in the previous step should be cleared out first.\n", " optimizer.zero_grad()\n", "\n", " # Compute the gradients for parameters.\n", " loss.backward()\n", "\n", " # Clip the gradient norms for stable training.\n", " grad_norm = nn.utils.clip_grad_norm_(model.parameters(), max_norm=10)\n", "\n", " # Update the parameters with computed gradients.\n", " optimizer.step()\n", "\n", " # Compute the accuracy for current batch.\n", " acc = (logits.argmax(dim=-1) == labels.to(device)).float().mean()\n", "\n", " # Record the loss and accuracy.\n", " train_loss.append(loss.item())\n", " train_accs.append(acc)\n", "\n", " train_loss = sum(train_loss) / len(train_loss)\n", " train_acc = sum(train_accs) / len(train_accs)\n", "\n", " # Print the information.\n", " print(f\"[ Train | {epoch + 1:03d}/{n_epochs:03d} ] loss = {train_loss:.5f}, acc = {train_acc:.5f}\")\n", "\n", " # ---------- Validation ----------\n", " # Make sure the model is in eval mode so that some modules like dropout are disabled and work normally.\n", " model.eval()\n", "\n", " # These are used to record information in validation.\n", " valid_loss = []\n", " valid_accs = []\n", "\n", " # Iterate the validation set by batches.\n", " for batch in tqdm(valid_loader):\n", "\n", " # A batch consists of image data and corresponding labels.\n", " imgs, labels = batch\n", " #imgs = imgs.half()\n", "\n", " # We don't need gradient in validation.\n", " # Using torch.no_grad() accelerates the forward process.\n", " with torch.no_grad():\n", " logits = model(imgs.to(device))\n", "\n", " # We can still compute the loss (but not the gradient).\n", " loss = criterion(logits, labels.to(device))\n", "\n", " # Compute the accuracy for current batch.\n", " acc = (logits.argmax(dim=-1) == labels.to(device)).float().mean()\n", "\n", " # Record the loss and accuracy.\n", " valid_loss.append(loss.item())\n", " valid_accs.append(acc)\n", " #break\n", "\n", " # The average loss and accuracy for entire validation set is the average of the recorded values.\n", " valid_loss = sum(valid_loss) / len(valid_loss)\n", " valid_acc = sum(valid_accs) / len(valid_accs)\n", "\n", " # Print the information.\n", " #print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f}\")\n", "\n", " writer.add_scalar('Acc/train', train_acc, epoch)\n", " writer.add_scalar('Acc/valid', valid_acc, epoch)\n", " writer.add_scalar('lr', optimizer.state_dict()['param_groups'][0]['lr'], epoch)\n", "\n", " # Update logs\n", " if valid_acc > best_acc:\n", " with open(f\"./{_exp_name}_log.txt\",\"a\"):\n", " print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f} -> best\")\n", " else:\n", " with open(f\"./{_exp_name}_log.txt\",\"a\"):\n", " print(f\"[ Valid | {epoch + 1:03d}/{n_epochs:03d} ] loss = {valid_loss:.5f}, acc = {valid_acc:.5f}\")\n", "\n", "\n", " # Save models\n", " if valid_acc > best_acc:\n", " print(f\"Best model found at epoch {epoch}, saving model\")\n", " torch.save(model.state_dict(), f\"{_exp_name}_best.ckpt\") # only save best to prevent output memory exceed error\n", " best_acc = valid_acc\n", " stale = 0\n", " else:\n", " stale += 1\n", " if stale > patience:\n", " print(f\"No improvment {patience} consecutive epochs, early stopping\")\n", " break\n", "\n", " # Update learning rate based on the best_acc so far\n", " scheduler.step(best_acc)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": {}, "source": [ "# Tensorboard" ] }, { "cell_type": "code", "execution_count": 82, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T15:54:54.849446Z", "start_time": "2023-04-19T15:54:54.847962Z" } }, "outputs": [], "source": [ "# %reload_ext tensorboard\n", "# %tensorboard --logdir=./runs/" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "rw2y9Uhw7wr2" }, "source": [ "# Dataloader for test" ] }, { "cell_type": "code", "execution_count": 83, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T15:54:54.862790Z", "start_time": "2023-04-19T15:54:54.850718Z" }, "id": "B9QNdHIXVaVP" }, "outputs": [], "source": [ "# Construct test datasets.\n", "# The argument \"loader\" tells how torchvision reads the data.\n", "test_set = FoodDataset(\"./test\", tfm=test_tfm)\n", "test_loader = DataLoader(test_set, batch_size=batch_size, shuffle=False, num_workers=0, pin_memory=True)" ] }, { "attachments": {}, "cell_type": "markdown", "metadata": { "id": "G31uyjpvVaVP" }, "source": [ "# Testing and generate prediction CSV" ] }, { "cell_type": "code", "execution_count": 84, "metadata": { "ExecuteTime": { "end_time": "2023-04-19T15:55:05.445460Z", "start_time": "2023-04-19T15:54:54.863701Z" }, "id": "bpLtxx5FVaVP", "tags": [] }, "outputs": [ { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "f0ef8e8f1ad74fbf85d2c94acee61322", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/47 [00:00" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# Load the vaildation set defined by TA\n", "valid_set = FoodDataset(\"./valid\", tfm=test_tfm)\n", "valid_loader = DataLoader(valid_set, batch_size=64, shuffle=False, num_workers=0, pin_memory=True)\n", "\n", "# Extract the representations for the specific layer of model\n", "index = 17 # You should find out the index of layer which is defined as \"top\" or 'mid' layer of your model.\n", "features = []\n", "labels = []\n", "for batch in tqdm(valid_loader):\n", " imgs, lbls = batch\n", " with torch.no_grad():\n", " logits = model.cnn[:index](imgs.to(device))\n", " logits = logits.view(logits.size()[0], -1)\n", " labels.extend(lbls.cpu().numpy())\n", " logits = np.squeeze(logits.cpu().numpy())\n", " features.extend(logits)\n", " \n", "features = np.array(features)\n", "colors_per_class = cm.rainbow(np.linspace(0, 1, 11))\n", "\n", "# Apply t-SNE to the features\n", "features_tsne = TSNE(n_components=2, init='pca', random_state=42).fit_transform(features)\n", "\n", "# Plot the t-SNE visualization\n", "plt.figure(figsize=(10, 8))\n", "for label in np.unique(labels):\n", " plt.scatter(features_tsne[labels == label, 0], features_tsne[labels == label, 1], label=label, s=5)\n", "plt.legend()\n", "plt.show()" ] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "DL", "language": "python", "name": "dl" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" }, "toc": { "base_numbering": 1, "nav_menu": { "height": "329px", "width": "242px" }, "number_sections": true, "sideBar": true, "skip_h1_title": false, "title_cell": "Table of Contents", "title_sidebar": "Contents", "toc_cell": false, "toc_position": { "height": "calc(100% - 180px)", "left": "10px", "top": "150px", "width": "364.59375px" }, "toc_section_display": true, "toc_window_display": false }, "toc-autonumbering": true, "toc-showcode": true, "varInspector": { "cols": { "lenName": 16, "lenType": 16, "lenVar": 40 }, "kernels_config": { "python": { "delete_cmd_postfix": "", "delete_cmd_prefix": "del ", "library": "var_list.py", "varRefreshCmd": "print(var_dic_list())" }, "r": { "delete_cmd_postfix": ") ", "delete_cmd_prefix": "rm(", "library": "var_list.r", "varRefreshCmd": "cat(var_dic_list()) " } }, "position": { "height": "304px", "left": "722px", "right": "20px", "top": "-14px", "width": "383px" }, "types_to_exclude": [ "module", "function", "builtin_function_or_method", "instance", "_Feature" ], "window_display": false } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW03/Q1/README.md ================================================ plot_transforms 文件是 torchvision 官方文档提供的示例代码, 尝试运行它, 可以对变换有更多的理解，我增加了一些注释和小部分扩展的函数演示。 ================================================ FILE: HW03/Q1/plot_transforms.ipynb ================================================ { "cells": [ { "cell_type": "code", "execution_count": 1, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:38.351891Z", "start_time": "2023-04-02T12:48:38.210902Z" } }, "outputs": [], "source": [ "%matplotlib inline" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "\n", "# Illustration of transforms\n", "\n", "This example illustrates the various transforms available in `the\n", "torchvision.transforms module `.\n" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:38.831718Z", "start_time": "2023-04-02T12:48:38.352570Z" } }, "outputs": [], "source": [ "from PIL import Image\t\t\t\t# Image 处理图像\n", "from pathlib import Path\t\t\t# Path 处理文件路径\n", "import matplotlib.pyplot as plt\t\t# 绘图\n", "import numpy as np\t\t\t\t\t# 处理数组和矩阵\n", "\n", "import torch\t\t\t\t\t\t# pytorch 深度学习\n", "import torchvision.transforms as T\t# torchvision.transforms 用于对图像进行各种变换\n", "\n", "# 设置一些绘图参数，savefig.bbox 用于控制图像保存时的边框大小\n", "plt.rcParams[\"savefig.bbox\"] = 'tight'\n", "\n", "# 打开 assets/astronaut.jpg 路径下的图像文件，并将其赋值给 orig_img 变量\n", "orig_img = Image.open(Path('assets') / 'astronaut.jpg')\n", "\n", "# if you change the seed, make sure that the randomly-applied transforms\n", "# properly show that the image can be both transformed and *not* transformed!\n", "torch.manual_seed(0)\n", "\n", "# 定义绘图函数\n", "def plot(imgs, with_orig=True, row_title=None, **imshow_kwargs):\n", "\t# 判断 imgs 是否是一个二维列表，如果不是，则将其转换为二维列表\n", " if not isinstance(imgs[0], list):\n", " # Make a 2d grid even if there's just 1 row\n", " imgs = [imgs]\n", "\t\n", "\t# 根据 with_orig 参数确定网格的列数，并使用 plt.subplots 方法创建一个画布和一组子图\n", " num_rows = len(imgs)\n", " num_cols = len(imgs[0]) + with_orig\n", " fig, axs = plt.subplots(nrows=num_rows, ncols=num_cols, squeeze=False)\n", " \n", " # 遍历每一行和每一列的图像，并使用 ax.imshow 方法将其显示在对应的子图上，并使用 ax.set 方法去掉坐标轴和刻度\n", " for row_idx, row in enumerate(imgs):\n", " row = [orig_img] + row if with_orig else row\n", " for col_idx, img in enumerate(row):\n", " ax = axs[row_idx, col_idx]\n", " ax.imshow(np.asarray(img), **imshow_kwargs)\n", " ax.set(xticklabels=[], yticklabels=[], xticks=[], yticks=[])\n", "\t\n", "\t# 如果 with_orig 为真，则在第一列的子图上设置标题为 Original image\n", " if with_orig:\n", " axs[0, 0].set(title='Original image')\n", " axs[0, 0].title.set_size(8)\n", " \n", " # 如果 row_title 不为空，则在每行的第一列的子图上设置标签为 row_title 中对应的元素\n", " if row_title is not None:\n", " for row_idx in range(num_rows):\n", " axs[row_idx, 0].set(ylabel=row_title[row_idx])\n", "\t\n", "\t# 调整子图之间的间距\n", " plt.tight_layout()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Compose\n", "Take a look at transforms.Compose in advance" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:39.000102Z", "start_time": "2023-04-02T12:48:38.832657Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "compose = T.Compose([\n", " # 将图像缩放到固定的形状（高度=宽度=128）\n", " T.Resize((128, 128)),\n", " # 对图像应用高斯模糊，核大小为3，标准差为0.1\n", " T.GaussianBlur(3, 0.1),\n", " # 随机地改变图像的亮度和色调。亮度因子从[0.5, 1.5]之间均匀地选择，色调因子从[-0.3, 0.3]之间均匀地选择。\n", " T.ColorJitter(brightness=0.5, hue=0.3),\n", " # 随机反转图像，概率为0.5\n", " T.RandomInvert(p=0.5),\n", " # 随机应用一个变换列表，概率为0.6。\n", " # 这里变换列表中只有一个变换，就是随机旋转图像，角度为0到60度之间\n", " T.RandomApply(transforms=[T.RandomRotation(degrees=(0, 60))], p=0.6),\n", "])\n", "demo = [compose(orig_img) for i in range(5)]\n", "plot(demo)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Pad\n", "The :class:`~torchvision.transforms.Pad` transform\n", "(see also :func:`~torchvision.transforms.functional.pad`)\n", "fills image borders with some pixel values.\n", "\n" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:39.161529Z", "start_time": "2023-04-02T12:48:39.001191Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# padding 表示要填充在图像边界的像素数\n", "padded_imgs = [T.Pad(padding=padding)(orig_img) for padding in (3, 10, 30, 50)]\n", "plot(padded_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Resize\n", "The :class:`~torchvision.transforms.Resize` transform\n", "(see also :func:`~torchvision.transforms.functional.resize`)\n", "resizes an image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:39.312463Z", "start_time": "2023-04-02T12:48:39.162227Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# size 表示要调整到的尺寸\n", "resized_imgs = [T.Resize(size=size)(orig_img) for size in (30, 50, 100, orig_img.size)]\n", "plot(resized_imgs)" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:39.314858Z", "start_time": "2023-04-02T12:48:39.313192Z" } }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "(418, 424)\n" ] } ], "source": [ "print(orig_img.size)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## CenterCrop\n", "The :class:`~torchvision.transforms.CenterCrop` transform\n", "(see also :func:`~torchvision.transforms.functional.center_crop`)\n", "crops the given image at the center.\n", "\n" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:39.441537Z", "start_time": "2023-04-02T12:48:39.315389Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# size 表示中心裁剪的尺寸\n", "center_crops = [T.CenterCrop(size=size)(orig_img) for size in (30, 50, 100, orig_img.size)]\n", "plot(center_crops)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## FiveCrop\n", "The :class:`~torchvision.transforms.FiveCrop` transform\n", "(see also :func:`~torchvision.transforms.functional.five_crop`)\n", "crops the given image into four corners and the central crop.\n", "\n" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:39.562661Z", "start_time": "2023-04-02T12:48:39.442310Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "(top_left, top_right, bottom_left, bottom_right, center) = T.FiveCrop(size=(100, 100))(orig_img)\n", "plot([top_left, top_right, bottom_left, bottom_right, center])" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Grayscale\n", "The :class:`~torchvision.transforms.Grayscale` transform\n", "(see also :func:`~torchvision.transforms.functional.to_grayscale`)\n", "converts an image to grayscale\n", "\n" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:39.665956Z", "start_time": "2023-04-02T12:48:39.563323Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "gray_img = T.Grayscale()(orig_img)\n", "plot([gray_img], cmap='gray')" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Random transforms\n", "The following transforms are random, which means that the same transfomer\n", "instance will produce different result each time it transforms a given image.\n", "\n", "### ColorJitter\n", "The :class:`~torchvision.transforms.ColorJitter` transform\n", "randomly changes the brightness, saturation, and other properties of an image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:39.838930Z", "start_time": "2023-04-02T12:48:39.666634Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "jitter = T.ColorJitter(brightness=.5, hue=.3)\n", "jitted_imgs = [jitter(orig_img) for _ in range(4)]\n", "plot(jitted_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### GaussianBlur\n", "The :class:`~torchvision.transforms.GaussianBlur` transform\n", "(see also :func:`~torchvision.transforms.functional.gaussian_blur`)\n", "performs gaussian blur transform on an image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:40.054364Z", "start_time": "2023-04-02T12:48:39.839611Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "blurrer = T.GaussianBlur(kernel_size=(5, 9), sigma=(0.1, 5))\n", "blurred_imgs = [blurrer(orig_img) for _ in range(4)]\n", "plot(blurred_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomPerspective\n", "The :class:`~torchvision.transforms.RandomPerspective` transform\n", "(see also :func:`~torchvision.transforms.functional.perspective`)\n", "performs random perspective transform on an image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:40.209256Z", "start_time": "2023-04-02T12:48:40.055099Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "perspective_transformer = T.RandomPerspective(distortion_scale=0.6, p=1.0)\n", "perspective_imgs = [perspective_transformer(orig_img) for _ in range(4)]\n", "plot(perspective_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomRotation\n", "The :class:`~torchvision.transforms.RandomRotation` transform\n", "(see also :func:`~torchvision.transforms.functional.rotate`)\n", "rotates an image with random angle.\n", "\n" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:40.362061Z", "start_time": "2023-04-02T12:48:40.210528Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 随机旋转\n", "rotater = T.RandomRotation(degrees=(0, 180))\n", "rotated_imgs = [rotater(orig_img) for _ in range(4)]\n", "plot(rotated_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomAffine\n", "The :class:`~torchvision.transforms.RandomAffine` transform\n", "(see also :func:`~torchvision.transforms.functional.affine`)\n", "performs random affine transform on an image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:40.508965Z", "start_time": "2023-04-02T12:48:40.362762Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 随机仿射变换\n", "affine_transfomer = T.RandomAffine(degrees=(30, 70), translate=(0.1, 0.3), scale=(0.5, 0.75))\n", "affine_imgs = [affine_transfomer(orig_img) for _ in range(4)]\n", "plot(affine_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### ElasticTransform\n", "The :class:`~torchvision.transforms.ElasticTransform` transform\n", "(see also :func:`~torchvision.transforms.functional.elastic_transform`)\n", "Randomly transforms the morphology of objects in images and produces a\n", "see-through-water-like effect.\n", "\n" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:41.008026Z", "start_time": "2023-04-02T12:48:40.509670Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 在图像上添加一些小的扭曲\n", "elastic_transformer = T.ElasticTransform(alpha=250.0)\n", "transformed_imgs = [elastic_transformer(orig_img) for _ in range(2)]\n", "plot(transformed_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomCrop\n", "The :class:`~torchvision.transforms.RandomCrop` transform\n", "(see also :func:`~torchvision.transforms.functional.crop`)\n", "crops an image at a random location.\n", "\n" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:41.121488Z", "start_time": "2023-04-02T12:48:41.008717Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 随机裁剪\n", "cropper = T.RandomCrop(size=(128, 128))\n", "crops = [cropper(orig_img) for _ in range(4)]\n", "plot(crops)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomResizedCrop\n", "The :class:`~torchvision.transforms.RandomResizedCrop` transform\n", "(see also :func:`~torchvision.transforms.functional.resized_crop`)\n", "crops an image at a random location, and then resizes the crop to a given\n", "size.\n", "\n" ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:41.220657Z", "start_time": "2023-04-02T12:48:41.122182Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 随机缩放并裁剪\n", "resize_cropper = T.RandomResizedCrop(size=(32, 32))\n", "resized_crops = [resize_cropper(orig_img) for _ in range(4)]\n", "plot(resized_crops)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomInvert\n", "The :class:`~torchvision.transforms.RandomInvert` transform\n", "(see also :func:`~torchvision.transforms.functional.invert`)\n", "randomly inverts the colors of the given image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:41.365289Z", "start_time": "2023-04-02T12:48:41.221292Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 以给定的概率随机地变换给定图像的颜色，默认为 0.5\n", "inverter = T.RandomInvert()\n", "invertered_imgs = [inverter(orig_img) for _ in range(4)]\n", "plot(invertered_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomPosterize\n", "The :class:`~torchvision.transforms.RandomPosterize` transform\n", "(see also :func:`~torchvision.transforms.functional.posterize`)\n", "randomly posterizes the image by reducing the number of bits\n", "of each color channel.\n", "\n" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:41.509892Z", "start_time": "2023-04-02T12:48:41.365957Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 对图像进行随机的色彩分层，各channel像素值的bits位数降为2\n", "posterizer = T.RandomPosterize(bits=2)\n", "posterized_imgs = [posterizer(orig_img) for _ in range(4)]\n", "plot(posterized_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomSolarize\n", "The :class:`~torchvision.transforms.RandomSolarize` transform\n", "(see also :func:`~torchvision.transforms.functional.solarize`)\n", "randomly solarizes the image by inverting all pixel values above\n", "the threshold.\n", "\n" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:41.694375Z", "start_time": "2023-04-02T12:48:41.510496Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 图像有 0.5 的概率反转大于 192 的像素\n", "solarizer = T.RandomSolarize(threshold=192.0)\n", "solarized_imgs = [solarizer(orig_img) for _ in range(4)]\n", "plot(solarized_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomAdjustSharpness\n", "The :class:`~torchvision.transforms.RandomAdjustSharpness` transform\n", "(see also :func:`~torchvision.transforms.functional.adjust_sharpness`)\n", "randomly adjusts the sharpness of the given image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:41.842196Z", "start_time": "2023-04-02T12:48:41.695073Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 图像有 0.5 的概率提升 2 倍锐度\n", "sharpness_adjuster = T.RandomAdjustSharpness(sharpness_factor=2)\n", "sharpened_imgs = [sharpness_adjuster(orig_img) for _ in range(4)]\n", "plot(sharpened_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomAutocontrast\n", "The :class:`~torchvision.transforms.RandomAutocontrast` transform\n", "(see also :func:`~torchvision.transforms.functional.autocontrast`)\n", "randomly applies autocontrast to the given image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:41.983877Z", "start_time": "2023-04-02T12:48:41.842810Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "autocontraster = T.RandomAutocontrast()\n", "autocontrasted_imgs = [autocontraster(orig_img) for _ in range(4)]\n", "plot(autocontrasted_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomEqualize\n", "The :class:`~torchvision.transforms.RandomEqualize` transform\n", "(see also :func:`~torchvision.transforms.functional.equalize`)\n", "randomly equalizes the histogram of the given image.\n", "\n" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:42.129112Z", "start_time": "2023-04-02T12:48:41.984483Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "equalizer = T.RandomEqualize()\n", "equalized_imgs = [equalizer(orig_img) for _ in range(4)]\n", "plot(equalized_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### AutoAugment\n", "The :class:`~torchvision.transforms.AutoAugment` transform\n", "automatically augments data based on a given auto-augmentation policy.\n", "See :class:`~torchvision.transforms.AutoAugmentPolicy` for the available policies.\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:42.571525Z", "start_time": "2023-04-02T12:48:42.129773Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 自动图像增强\n", "policies = [T.AutoAugmentPolicy.CIFAR10, T.AutoAugmentPolicy.IMAGENET, T.AutoAugmentPolicy.SVHN]\n", "augmenters = [T.AutoAugment(policy) for policy in policies]\n", "imgs = [\n", " [augmenter(orig_img) for _ in range(4)]\n", " for augmenter in augmenters\n", "]\n", "row_title = [str(policy).split('.')[-1] for policy in policies]\n", "plot(imgs, row_title=row_title)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandAugment\n", "The :class:`~torchvision.transforms.RandAugment` transform automatically augments the data.\n", "\n" ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:42.725218Z", "start_time": "2023-04-02T12:48:42.572167Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "augmenter = T.RandAugment()\n", "imgs = [augmenter(orig_img) for _ in range(4)]\n", "plot(imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### TrivialAugmentWide\n", "The :class:`~torchvision.transforms.TrivialAugmentWide` transform automatically augments the data.\n", "\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:42.876787Z", "start_time": "2023-04-02T12:48:42.725850Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "augmenter = T.TrivialAugmentWide()\n", "imgs = [augmenter(orig_img) for _ in range(4)]\n", "plot(imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### AugMix\n", "The :class:`~torchvision.transforms.AugMix` transform automatically augments the data.\n", "\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:43.072987Z", "start_time": "2023-04-02T12:48:42.877455Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "augmenter = T.AugMix()\n", "imgs = [augmenter(orig_img) for _ in range(4)]\n", "plot(imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Randomly-applied transforms\n", "\n", "Some transforms are randomly-applied given a probability ``p``. That is, the\n", "transformed image may actually be the same as the original one, even when\n", "called with the same transformer instance!\n", "\n", "### RandomHorizontalFlip\n", "The :class:`~torchvision.transforms.RandomHorizontalFlip` transform\n", "(see also :func:`~torchvision.transforms.functional.hflip`)\n", "performs horizontal flip of an image, with a given probability.\n", "\n" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:43.261627Z", "start_time": "2023-04-02T12:48:43.073669Z" } }, "outputs": [ { "data": { "image/png": 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L8ixhe3uTwaBHP9+gKApGowmT8xknxiFkSq+/wcbmLsONqBtJmuNR64sUIp5fCQUixBSq9Egh17rp3coRbXR3da+NfjzSaggy/kwqCXiKInByMmF8VrCcWb782uu88fqbTEYLjE04PS6YTu49FcxbO3/+7LzFvMW8xfzZw/yJnTpTaepCgM8xxjIZLbhz+yHTkWA2m3Lp6havvPIyvW6fNEmx1sUIiw/44FFCNjVIj0KzMr4Z1x69VBIlJUKKdWRDavXo5dekvqJ4jK05OT7k9q23OD89RAlHnmm0DEjdIdWePBF0MomxFiEMUhiqcsbp6SnG3KY32GD/wiV2dvbZ2tqi2x0iRAJ+pbiPwsyE6OmrRplVU1O2zv87D8gIeiOq2cl4HzCmoigLlMro9jcYJIrReMp8cU4IFXVdMxqPWBZLBlvbaCkfrZ1vasiadQghIKTEAzJ5OoYvk4QkTdFJEhVdqfWOS0qBkAJkQOsYYVoWS0bjEXVtkIDWCcPhJlubQ5xxKJVRlAXGVEgR0EpCkDjvGoRFvMemmE6EgJYC0LimfgJErM8QglU923rnJUEIQ7mcMhqNODs75vjhAxazCUkiGPQzuvkAKQxaORKtCVaQKo8MBlcVWL9kfH7K3du32N69yLUbL7G/f7EJ70tCo7daSpBRR7zz8dGkBEootIo7W2stXgQQMbpHc4/xORixlUIimvoQrRW1qZmMl7z+5ds8uDdiMBgynhxFh84ICDl1kSCeEktRa+fPn523mLeYt5g/e5g/sVOnZR8rPCIs8X5JWVgeHo6ZnmvKskRKxfnJjIsXdpDaI4Nr3NpYW74qDgxhXbkY8/FCoFSshVpHgJqCfKUVSqoY1vUhFmvi8MFhTM1iPuH221/hs5/9DKZccOnSHp10SKI0WnkkjuArnBE4axHBABaJRYQaayrOT+dMxiec7ezy4o0X2L9wjay7/SjMvHIcaOoBRPy5kCK+rJsOAe8F1kFAEusrE8DhiWlD5w2VWeKCZ//gKlkC3V7O/QeHjKc1alxQV5bZbEZRFgThY7Wmj3n81c7m8YJQvEd4H+u2noIIKZFKIbVGNYa6cupWTlRQAqQgeE9RLpnNZlhr6WSKXm/A9RsvcfnSActFSWXABUdllnhv1mHv4OMuMGCxzuKcX+tMwDe7IxWjeDQRulUxbWOfq78tFyNOHt7h7VvvcHZ2irc1SkKqMyQKsBAMzhTIoAm+QgqLVp5EBawzLOZTHjw45s7duwTv6OQxepcksblDoNZOrRQCJx3OOUSQhGYn50TUBbzDB8+6CnalR1I2zSbELWBwyCAIznF+MuPo/pTD+zNGeU1RjSkLS3ASKTKU7Een8ilIa+fPn523mLeYt5g/e5g/sVMnkGidoJTG2Rg0LUuDrSq8k0zHNffvPuTmy5fopElMMDXFlauuw+Bd7AwMcRGFlAgZixGJUd6mZfGxLxkzXEFAsAHraqpqSbGcc/LwiK985Uu88/YbdPKUnZ0+iCF5N6fbzUkShfeOolwwny2YTGbMZkvKskYKT5bAsqypy5LxyHJPOsqy5sLlmwwGQ5ROIAi8azpvZKMEIsZiQ/PCXnn2IgR80ymkZAw3++AROLw3lOUCYw2D7ga9rqbbz5gtS9I0iwWjOIqyxDqDUE3dGDQh4qZRoDEUhCBY29Q0iP8Jak8Kulg7dklT7PqoUDbWmQWiZyIEWGcpyjJGs6QmSVOGm5sMN7fRumKxNJxXcR2ct7hgCEHFurgQDSUWyK66qeIKxGiWjPVyIf4uuOjgSRWN0VnDbDbl6P6bnB3fYTw6wZRLtJJkSYoUjrJYIoIl2ApbD+gPegQPSaLpdnN8gNLMqaqCs/NTivKQbqfD1tYmexcsnW6fLOuidQ6rTl3BqlyDxuNsWq9ABhF9Oe9j3ZyPGMY1bFIUgvWDhOCpy2hH00lFVQhMXWGDpdEAlNJolfFYUuHdhby18+fOzlvMW8xbzJ89zJ/YqVMagpMoqRFNyNU5Hz3eoCkWJXfvPGAxe5mNfoYSzQvYg3d18//xK9ZENd6okM0LT+LxiCBirr1xHrxfUVAEqqpmOjlnPjumrmsmkzPKcoHSgm43JU01zplYwO7BWUdd17jgWCwWzOdziqLAupU37KjLOcY6hHCcnhjOxxMqq7j5ynvoJTqC0KT34j+PaD28AI/HBxuVAE8ITbekit2hwgtko+CVKahNweF4ipKezc0ek9GI4JtOTQneOlKdkMqE0vvYZRk8gsdat5vaLW8dTqwoM959CULF4yMQSoNS0RhXRh0EeIkOklRqUq3x1qGkQilJ8I7J+TmEwHi8wHmJ6A2pTAEyOmWr3d6q28m5VZNBDHNLoVAi1joATWv7aofT1LeJwLIuuHP7bW6//Xm8WVBVJWWxJNGKTr6BEAJrDUVhEMKjE4nUEiUUzjqCJzY5OEOaajrdjNpainLBZHKGVJCmKYPBPoONXToyxYuYLo5phK/uhI263kTovAfvCM5H4w2xJV4IgZJpTMcKCd6ymM24e+cBxaICr3HB4og0KiIIlNRoJVH66Th1rZ0/f3beYt5i3mL+7GH+xE7doN9lHhxagzQgFSglwHkECmMqTk7OGI8X7OxskGXpurvDNS+7FX8XRE6vdXTDi/jSw6+9VhkkIjS5NQNVVXJ6esrDwzss5sfoRCGBra0BxhywsTFgZ3eXVMfaq9o5tPU4Yajrmto6sk4HqXWjJB5nLd4ZTFkig8MWSwo7wtBlY2eLa90Oic4QIuAf1TPGgn1WxZ6OEGz8hQh4mhd4iHQbUgmkFggZMLakqhYsRg/xvmYxz1jMFtRViQZSKUmVYtjt00lyTFGAj6lHmlRjIO4cXAAfBASFFE8M79cUKTQEhQsSF29vbQCCVUt4QHlBJ8sZdAakSpHKGLKuq5KHR4fMF1MWRYWUKT2tMLZEyHhAt9IRFx0djyfyuHliqlIiUDFNu0q5NqJ0XF9jK07Ojnnz7a9wdniPjo5dTaaqUJ0cJaHbyRBNCjlJEmrjmC9K0jTFW0/tHN4H8ixnZzdlWVt6/Rlb2wOsLXh4fA9rHL3+hAsXa3b3dsjSPO5E1+mEhr8uxHoJ5z0u2HhfwTfJ40iZEogGLZ1HKoGSUFWG8XjByckZxlgEKYEapQQugHSgNSSppN/vPhXMWzuP1/082XmLeYt5i/mzh/kTa8b2zhBTz2PIUjm6vZRhv4+v+3iTEKShKArOzk+4emWHLEuBgMcCj5QgeshNB00T8fE4RBCPFjfISEsRYqVUXdacn55w7/59To7uUlcT+r0uGxtDdra2yFOF1gKBJ1EJSsXie+MsSkhqaymrSI0hpEBpjXcWKWN78nyxoCiXZGmGRfHg/jscXLzAxYMLdDpdXJNvj9cfIi1aw2orvYCw6sNcKYrHBUcAtFQIEXnKvIsvfKUhCRJrCkxdIIJFK0GWanrdPv3BBlpniFCBF+gsZUXrsYoIrVKUQkqkfkpOndYNTxs4F2I3UMMTt2r/rqsaESRaZ/QHG/S6fbJUo5VDBIupC6yRZInGN7s971YkwgIfHNa52EHLo4eEIBqbRKwbEgKeIDwhxIJbpQVKBRZFyf17t3hw/x0wC1zlqOoK5wNpliJl7MSSSoMU1MYgrIxUI1JGXqNmd5V4hbGW3a0hm4MB/d6Q4BzTyZT5YkmaFxjjCc6wvbtLmqdNKnr1gFg5pQGPW+O2uqvV96vdosc2VRtQVxVnZycURUGSJqQ6RyYKmdZM50tmrkZIQZYlbO/0nwrmrZ0/f3beYt5i3mL+7GH+xJohlcR7gRIpUiRsbue8fHOTTA9ZTgPn555yWXN4f8zNl0o63ZyABWEIOJwPeC8QQsV6y0CTbw8E4bFYhG+iMhAdCCzOlIzOjnhw/xZHD+4zHZ0TfEUqt5DDlF4mkE5TLJeM5xPKPCPrZmR5iugPyHtd8jxFCoG1DilVDPUuC2bLgvFswel4jPOe7eEGnX6P8ekRt958jfe8fJPhYButEgi24bjxICwxC/ioayY4h3e2Ce+qNWmt0DoW6ctAlvYRJKRpjsaAF9RaIIQFFcjSnCsv3mC4u4vMM+pxwLmAQCG1akgSXQyZNVxsEvFV3TnvpkRnSEQm7LXiK0RDPhxcdPZqH5B5xsbeLldevMHZ2dvgZghhSbUgT1OQCZYEQUKW9kmTHlpmVCGmJYN3BG+JkyNiTV4kqBSNHgVEQ0QZQmQo10oTQs18fM6tN7/M+ekRm8OEyXzB+XQSiYp1Qn9jiM4yNja6MTLnXZxykSV4aymLJbP5jKqsqZYVZVmRpjmDbpdOJvChpC4mzKcjxHyCc3MEUwQ32N45QCU5Ho0Pq1aOuEtF+Ea/YdUrsXL8In4ChG/4nQKLRcnhgxF1Jdg/6LG9k9MddKis4803pixmASVSvF/RnzwFzFs7f/7svMW8xbzF/JnD/ImduuBjx4gSsVC70+lw85UbXL30Iod3J/yfn3qN46MpDx6cMJnOGW72UToSsCKbQkoiyNE/EOvCSfArsrH4IgwxZhOCo1jOOT05Ynx+gjcLCCUxhWUolvNIS+EMwRpsXbG0sQvGmQ5KCqTW5CpB6wytIc0yQggY63jw4CHzxYLFYol3gVSnCJ1QFUvOTk84OT7hwsEN0ixD66S5Edek0+IbOtbGP6oIXUVppHf4ZqeSJAnCejp5Hy1Tlia++AkuevpKkuaCvL/BtRs32N7ZiylP73DeEvAooVkl8BCPOneC5Ok6dVI+Vkz6iF9NConFxoYHr9FJwvbOHtdu3OCdN4eU8wKlYu2EtRaExKLpypRO3idRKVonsZbAxfD2ehQMK12R0fBUvGcpRKytC4rYaACmthwfn3B6ekpVLCjTLvPlkuW8QCrBvLugKCquXBmwtb2LEDEiFpU6UFc1y8Wc5WxBuSyoqxrvA4lUBGeoqwJjLc6bqKehxJsF4/MTsjSn0+nT6SWE9RicxzvCfFQLHztlRQjEm4mjbmIEMqYunLVMpnMePDhlOi0Zbvb5wAde5uLVDe7ef5v7d0/RKuqBQMRalqcgrZ0/f3beYt5i3mL+7GH+xE5dr9en31fMJucomaJVh1T36OQDuh1IdI41jrOzEefnY/Yv7NJROgIbrztedGjAJ3b+QWj+pCm+j6/5JqThqMqC8XhEsVyQKEG/110Xy9dVTS/v0svyqForB8JLghOIoMALbOXW4VVbm1jHZWM3oq0tSiqyJEUrjTEGpaCqS87Pz9eFnVI2kZhAvLamQH413sk/Pn8uNO3aInY6KpngpUUKhXWBoqxRoSK4iqKqYou4EHS7XXZ3d+j1ekznRdM48Kgg/vExK0JIpIy1XEo9pWJaFcd/PTqfXF/DStw6dQq9Xo/d3R263R7lQuA9lFUFMkGogBOC1IWG4FGhZEx/RsfmUQOEaGrppFiFwlf3HZ06ITRSaOK4Ls/o/Jy6LlEKjDFoldDJu1hXY2tL8CEW2VYVSkq8ax40wTct5orgmqYPoVGZpt/r0x8MMM6xWCyBQK/XRUpBogTFcsF4PGJ/vyDPh9GpE6tIXYzQrUQKERPLzXMu3kOzhkESkFSV5fx8xNnpCGscic7pdjfo5IMY1VQdlDQoqen3h/R6naeCeWvnz5+dt5i3mLeYP3uYP7FTN58tYhOfl1gL56dzHtw/Y9A5oCw83e6QJMmZzwqOj8956SVPt6tBSCQ+1kMRX9LrF7hsctjrF1x860WSwADBY0zNcjGjrgo2+h0G/Q5lVXF+eoYpCvp5B6ETvAl00i5GRjJDGRTBSurCUizqePzYZkhRlEwmU8pliTUOLRPyPI9tyD6QphprK87PTqjKgk6nvy7gjxxqodHRR+3Rv1NEw2MmmoHF3kNRVFS1a+bpKbyPqUQhFUqJSO4rVUzdEb6KE06uiAmbLiIpZawJkHL9s3dbpJSxTb05/+prdc7Hfw6x4iJ2vqrYKSQDPkisF0il8Ggq4yiKRvGlio0QUjTRp999DdFfFAgVd5dBepSKTQnBe6qy4OzsBGsr0jTiJ6Umz3PKImCNo1yWnB6fYSpDp5OvjRgimWSwEhkUiUwhjePQvPHY2mKsYTw6xzjH9u42eZZRV5bJvGC5mGFNHXOrNN3AEf3GqROIQDOwOTbBCgSrbifJimVdYuqa4+Nz5vOCJMnpdoeUS8/ZyZwH9844P5tjLXgdcZ/PFk8F89bOnz87bzFvMW8xf/Ywf2Kn7t79B6iwiVIJSqbMZ3PeeuMui2ng5GjGZGyxxsWIw9kYa2POXWvdFIwHgm8oIIg59lXPiRCxGB9Ye/ayGcWEdzhTU5UFvqtJdMpyYZjPpgx7A7qdDp2sQ2hmqKVpHtNfQuJqWJiCsi6oa0MgetzT6ZTz8xGT6QxrLCLEdmIrJEkSh8DXVcHJ6TGT8YRefxOpYkelc7FQVAqFd9HpWA2Xt87FO2gIDaWQBCGx1jEaTfjSa69z6849lJuRaYvwFcG6qFCeuA7EMHAcwRVHc60dKlh78aufhcBTM/z1ecUjh+7RRIn4tR4btuKQa+5/RTReG4cJFaGCyhqOp4HNnde5evVFdndzgojHj+H5VUeVAFys32v0QopIXByNA5T0eGeZjCecnhxTVwWJEjjrsdbjI3Mk1jgOHxyxnC/Y3t5iOBxGdnMEaZqQpx1EEKQ6J1UpK6oUrTWD/oCiLHDGMF/M2NwckPQ6lIVpHg41wbvINSdCrJlDsk5SN/Qlq9Fm3scCXImIzzvUerdnbeD8bEJVWqyBO3fuM5k8ZO9gwNHDe8xmJUr2USphMV8yXYyfCuatnT9/dt5i3mLeYv7sYf7ETp01BiE9LnhQiuWy4vbtB5ydlCwmBmMV3gWUsozOJxTLiuGwh9YKaG40RI84Fgay9lhjeWBTs7WOdkTvNkk0WZbhnKUolggCk9GEsqi4uHvAxQsX2d7aZjFbUJV17MyUsbCxquuGEHfB+fk5i+WCcrFgcjbm9GTEcrkkNAurhELJgFcBnKWuPIvFjMnkPI6JSiXWNZMDmmuHJgrjHNZYjDMgQGmFCHF/IoSkNp6HZ2d8+bU3uHX7PpqSfibIE0+mPCF4jIu81SuusxUlhg8BVm3h8hGth1JqTfz4NJ061Th1v9OZW12TD49oSXjMKTPGI7ylrh2VM5RmybwKWKZk3Tf4pm/6BMONvUbxY+2dCw5nbdzh+UjQK5WMTpADFwKr1nKUwNY1k8k5i8WUuqqQWSz+xQW88XjjMc5QLytsaVFBkKuUXq9Hr9tje3ubTt5DK02Wpg2/UkwnZ3lKb9DjfHTGnbt3OD49ZTKKzRdFEUPpWZaRJgmsnLhVHWDjGK52rxHD+H0IqzqN9SrjrKVYVpyfTyjLgqLUVEcl56eO49OE+fKc5bIiSzdwIXZLWW+eCuatnT9/dt5i3mLeYv7sYf7kTp0FIUNMqxmFc4LR+Yzp2KLpoHRG5C1zlFXNZDJj/8JOzHStbiysXn6CFSVG9IIlrPLz8CjPjUDrlDTNUEpRVhXFcsnofIK1jrzTod/vs729w872HkIotNKkWRzmWxuDD46yXDIanTOeTjg+PkaqhPmypihKqqrC+4qqqslsh8RJdCLxXmHqunmBe5T3zZD2mGZzwtEw8bKisYAYbPbe40QcAe98oDYWpVJevvke6nrJ3bdf5+TshGFXstlPEcFjPdR1zarVeXUc33j5UkZSR6XUOi+vlIrlW4/VuL2bsjqvko9y/CsGbCnj7sU3jtyqoDQET13XWGuR3hFEYDIvmC49neEeL7zwCi/ffA9SJdTG4pqdnluR97IqPYvHWjuKIqzD/N7FzlLvPEURd23eRzJLazym9FRFEa9BSvIso9vrc/HiZV584Qb7+/tsDjfY2tomz7tIoUiTBOcsdVViXezCDXgqU5N3OljrOD8fEfCx+1epqJc6iVccYpVw1GmIw6qb+xENhQkrXENjK755OAomkxlVVcf6RCFjV3FVMVmMcL4AUgQxrW1twH6NVPW7Ia2dP3923mLeYt5i/uxh/i50v8YUk0BAkBA0zpvmwgIBi1aS/qDD5uYw1jeFJhXWkBSuBrHHokDxmIcsEULF4EZTZEgAgSIgqGvLYlESfA3esSxKtNIkaYaQCudC7IyRikDkUet0uwx0jKLUpqTfH7C5mLO7u8/2zh7dwQZvvfkWDw4POT0fsVyUdIOgIxKCUAhi3jxJUgCc8+s6rDgjzsVoUqOsUkoUKiqDiMpgraU2BqlTNrf2+OQnv4OrV6/y//3//BJf+O1zlqWhlyex1sCFpvOyedE3nv3jdWvr7tAmlAsrt+HpySrHv57j91hxp2x+tiKjXBl8VVUYE9u6EYJlaTE+4dUX3sP/8//1p7l+/WX6/SE+RM44a22TthUoGQc+x91KY2Teg4w7PZoiXOeiTiVJul4v4y115SiWhuWyJE00u5ubXLp4wEsvv8T73vMKBxcuMOj36ff69Ho90iQH4rSJ5WIRk6Mi7pqcD0ipop4JybIoUVMdawFVSl3bZvemCCiEiNfeqDkhREcurpeKhbChuY/GyK01hABJqtncGNIfdKhMhbFxTa3z+GaSBCHugFfM7k9DWjt//uy8xbzFvMX82cP8XWAwbG684QuLhX2rmIpDacHGZo8XX7rCzZsv0R908cFgXWhCigpkLAqPL+/YLSOI3X+r0GYzHSp+RmhCkFS1ZTyeY01FmghA0O8PGA43kUqzWCxiLZJ1sRZqOGQrBAa9AVLAclkwGo0ZTcbUdY3WCRf2DzDG4RBM5ktmiwqVWLKQxOMo6HQ65HmnIaetm9y+by6wUdJAM5tUI1Xcvaxy/dZZEh8517rdAVmnS1GV9Ic7uCApa0dlPFpEJatN3USdHo2bWtWtSSkRjTE97mAF+7TTr19dB/C4U7f6+WpkjPeeujYYY3DOIxHY4ClrhxMZ/eE2Fw6usLN30Iz+ih2y1lmEiCHoFV2KQEfdCAGCi7xBjV74EHAiEvvmeYdOp4MPq05cqIylqh29Xo8LFy9y7fp1LuwfoHXCZDKlKEpMbePDqJfgA8wWc0anp8ymU6y1aK3Ico2UmuFwk35/wHgyZjYvqE1AJxlVbYGG1DgoaJjA4zPMQ1NfJ0Wc5RxUIAQZdQhPCA7ranwQDAZdbr7yIkXpsP4eo9EUa5qajuYhI1Y8UE1t4dOR1s6fNztvMW8xbzF/9jB/F8iHY+hBiUCiFVZJvBP44PHCMej3eeXmVb7pYx/i2rUDut0M50x0ABpqDNF4zJGTJb78PAJEfP0hIt1DzF6nCDRJ0kEnXYyD2XSBVnEuXKfXZ7CxgfWe8+Njjg6PKYqCjeEGBxcvIdMMleUEW3N4/z4Pj08Yj8dMJhN0miDTlG6vx97+PocPjzkfzQlCo1SGxJLojO2tXXrdXjPxIPLLCBGiLguBFP6xe4qcPR4XR60HjXMSYx2z2QzrQaeKNOsyGOyQpH3qRYmxgIopubqyVGWFdSaOJ4F1lEw3OfcYyY7K4dyKF+fpUZpotepmVesdhQC0Ul91HV54rDNUZUVdxXSoFWCcwFhJ2uvTH+6SZF3KqsbWDi3B2phulEojhSGuZnwwEASB1bw8t+4ijUzlcXfY6/bY3trh8F5G5WqU1gRhAMlgOGRvf59ur4exhju372Brw8bGBrPNKWVRcPGqQuiUyXTG4cOHHB0+YDKd0Ol0OLi4z3BzyGBjg063z/HpGctlgXWB4WaGTrpo3UXITnPNMRkRGkb1OEFjRc8SR3yFpjYjpi/AO4dzgW4348WXXkSnXYQQfOnLb1GUE0LwSCFIlCTRCiXiQ0aqp5OWae38+bPzFvMW8xbzZw/zJ3bqYjrJgfQIHUARvXwEvW7OlRuXeN+HX+GFFy4y6PcQwhFEDUKiVBI5x5AQGq9Uxtisb2K0oeGFiX57/LcUkm5vyOVL17i7f4tiXlCVC9IskOd9BoNNBsNNsrSLlAnz2YJut0O338MFT1mVVIsFk8kC5wNZ3iFMZ8yXBco4nIcs79Lp9uJwdyVItAI8nU7OxYMLZGkKrgk5yzg8fvVCRgaUWL3MPULQzEaViKChSeNNpwvmy3mTT4dOd0ivO6RenGBMgZYJ3keOteVySV1VBB+dgxgJUkil0avWa8U6Vy+lRD8lw9ePNUdEp06ipY73qXTs6mx2dsE56sqyXC4xJjp1UgaMiUS/ve6QbmfAbLpgOlkghaDf7ZPnGqV1s9PzyBDiOJngo2NHwAeL966JTcXi2+ADMkiyNOXgwgXefjPHmAWyaSeXWtLp9sg7XZyHxaLAmZosScnyDtYHJpMFvY0ZWS/qS7ffY3tnh7zTZTDosb27Q5qnDBYFWaeHdYGqcmR5j/39y1y+dI1ub4CUGtekhR8lVx+lWiWAlIhmJxxLJgQiSLw3IDxap2xu9lH6IpUtmRYFi2XFZFqBCKAEQgeCjM0cT6nUprXz59DOW8xbzFvMnz3Mnzz9GjwEj/ACERJAE4AkFVy+vMeHP/g+br54nZ2NAUIJXHD4IAnN2yfyccUQI6IpGRerbkDWaarmr+M5pSDr9rl0+Rov3XyF8WzC6VEkkO31ejGvvrFJtptx6eASRVHjnYtgKQmuxNQlQsLW1gZZ3mF3f5/FcslsvmC+XKKThOFwQJZrtIzlkULmDDd32L9wKbJHC1BKIkRolHfVFBC9bEFoaixDjDpJiQixqD3L+mxuZMyXfY5Ojlks5mRZyv6FixSzh1i3xPvY+uycpSwLTFXjpY7K1jgBSghCk+r0IaYtRROxeepjwlgRL8YwuxAC1ezOfLMW3jmMMZRlEXccCLwXWCfJ8x77Fy6SZSlFUdDt9TnY26ff7TVFrbNYcyEUuFVhKbGejlWnqGgMTDSUIPFRkSQJFw4uMdzYYTpf4L1Dy0CWa4bDARvDDfrdLv1ul0G/R6/bpdvJqcoCU1tMXZLliizV7O3ssLu1i1SKTidFaUVpKqazOf1uHyUlKtFs7u3x0s1XuHT5Glm3HwuCXWj0Nl67b/RDBPBx6OH6IReIDwqCiztEGYmWlVCkGwNuvnidYlEzH89ZllOMAdCIkCB8pEl5ukV1rZ0/T3beYt5i3mL+7GH+xE5dqjVmIUh1B+EkVVii9Zz+QHLl6pBXrmxz0M1jSq1hkI7Ax7FOccBvANG0Q4vYdSKRyFiLiAw0YdzVWKqAEIrt/Ut84KPfjBGaW699AVeO2ez16WUZvSyn3+sjgsL2ieSGywnGLpGhJvgFQhiSJGFzo8/e7g51bZjOZpyNRjw8PaGXZ3TzNDomXrKzc4mbr36Ui1dukHY6rLp31i3cDegxDx6/F6uokgdoCAUTyDqKbqdLp98hyTMePrzP7u6Aay9c5ej+HcppINEgpUMIQVUsKZYFMu/jQkAGB94ggkQIh/PNOBLvETSkjjy9+qrVOYKP9Rc+hDjUOADeEILDhciz5oqSqlg2Ri6praKuNflwi2svXGVnd8jm1pALFy6zORySalgWltqAN01MywdW1Lyh4TaSUhGCXD8ghGb9MBGiw8XLL3DzvR9lsrScndxHEOjmKb1OxtZGnwu7e+xsbzHsD0jTBGMqzl2JNYbgF8ggSZEkWZdud4MkSWOqVDhmC0Evy9jo99ne3GHvYJMbr36AD3z042xvHxCbJB5vT3erUF3zgIsPRIGNGBJ1KRYoKwgaIVx8wApPIgUH3Zzyyja3rw04PFHMpgIdumRug4ScyhYkvacz6Lu18+fPzlvMW8xbzJ89zJ/4DZB1UmwhCC6+dBMfPfUseHS9JFQLEmuRpDgpkEHhRUAoBQ0XmSA0ZLKex29BhCZAG4jeM6EpDI+LnCYZB5eu8WGh2Rn0Kc8P2dvda0Y+OQSx1ssai6tNZOoPAVdVscDee2wVO3vSRKGkwLmc+ULjrIm7gSY61OsNufme9/He932Qre0dVkzPrD35OI4krHYpsAbBNyNTfHOPeB9HgwSHVDoSK+YddBpbtZ1XVEaQ+bhPstZg6pq6rkmSgHMOnTwemXmU0gtNpEaEpn7hKUjDNhTvMET+ufhfCaFpBxc+8vq4gDE1pq7jmvqA9YLKQOLj/epU0sk7dDsdpBK4YHHONq3efn1Ov9KDJk2pRKzfizurVes8MWonJZvbO7z3fR9kMp9TLmcsJ+cRL+fw1pClml4np5OnkYiyjPrgvSc4h6sqpMiRSFxtSHSCUjp29TqHkpL93X0+9P4P09m+xOWb7+fixUsooTHGImMgLlKtNDouVk6diBUlEA169bBYReukUgTXrLUUKBcQ1uKrJbpekgWPCdHeIl9fXIOskz4VzFs7f/7svMW8xbzF/NnD/ImdOhMcTjmEDySupo9Bek+/9oSTc0Z3DymGu3R6eQwrimZpBHHY7yrOEogRFiJlRQy4hJjkFzQeczxnLFiMfnOWdbh8+Sq7/Q7V6AiBR+kE6xzWWaz1zGYzlvNlzGwRkDIhUQFnpsyLBVk6IdUJSZpERfCGsiyxzpOmXfqDIe9//4f4xB/+BFevXiXL8jg4vSl8lEI046ni9yG6+V/136gH8X5V0+mikwQpEwSKTh5ndnoPzlqMtVgrENrjnMc6izEGjImcZUE+5riHNdxNoGqd0nsasqqHEF+FSbyO5oYheJz3GGOoa4Nt5ts577HWYWxYd6WCoNMYQprFsSpa6ziqSzRnE7J5GKzC/I/+K5tRLVLEdnDZ6FWSCK5evUrA4+uCL9qa+WyKsbEOw3mz7s6qy4rpeMJ8ukBqRaJyCAnWBZwtWfoS42qQAxAe4xxKJ1y6fJ2Ll18g3z4gHe6SJim26aAlQCB2Ua10HgkihObhJhpd9tHZa3Q9TpxoAntNuN87TzGeMb57SDgZsVM7Mq/w0iBDiVEeJy3mKQVnWzt//uy8xbzFvMX82cP8iZ26qi6bAbglKlT0VEVPQCd4xNmIkzfe5mxjl72NHnq7h5CCysZh6kHp9UtMNJqhmrZnKcP6hqSIbNSyIbsNgWbou45cNZ2UQZpiOx3KYoqzS+aLBc5ayqKkLCoSGaMsUdcEdekp5gVlUSCANFUMh32MKaiqAusc/cGQ6zde5uX3vI+P/+Fv4fLlayRpive+gVOiZOwGXbUmP96mvFICiDVmrnlLPxoNkiCERspHfG7Oe6wP1MZgrEQ27N7WOuraIFPbpOlgFZIVPHIGYrpvNcbk6Zj+ajLCo6HDzfmbyNPatIOPCl0brHW4hpOnNpba+KaF/BFBsZQCpTRSPmrnVs2UCiW+eqfyO7nxVv+/ImwMRIPsdLq8eOMlsiSh3+3z5le+RH/QwVhHVRUYU2AqmE7nnJ+eMRlNyDsd6tLH+oYAghg5XJzOmC3G5J2coqpwQTLc2ifvDFD9bZxKCD4Ohg5SYF0zn1Aqgg8IRQypNxE74SK1ySPDZb0W3lsIPuqID1TzJWf3Djl5423E2Tk7wdNNJAtZUYYZdcjwCKr66Xh1rZ0/f3beYt5i3mL+7GH+5BMl6grpBYlz9ELNZuLpBZB4RLlkdHjE3TffQe9usN3R5L0uTsQXvHcepRVSKmSMzxJQ0cMXLr4EiREYKWJ4F9l0XqoElSQoFcMfUimyTmRmnk+XLJZLqnJJXZUoocmSNHYjOk9R1SxmFcEEgg0UyyXzyQSBZVmXLBdzhIAXX3qZweY+L7z0XvYPLpIlyZoEMKxCKc3/P+5gPK4AKyBc8DEd5wVSr+hA4i4mHip+Jk5QCFjnqI1H6aj03geMsWhr1iHa2DIeKTLkiqUb8Tu6Kd99WdcXiCZCJh+LlrEKV8donTUGYy2rWYDWe4z1WMd6lFjwj+oYYpRNrufheWIHlRKghHy09jxy7FbyuNHRrI2UMbV79dqLZGmHS5cuMhsf482C5WLOfD7B1xXzyYJiuSTYQDCBxawCkZOnCVJJAnE24XS2pKxzrAcvM/p5n6yzQVBxXi3KExKNDzEt6r0H79BCxXB9aMzXNZxOjUGzCul7i3ce4WPHVSoUZbnk/OiYu2++w+jwCFEW9CV0U8iEZxLiLtShsE/JqWvt/Pmz8xbzFvMW82cP8yd26hLnSLyj7yo2lGegHamPhYTee8x8ztHt2yTbA3Q3I7+comXsihF4hAwItbrwCHgghnIFnlWXSRw/pRFKI2T09JXQaK1BgnKgkDjv0MUEnCVNBVKkeBNTfUkiyfIBSWrBBOp+QfCOYB1FsUQnkqIuqU3N5tYWF6+8zP6lFxgM90iSFOcswrvoeAQgRMBWNB2rFKBoYsurXQRCILwDHwhNNErJlYPC2inyTX0axK4X5z3OxeYCF4ghaGvicYKPayQlIvi4bjIS+7pVWPupOnXxUh9PfUZDiGS4q1Fe1sbJEJGbMo65cj4OgQ4rByf49RqEJkKvpIz1CMSwvZZxqgSNgYlVKFzwWKg8XpSUIj4wRBPal4pet8OVqxkbG32OH7zD4b03qU1JsSwQNlAUS4J1ZGnKsB9b0Qf9LZJEY8yC2jiUFLFZItP4OiBVTpoPSNIBTiex/d9DcBaLa1r8fVNTEmIRhm/SslI29RrEdWg6rmJq1iMBjYDaMj0+5/4bb3N0+zZmPkd4jxISKQNSOrAVzhkQGcY9HaqD1s6fPztvMW8xbzF/9jB/Yqeun0gGCoZSMlCBXMWh7bYh0MN75uMJ977yBt1hl0Gek28O8UrEMU+hibgojSCSEvrgm1qkx19QMnJ6rUK3SjcDfXUExXls8Fgfj5WmGf1uiuh6zo9HLOcLhEzRSR9QKJ0gRBzCHoRjZ3+TvNthXpUIIdne2eWFF16iM9gnkDa59dX8zjg2JPjHw8qh8SPkmt4jNN5+IMQoDD62KDc7gFicKdeAhRCafHv8MiaQJAIfBNY4qqpCp3EOqAjxvJGBOhITrtgs5CqC9RS9utWuYs1XJx+b/SoEIjR0JnUdBy4bF++juS/rRKPkvtkZrQ69clYen1IhUEqi5KNxWKJx7lwIyKbpYFWLFiOIsllUQQiSECRp2mV394BeJqmKMZPTBwQg73aoypplcYYIms2NyLlEM76mqmqW8wVZR7G1tUlQkrCsqZ3GeoENCoGKBb1E50wqHR8aIjpweAnRRY16HSJ2sQ4wcu0JYro2eI/yAu0CxXjC8Vu3uPeVN5iPJ3jvcURdSqWnl0Q6Ge0keaKYPSWm+dbOnz87bzFvMW8xf/Ywf2Kn7r03X2TDVJjDe7jlBClswz0oCF5GJmlrqUfx5bS9sclumkA3jUWWPsQ5ok1PZXQI4lDb+KKWCKFA6ma6QMyj16amLCucdxhTUy3LOKzdTMnUgr2tlI1+hzzN2doSFJmh0+3T6XYJQaKEpygm9JdD0k7Czv6FpvNyBDKl0x2SZB2kTDBOPBoHt+6wDAQkYR06bfLijzk2vvk+rD8LIKI7v64PC40z34R1vScIgfMC4zw2yBjZapwk5yze2TVTtxCsc/CwcmgehY6fhqwdLvko/RkLOR81T0gB3jVdrM41qdaADfG+XKMbzq+G26/uYZU+fLROQjz62ep8Uoh1zQNhNXNmVWcn10W7gSbcHaKDl6iEJOvQ6Q6ZyFOshzTrsLOfsywcdWHoDnoMNob0BkOE8EhRo1Wg003odDqU1lDVNSejBdXDAp2cknU6ZN2cJElRUiGVQCsdHxgCHAERPAi/jmKKZh1liOzqARlT0c4jnMMsa0b3Dzl++xb1aALWxm4yoUD6+FwUllxIesM+Vy9eYZJkfO7wN991zFs7f/7svMW8xbzF/NnD/Imdum/+lo/Srwve+Yzl6J1ZHDguJFIkMTXmA8F7fFEwuX2fe1lO2skZXL4QZ2MKgRSRwC96+RKa4vl4M3F2phCKEASVqVksF5yfjzg5OeHk5JjT0xMW8wVFsSSRhpsv7PGxD73MRr9DpjTdTg8lHaBwtsY4T2mWuGDo9HM2t7ZI0i6T2YRFYcnyIYPhLogkRpNCk2cnsOLWEQDNzM4QHKvW498pIcT7X3PfiMaBif5+BK75JzSODyICXxtPagVuXXPmYwdp0769It2Nu4fVcaPTpZRqClLffZGiOf5j0TQapy7iGUP1q2sN3q3vzVgfmyS8XN9nWDlvjSY3idW1oxfCY+v4NRX70X0LoZp1EOvjhBCpUUIQSO+BhMFwl1F+yqIwzJc1G4MNdnZ3GY9GuGAo6yW6TklUjEL2+wOyTBGCo6oNp2djfutzb/LGOycYn9DpdOn1e+zu7rG3t8/e3h7b21v0uj20VlF/hUbK0OhLiLUnsnmQCAgNUbEMAirL9OiEe198ncnt+/iiiHbkA1KsjidweJJMcnDtIi9+7CPM0g7/9r/+v991zFs7f/7svMW8xbzF/NnD/Imduus3r5LXS8rJEdPZQyZnBmyMRggBqllA7QJhNuf4nTtkgwHXujm9JFnTVMjVCIzQdMeI2AkTFSBGPIqq4vj4mNu3b/Pmm29y69Ytjh4+4Hw8whqLNYZ+T2Hrl3np2i7L3S0SFJ2kQ5rqyJlmK6qypqoL0JB1c2SqmS7nnI0n1EawtbtDf7AFQuG8b5yNpitltftYr4Bfe+5hVfROHGXlAXxY861FIOX6Pmm43WI0J4ahWTkkYpV3j102vhmBtWL8hhgelkLE9GMIrNyhWHhKZNt+CiJUM9Jk7WA1nEOiCRXLuF6ra11Fytb344lNBaxCyqoxrtXaxDB+aNY0znkVq80PSLFe51WN3cqxizx2cv19CDyGX9w5IRW9wRaD4Q6j04ecjacIpZCpJuvmoKGqC5IigTxFK9BKEwgURc1yUTAej/ny61/mNz77JvOFQycJOtFsb25xcOESN268wMsvv8T169fZ39+nk2UIGVPBBIvHPeYUR90X3kYNM47FaMz919/i+J07hNkc7QNVCKhmzSLcEpKE7s6Qiy9f4fLNqxRp56lg3tr582fnLeYt5i3mzx7mT04+PEjJgmD3xctMx6e4yrAoxyhvkEJS4/HBkgZF4qCazDh85w7Z3jYHvS69XicmnoSIZUeByKos44teyljbtCwL7t67yxe/+CU+/7nP8/bbb3NycsyimFO7mhUSziUUZYkPsbtkuSjQ3YQ875CkGms9QgiczPAqoyphUSyYLwpm8yVJ2mNnZ59ut48QEi8ipDEi2gC1QjEQucYChFXdABC8iuHcELsfvY/1ASGEeDzR+PXrOG5YYY8QkZtNKRlHlgQf05jeNx1GYW1gguZy/Eolm/SnlCD90x3uLlmnD+OpGwdNPoo+h+DxTWOE8x5vLSJ4lJZ4ZFOjsPpAXIe4gDEZuWqCwLuGwy0quwxxqkQM4TUUIcj4FVbXs/pXE+0TEESctyqFpNfts7Ozz3wyZjKd4b2j3+uQ5Josz+h0MvIsI89StJb4ZrTLcllgjMWHQFGWTKZjJnOzXoPTk1Pu3zvkzp273Lt3jw9+6IO8//3v4+qVq3TzDtCMfpGPwv6ImE0NxC6p5WLJw7tHHL5zh3oyI3MBSWAWLApJGiQ+RP6mXn/IxReus/viJdLtLl4kTwXz1s6fPztvMW8xbzF/9jB/YqfOy4DXiu6FbS7cuM7kbEI9LxDWIZE4XIxKBI+UmuAM8/NT7r35FvnWgHzYJ/RcnBUqmhezkEgUSisEEls7xmcjvvyFL/HpT32K177yOuPpGOdtrF3SMgIQ4ow0oQQqSfFCUlYVIsyRKqGbZigpUEGQINFWMJkVnJ1NmS9qrIXdC1sMNrZI0hzfpLhoFju46DoQopPwKFG4ShGCW72kETHsHFZcN7E9O3rwTai26XrksVShaAbjJZkmTQRSWpyPXaPeO7w3NKGvR4og1r4BAY8UrEl1n4Y8On7cTYgVg5x45NDFTs+A95FcMXa9xtb1NNdgVKOwAnjUJbRa3PXK+oAPft3qLUSzrlKu6/RCeMxxW19l/EE8umA1oyYgEFKTpILBxhYySZmdn1GUJcsyZWd7SG+Qk2QKlQpUGsPeZVkwW8wp6wqvJCpJEUoglUDpeNOCqIfTxYRFsWA8HrGcz1FBMOj0yS/m6DSSU2IdAkegmb5BnFLhy4rx8TH33nqL+fkpwpm4e/MOcCih0M3DSecZg709Lty4TvfCNj7X+KfEPtza+fNn5y3mLeYt5s8e5k/s1MVQqkDrDpuXLnEwWzCZz5jaEmqDdBYZAqa5cCU8sipY3LvFZHvI/u4OcrAJuUKIDBkEWiiCkgitsbVlNprx4J0HfP43/gdvfeUrnI2OIYH+Vp+t4RbFYsl8McOamkAktBVK0+338XXJYrnETh2lL9BJQlUblos54/Nzjo8ecjqaURpI8j5BJ8gsA62RaFTw0YtpeNWinx8hE3LVgenxoqGoQBBQqFVkaVVbFnxDRRbz9bH7JiIoUAh0o2mGLIU0y9jaGlJXBRaFDeAwhFATvI2h4SBQshlDFRzCGawxcWg8Aqx7Uni/tliHr2tMsyNLkgSpQKFiF2wz/y8ESwg1jhobwJKRdnfoZx1GoylpCgQT7xsdnZ0QU4u+ceZW9Q2xOzx2xQYpcULhgmzG0MT6uyB8EwEL604smp2XErKhHAlN2lggs4ygE5a2xswXLBbg6mXT86oJSBxxTRfzBVVVkXYz0jRHrMaF4dBaopOUfm9Ap9dlNB0xn8w5Gx3z1lcE/aTL5d3L9PINNvY20WmKxCKcxwaHFwFChawdfjxh8tbbLO7dIq0KfPAYLzEhNlo4AnMJpAnb+1scvOclNi9dQusOgoRHTSXvrrR2/vzZeYt5i3mL+bOH+RM7dQERU15BobKM3csXOD2/xHQxoRxPSHzkm4mUZB4VAsIZyvGYk1vvsHv9KhsHl2KUQ6iG90yDji+y6XTO8dExd2/d4ejBIfPFDJkIti5ssrd/AekExWyOMy62DlvBsqhYFhVSp+RZhvMjJrMJx2cnWBeojKFYzJhOzpjO5tROgMpwteHw+JTuO7e5ck0y3NhCy2QNtJSs898rskJPEymi8SEazx8Xuxht0/m5mm8X1nl82UR34p8LETszsyzl8pWL7O/vceHCBQ6Pjjg9PqGsTSyoDLbx3mMHj/Met+KCswZn48xUhMD7p/OC9z7gbQyRBymRImBFgKCRSsVRXUIQmlC9c56yNui0w8H+HhcPDnj48CFJGu830UmzNs3upEnLPmq8iL/0PmCsi8amYnA8coFHUwoNHrKps1tVSkgpIQhUiF2xNlim4yn37t7m8PiUso6M6PNlRV0VzBdLhqdTOr0BWZKglSDLUnqDAd3BBrULax2zFqzzCBx4z2DQp7fZ4+ThQ0bHY+aLGUcPHnD39h02tnYgUwx3Nki0RuCRnjg7EYmvDaOjI05uvYMZj8l9kwoQsUNYCYkjYDXkwy671y+ze+kAlWWsh2k/FcRbO38e7bzFvMW8xfzZw/yJnbq4IDFMGZRkuL3FlReuMz0952FREmrfhDJ9rGmSAYTAmprzsxMe3LvDpVffRxps/JskJSiJC57FYsHx8UMOHz7gwfEhi3JJmqZs723xws0bZHmHe+/cpVguqSuDJ2BwHB2e8IUvvMaF3X2uXroAMsF4wWxRMZ7OOB+NKcsFSoKQGpWmVAZODo85+cKbvPnWPf7wJ76FV9/7Xna29po5pMQh7A4iU1iMmgoRc+WRay3WgQkf7zfmzWNePo69AuflWhFWigMx9JrnGfv7F9jd3WdzMGQ4HPLGm2/yW5/5DADGOqx7NI/O+UheWNVVLCy1cTaeDw4hJc7bJ4f3a4jzFusiL5EUqtmpeJx3CKXW3HORSTs6YgAHBxf46Mc+xs2XX2Y6nTKeTZFSkGdZ0wTR7EgAiOTEQsTRLSGA83F2rBAeJXwM66s4E1bKRwWv60JXYv2cUI+Ika21nJ2f8tprX+a/f/pTPDy6x97OkL2dTbK0g/M159OCk/E98k6P7c1NNocDZJKBTCgrx90HD/n8F17j6PAEUzucDQRnKJdLCJ5rV65yYWeHd9JbzE8WLMolDx4esvPwAnQlqqMY9HuoVBKcwpsaESx1VfDg7m3Oz07wpgKdImTAu1XkM3Il6Sxj58IFLr9wjeH2Jl7JaH+PFde++9La+fNm5y3mLeYt5s8e5k8eqQuxm8MEj1OSTtZh6+IBl168wXwyZTqvsMHHYkIRvWKNJJOCqiyZnZ5SLxexGF4GnAYrLNViyejshNPThzEU6y2dfpdLmxnv+8ir7B/s8vrrX2E8PqcuS4IPyGZMx8nJmP/2q/+ds5MRL9y4wmDQI00SkiQlCEna20RmXZytQQiWheF0POWNt+9x+/Y90tducT6aMxnP+NCHPszBwQFZlsVokAxrhunIAM0qIQ8Qc+XE2Z2rV2wAcGFdNClFrC2IO4Im9Cuid9/tdhkON7i4f4HhcJONjS1MbRiNzimqmqyTNw7OiufGYZpOIWtjVMz7GGI2df2k8H5NMXWNWacyPbENPAaxk9Q1zlfscvXWUVQ13V6fy1eu8fGP/SF2d3eZTMccHT9kOp00DtcjfYpxtzgb0CIiC3fw68q7GOWWSKljTdvjBaQiNA1FYbVlWjdjlGXJ0dERn/3cZ/k/P/UpPve5z1LXBTduXEaolN3tId1OB0Ig0ylap1Recjyac//4nNq8wWy64J3b9/jS629wcjIGYqQyOE9VloxH51y+cpEPfuD9XNi9wJf+x2sIq7HeMl/MOD15SN7XSL1H1uvGtLELCO+oFwumZ2f4siSTMQFsiTxHXkRqYickw60tLr14g+2LB6heh9o27fFh5di9+9LaOc+dnbeYt5i3mD97mL8LNXWxE9EEj5UBLSVpv8vBtavMTseY8RIzneEIBCkgeESAJAjqylGO5sxPx2xesei+xMtAbWsWiwnnZ8ecnj7EO0/e73Dx6mUuXNzlvR+6yWw2ZjI+ZzGbIoBEK5AKrQRVabl954jR+YTPf+FLZHlCmqVorZE6QScZWZaSJpraGCbTBaPRlJOzEdPpEimnLOvPMJnNmc2XfPxjH+fK5ct0O53Ido1qCLFlM/6k4ZYJcbqBCRYfYmE/AoILWO+RWpImkdMsSTOkVKwGBoNA61jPoJRCKk232+Xq1asslx/mjTe+gnWOoqwBFz14v/Ly/ZoXzlrXdIwKamOeFN6vKbUxpEkMn0kvgUd8a5HHKGBtTLlCDFlfvnyZmzdf4erVqwghmC/myGYKhdaaGJmL6yClIkkzOp0u3jvqusLbWD0n1GpdY0eR1hqlH61/IDQjw3zsv2jC58tlwb379/nNz/wmv/apX+fLr73OyckJ3htmxZKj41O2t4YMh/GBURtLVdVYU+GbcHhd1VSlYTpbMp0XGAc6iVQnCIcgsJhNmYzPGfR6XPrIZTLZ5eHhKXm/g3EVZ6cP6Q4S8l6KyDWpTtFSYmrL/GxCNZohKkdCjECuUtzOB4JQdAYDLl67xsG1qySDLkYKaunRqxqPp8Rf1dr582fnLeYt5i3mzx7mT+zUqcbDXbUKGxFQiaa3tcHB9avMj885riqcrWP6KEhkEKRSU1tHKGumJ+e4ZU2+GTnErBTYumQ5HbGYjsnSHv1+jyS/ynve9zK7+5vcv3+XqqiQCLI0wQWF9USy2wDBOCbzJcuiiIAptc57h6ZWK6YIoTaO2liM9fggEc5xdHxCbQymNoBAScn169fROk4LkIqms0U0DS+Nd+89SIl3AmQssAw4gg9onZB3evR6Q9K0A0JifUAQU4pxzhyR3NDHncBg0OfmK+8BKbl1+53Yfek9LqxqyR5FZladOb6hALHm6YTorbE4p+P8VQlrrp7V9QRwQbAsa6SUJFnGjesvcPPlmwyHG8zn8xhJ8/GBEOfG+lhjhkIrjZadWM/atJDXLs7GU1oRRNMgIWQcNaNi960IMVyOjM6md+BdpAl5cHjIb37mM/zK//F/8MXXX2c0Gsf6PARn4wXTecHdB8ekiSJOGBMQQnM/jaE5Bx6MCxjj8UIhHCgZZxYq4ZAIqqJiNpvx8suvoj6ckyRvkiUp3juK6ZTltIetd5FSkEoFvqZaRjsIhSHxgVSrprU+hvddCIgsZftgn4vXrtLb2iBojRXNTlKAkBL1lLKvrZ0/f3beYt5i3mL+7GH+rqRfV6zMiPhykUKhOznbF/bZv3qFyXRCGI1xQaCbWikpBDoIyumSk3tH3JjO2djfJUFS15ZqPGI5OqOcj6lVSdbrM9jaZn9vDyVjumt7a5vFdMHZ6Tm2tI/VUoWYJbcxNSiUBBe7XDyrwbqRJ4YQx3/EOslV0WMcX3U+GvPl116j2+mQ6Dh/7uKli3TSlNCQFK7CrB6wDfdMQIAUSGKBvlQCnSh63T7d7hCdZPEzvinzD/G/QsoYvfVxZpwxBq0Tdvf2CUJgrOXu3dtUVU1RVFjrsDo6VOvJDg0m1jmMfTq7OWMN1mq0/N3nts7FHUhRUVU1nU6Hy1eu8fLNV9jd3QMfqJsi0VWKVK4425p1CM2QZZ1k9LrDhr5OxBl5K248GY3ZNc6hlrJpznjUhaSUpK5rDg+P+O3f/m0+/d8/zZdfe43ReBJrI0RsrnBB4I2ntjWyAESIrfLNvNmYBIi7L+8a3Wk0TTTrHQLoLGVnZ5vtrW289SRSs7+3x9neGcWiYDY5w7uS5TinGu+i9w7oaImxnmo65/juEeV0SRI0ErnuenJBEpQk2xyyf+UKWwf76E5s0fciEHmRVrvLr82E/qTS2vnzZ+ct5i3mLebPHubvQvqVhlQvOrWrYu6QJOTDATtXLnN0fMx0UWKKunEEVAyxSkW5NEyPjlkcP0RfvUhaJ7jRKad33ubkzlsUkwXzKnD5hZdQqoOpSkg1B/sXWS4KlvOKyXQJ1QKCa1Qg0qQFiCA0NV80YLkg4os83gEgv6q8XDSpPUJgOpvy5ttvsLmxwcbGJlmec/HiPjrRMc8eAl42nSlhVSYJqwkJgTicN8065J0+WqeRcNC79d82ladrpmprHXUdZ+EZ58mTDttbu7z40k2Msdy7d7fZiVhSF+eFrq5bSom1sbDTP6X6Kt9ErkKQ66kIEOvYfKN8tbEkScbBwWVefPFltrd2USqlNAVVVa0dO98UoNKsX4BmdxKVWeuUvNPH+kBdFY85MI9hFuIsPWRk6RaAVBprHOfnI7782mt88Ytf4K2332A6mwKx0DU432AmG5cNfKMVDVsxa8680Bh7CNgQLzfyBgUIHoRCpzk7u/tcv3aDg/2LOOswtUUpcKbk4f3b9DPBiV+w0Um4tLtHqlNCVbF4+JDpw2NcUdOVybpdxAWH8QI6kZNu5+pl8sGAkCQEuaJ/ASGjHVr7dJy61s6fPztvMW8xbzF/9jB/FyhNQtO2LJABZIhF70prRK/LxoU9dq9dpTgZ4c0UHyyrN5YUHuEt5eSU2YPbqFevoWVBfXib49e/yOk7b2NFwrKGxXSbvJsyHp+ztbXF9WvX2dzYwgXFyWiK81CXBcYYnGsc5OYrOiDrJV/XXsWVe/TzVYFkAKRWpFoTXM3J6TFfeu1LbG3usrm5Rb/fZXNzGF+oTcdhnAkn1nVNQkqEbFKUSLK8i9I5dR0nE6RpSpbl67Dxmtc6RIWy1rJcFkwnc3wQJIlme3uXq9eusyxKlI7dMN7HgchfXSD/lHJwv0u+OlS8csicdyit2d7Z4+q1G2xv7yKkYlmUzKdzlssCa21TPxDXXDY1dT4uKlVVUtc1ed5B6Zwsd1hvgRhhW5FaBiEIDS1I8MTmDaJzN5vNuXXrNl/+0mt86ctf4uT0GKkEeZpRWxudupWs2B7Xd9ZgGpqoXIjRupVere5cysjTl+YdBpvbvOfV9/HRj3yEjY0hdW0Yj0dUxYLFZMRyfEqSwun5A4bCUV88QGcJdlEwPbxNNTlB+Lrh0YvNHV4IgtYkvT67166ysb9P0usStIrdxyHanZACKcUjvX7XkW7t/Hmz8xbzFvMW82cP8yefKEFAChnnfgZPLHmPg9XRkHR7DA/22djdYVlW+NJgvI18syKghcOXE2bHdzGn98jMAD07YRgMAxE4XcyQMuP04RFZt8ui36eT5fT7fS5fuoJDsSwNb7/5BidHDzgfjaiMwTfv6BVJRgwmxZ/E4s6VF978xbpzJcZrIJB3chKVU1UF56Nzbt2+zf6FPXZ2NsnShCTVsXCSR52ZscgyMmgLEcOu1sZB9krULJdLimVJtxcdGGvsOn0vhSB4h3OWujZMJlOcj2HaXq+HTjR7excoypLFfLoeDEyzqfCPfb+iTXwaEhOfojnvqriT9ffOBwbDDXr9IXt7+wgki/mSxWLB+dkZ89kUY2qcszHV2ixAXddUVY1ONFVZs1wssdbR7XYxNq6j1rEeQoQ4PzDeY4iRsxAQPq5rVdccHh7y1ltvcOv2bc5G5wglGXZ7GAf1bMYj96xZQ9EMeY6qGfWkSb6uRpiF5lyh0S+lFZubG+wdXOLFmzf5po9+jMsXL1LXFdPxlMVsxnw64+T4COlq3KJiq5cxDAY9OyGc9zGTGfPju/hyihYWhMIFj/HRqcs6Gd3dHYYH+6TdLmiFEKq5sjiyJrKOyzgC5ylIa+fPn523mLeYt5g/e5g/sVNX1TWq1yMXCS6sOMMicWxQCpUmdIYDDq5c5mwxZ/JwhvMG3YzX0NKhhMEWY5Zn9+mGAX035epWl8V4Exem7Gzuc1wYHh4exhepVEghyHt9VJJx89X3U9cly/mI8fi8CV8KpIyRFNl0BK5qn+QqsioehUuFYOWqAHGEh5TQ7XVIEkmwcHJywt1797h46SKb25tsbm/RNACx2q74lSIJgQ+e2tTM5xWLRUWqE6rSoJQmywLz2YLR+JytrW2QkR8ndpEGyrKkrAzWC6RO8CHulnywMboVwNQWm1qcdQ2njY1FlcQdwiok/G5L8K4Jy4P3Dmt5lIIlYGrbLKygrGrq2uGsi9x0kynFck6c2RqnOyilQAqKsmI0OmdrcxspNGVlWBQF2XxObQ3O1/T7GZlMWbGY+MbIg4fY9hCNazybcvfePe7evcfJyQlALM5NM2bzAucssMK9qZlrPLWVUycbf080uzUApEdKEXePPnZH9fodrly7ys1X34/SGePJhHIxZ3R+ztGDQx4eHqIJXDo4wI+POdgccnWrS99N8eP7LM9n2OUYLQxC+kYvBS54hEzY2Byyc/UyneEAmSagFIKo1957dJDkIkEiqZ4S1UFr58+fnbeYt5i3mD97mD+xUzcdnbPf75OohtbCrd7n0eM3KpBkit3LB4jllOVyRFjOCMIi8GRasLGZcrDVoSMNoprSpeLCoMvZoEvtHHpnA7eseevuYbxolVFXBp1nVEEhdcL2zja9QRep5ToUu+qKkaoJiXqxjiitc/Q8AnAVtQkBnIsLmiaaTp5hak9pK0aTEYcP7nP58gG9QY88S2ONmRBrvhsZE4B4qSJJITCfzTC1wVpHlqYoGSirktFkTN7pohOJThIQgtFozHR2n6Ks6PeH7O1fYDAcxBC0cyyWc7QM5GqHPIlUIs5Ffrg4Xqupe3tarONNNEwE0RSSOoSLqT/rHGVRcHp6xtHxOUeHx7FTCZhNZ5wcP2Q+n9LpZAz7PXr9bqQFCVCUJeejEcEH8ixnPD6nqmu0ViRpQreXxfWUChViCtaL5l5FQISAFGCM4fzsjMMHDxhNx5S2otvvkaQy1vH5+PW7mwoEqzqKlVOnaBoQmo5Y7x7N9VuF9XuDLts720ihODx6SCYctqwYnY84OjxkdHbCS1cvcqGbYv2cvUGXC4MuXSpENaUjLQfbObPNlIktCNYRkIREk3S77F69yM6lA3ym8CqQEDEPDoKLD91EKbwxTEfnTwXz1s6fPztvMW8xbzF/9jB/Yqfu6POf51KSYHOF0QGNQHiBMKBSiRMOLxzJsMfmCy8xMzVn77xOXU/Z7mdcurjLjRcuc/nKRXqpJ3iHlooN5bnUCbgaFqHk8t42R2cjnAlMzueYyjPcHJB2M7IU+p2cvDNAJAnoJlQpiQOKQ0D5EAkDHRAETjzywlecNCu1kFLSH/QYbAzIe3201vSVIgSoTMF8fMbk8JCruzvoREWiXSEQQqF8inIyFrGnCoJk2NMMM0/AY71FSCiqOQ/PHmJqz2K5pN/v4r3H2JrxbMxkMkUphfcZUljyTBOCwDmNc45ENWOzTHRMIvWFJhCVwRhHXT2dovm68hjjIBFIJQkovJeNPxT5djp5F+MgSzOUEggRWAiL9xXGFpTjOT4Y0lzjvce6uA6L5YzaLrh44QL7+xsED1rqmAbVkiTR6CRFVVHPAuBEHfUmBLQUMJ8zOTxkPj6jMgWdYU5X5A3vj2VgHZWpmU3nkc8O1npAiHqhRBwULW0AFfd8rtEnNJGkEoFMEvLOgH43J5M1VV0yX1ZMxjOKxRJnAr1uzuW9TfL5Ob2u4FInsKF8vC/vGKae99+8xGZHcOud+zw4POV8bvBpl50XXmbzhZdQwx5WOJxwKCTO+KgPUmBlwPqS5dGCo89//qlg3tr582fnLeYt5i3mzx7mT+zUPfjSa1zIc/ovXCJ0MoROSRruGikUWmog4JWkt7vNFf8Sys2Ryw4vXdzkyqUd9vc36fUzJBbjHcF5MgUXBh2WdcViPkGIlO1uh/NFzfn4HEcg66RI6Ui0IxGCLMlIdIZQEo9HyFhArpBIH7PtrhkK4omz1lZpw5UCCGBzc4Nr164yHAzQWqMTHQkEpaKb5QRjmZ4eU4zOyDKQWRajRt43EauUIGOnpJSaLJEoHXP7lpralUzPR5yNTghO0esNSVKFb0apPDw6QkrB9vY225sb7O/ukOUp8/mCYlEyn03p9zuIkEMQq+ASAknwHu8C3oX1SJN3W9zqHDIQlGhat2Nre9MJj6lL5vMS4R29Xk6v30Pt7lAVC+p6yfn5OQ+PlvS6HUIIVHXFZDJmMh0jlKPXTxn0c1KVo0mBOAoLKZtdmQAf8N7glUEKhwwes6woRmdMT48JxtLNc7a3t+OuxzmssfS6PQb9Pnfu3GN0Pnos8harKEKItWyrYLeimUMrBW71180OTicpWZKRIvDFAltWVJVlvlgwGY8Itman10Es5jCfsNNLuDDokCkIziFETSIDw0GGurpPnqX0h0PeOhzju9tcfPklervbVCJqrZY6jmYjkMiAExCsZTE6Y/7OAx586bWngnlr58+fnbeYt5i3mD97mD+xU3dy7wHvpAmXsAyuXEL0JUFCUHHmm1YJUkiCM3RyzebFXXb1K8hixMXNnO2NLmkaOcg8cSyHsxYnJEknZ9DvsVEXnEym9I1hXC6Z2jkqFaSFxvkMZx0SuH7xMov5jLouWSyXKCXQQpAKjVQS432s8VoNhV8pgPerJURJyaDbY2dzmzzL4jiSVCOlppP36CoFznF2fMTh3SHCF2zs7pB1egTVwSiHFY6gVFOPFYcfW+cIOIwznI1HPLh/n+OHD1EiJQSJdYbpZEZVVNy7c5eqqtjc3KTX6RNCYDadcv/+fcbjKWVZsLuzxc6wT2iKKQOhcbb8erSIf0qGvzq2c835hIskwE143FrL6fFDTs9GdPIOm1tDLl26TJJoZrMZr3/5dcbjMVmWcfniJSaTKXDEw4cPGZ2f4IJBS+gkOdubu4Qm5C10JJwMAawKCGL+MQ8BYSt8sWByesbhvUPOjo/AOXYGW3S6jqJc4L3F1JbaGBKVMDodMR1NwDeVeSFAw9EUR3IFUi1JspRExgcLIZIlOwK9bpcXr17j+sXLCAfzyZKiqlhUFfPlmNn4mKEO9NIuYuLZyDSDfoekk+OEBGuR4lHlRyfPuHhhj6zTp7NzgdDZIt/bpVKCsjTINEGrhKBkM7ewRviSMF9wdu8BDz7/Oif3HjwVzFs7f/7svMW8xbzF/NnD/MkpTZYly3tHnCrAW/TVqyQDBWmKl4AUiKAQZopKHBvdnIPL++g6JxeGRAWcNQQR65MeDWX3CCkZ5BkH3YBdLqiD5cwtOV2UPDyuqFzJ/uYeNu2SpglbgyEvXr2GqSrGkzHBOhKtybMOSMmirjiZTDDzOcIGEqFQUtG0msTi+RDAgTOOtJfS63bpZBlSJPQ6g1gvtZiwGE05vi3QyzH1+RabFy7R2T0gdPqYZpSVlhpcwIaAb0Z/FEXF6ckJx0dHnB0fE4LinVt3EEKSp4rZdMzZ2TmHh4d0Oh0uXbrMSy+9iDGGui4xpsQFi/UW7xsCxrAaBmxjLt656HQ9VmXwboojsBpjYqzBB0/Quil4jU6f9RYXLLUpqaqUui4JIeHo6IgvfOGLFEXBxYsXOTs757c/8z8o61jj1s01Qji0CAx7QzrZADopUkpkCCTEdnsbLFIZEmdR5Zzi9IjxwweMz0Ycn5ywGJ0SZIdhb5MsSFKp8cFQ6AoWSxbzJThQKJTSKKVpRknEcHdwoAXdfp+9jQ16aQbeU1YFxlqEVmxubPLS1etsDYbUy5q6NizrJcfjE8ZnJ4jFjE4/Z5uEbRc46PYY5BmiGakmiAW9Pni8dXHcjk7Y2ujTGW5h0yGFFpwtZwhjEHkOUsQUsIJgDHY2ZXb3Lqevv8Xy/iFhWT4VzFs7f/7svMW8xbzF/NnD/MnHhPmAWixZ3L2P1JK81yXr9hCyQ8Bigyc4iXAlylUkQK4dOkBCpGQIzmKdQ/kkDmn3ARlAC0FPaZwSbKUBqRMmheB8VjEaV5wUS8x0ybC3TZYnyCR2qFy7fJnrly+TJRmbGxvoJOXo9JRb9+6xsBbTePvDrIdUKg7StZblYk5VlnS6Pba2dtja3iRLU2QQOANKJoTgsbZC1lPMVFKJmuX8lKxaor1D7R+gB0OclkgncD6SNwqt8ZWlKEpOjk85PT6lWCxwHt65fY+HD88Y9LokiaQsK6oqsk8viwU+OISENEvIuxmijpxkxhqsi0lC6xzGWbyLJIVPZx/3SDwgQmyM8HEL0zQSxIkTUgqyPCVLU9IsQcjYKbssFhhjqSpDWVa89dbbGOOZLZZcuLDDC9evoCScHp+yOdhmb/cSWd5vxoNF/jklPEo7lK2RxRRzfEhx7xbLo/tUZYWZzjDlFJtKFBE3gSZNNTrLSfMOCMVR95gkzcjynG6vj9J6rQ/TKj50ut0uW5vbvHDlChd2d7GmZjyZUJkq1vMZw+HhA7wJcS7s4pzx9ASqJVsa9rIOB92EDekZqqjPWjQcUD6A8zhvcdaglUJoFeceAlY7LCXKzREuEJzEBg84hPR4V1Ocn3H+1jss7t5HLapYa/IUpLXz58/OW8xbzFvMnz3Mn9ypA5R32MWc03u3SbYHJBtDsjwDGRmVBQIdDMpZpFNIEZDeIKVHKwFeYGpH7TxpElDEuinRkMMqPK5akqqEK8MORVWh5zXnyzmn84ppPqW/2SfppM180ISLFw5436vv5aXrL6J1whvvvMPW9ptsHd6j8JZUpUgDRVFSVSXWGkbnCZPxGJ2mJGlGnnVJUk25XFJXljxzlKagXE4ZUKJcQcdqskWJPxaUQpIQECqg+iLy5HoZKTA8VKZmOh1zdnrCfDqmk3fY2tllsSwZj2csFguMqcmynG6vC4hmKoFZ7wyEgNAMua/qGmstUsQRJeuB9jxGxviU5KvOFBr2bOfWHHF1XRG8i5EoH0ekSCFxNiptr9cly3JOTs5IkpQsy9jf2+Xq5UuMzk6ZT8ecnp4wnUzo9IboPEdJEN6B8ChR4ZcT3PER5v5t/PEDssUEGwLKFRhbMrdTbDZEJZqqqkiVJu92EUKTpAU6TcnyDhubm2xtb6N1QpbldDo5PoHa1XSk5sbFK7z35Ze5+cILGGt4+/bbfOm1L3P48IjlckHwgbqoWYzn1OWETFq284RL/ZQrww6pr3DGoOiRAtp5pFLEzbChNjWSgE40Wgms89E+fIkMAmWX6KBxCGzweFuBqalmY47v3uH03m30Yon20Yl9GtLa+fNn5y3mLeYt5s8e5k8+JozIDSa9ZzmecP/WbfT2NnuDPp1UgnGkwpHj0LaCSmKcpS6WpImi18lQUqGEoipLvLH0si7aQ1VZBIGso9ne7lNaT2oV3vTpqJouBQ9mJbPJGfPlBNmNaTSpE6qiREuFKSou7h4wyDrcuHiJ4caQ3vYGGxvb1EXN+fl5JL2tS+7dvced27fiSBERCHiKqmQ0GVEuagSK5ewYNzthuJGQBYMySzKpyasCPzpm4SyiLtm4coOQbCJlQggCYx1VVXH44D7j8zPyNOHmyy9y6fJVhpvbDIab3Lt7l7PTU3Z2dpASjo4OsdayWCwJBKqqoipLnKmZ1TWT6ZR+t0+eZ5GbJ7DuJA0h4NzT4TKK4eAQQ+pCoEQcweJDoCwrJtMps+kUIQSVECipWC4LBKLh3rEcHFzk+vUXODs7Y2d3lytXr/Le97zMjSsXeXDvDl954w0mozOODu+xubNPmtdIHR8gwhqEGTO7d4tw9IBkek5eFQRbUXpLFgzC1YwnC5TRdAee0/EpucnYUjJer4hklNduXOP6jRtcvnKFLM1J05Tt7W3STspkcs7ifMJ2d8Ag63B2dMzh6RHv3L3NrVu3OJuc462J7fJLizSWgYZL3ZyLGx0uDVIOeildLcl1RtbRCO8JVRwGLbynqJZ47+l2cpRQ+NpSFBW1cYhOF5RGu4ocSRAOjEFoRVEuOD58wIPbtynHEzZ95K57uoTTrZ0/T3beYt5i3mL+7GH+5BMlRGwjll7gbWB8MqJz9wH9/Qt08owkOLR0dBNJ5ixhucA5iysKbAi4MqPT76KVRiGoywptBWkzLNiKQJortkSXsqrJlzXJsMtm1mOQ5Hh3ip8uGJUFy6LJOgvFfDRmOZ1yePsum70hG8NNpNYkgw59tUM/S7E6RSlBkiZoJbl4sM/ezhaj8zOyRFEWCxbFktlsjKsdJyc1y+kJSXmGTQZQZygdSNOMzBW4UlKamrJYIJ2nd/kVRNp46MayXEw5PT0GZ3nh2jVuXL1K3uvRH0Rem06e8r73vcrOzg5nZ8eEEOfMKaUIwVPXNfPZjMV8QZ53MHWNtQbvIx9OEM1MUimpjcG5pxOoj8OTPWkSSRSDIJIzeo+xBlPXFMuSsizo9XtoncQpEEI29xLo93u87/2vcnZ6xnQ6RaeK/qDLcNAjvXYVU1XcvXfIyckx1xZTut0M4vhoQr1kfv9t5nfeIl/O6LkK5Qqcr1F1BXWJXc6YjWaYwtMta0pXYXyBENDrdMkSxfWrV9ja3uHGiy+wvb2NdR5TG3rdHlqBU5pFWfLwZMThW28zmY4ZL6acjE45OT9lWS4hOATQFYotpTjo9nhld4urGx02ssAgk3S6KXmekqYK6UEHgbCOamExtiJNU7TU1JWlmC+pyoogBCoEgtJk3tNLBUI6RKjxtaIYTzi5+4DxyYi0jqN9QDT2+O5La+fPn523mLeYt5g/e5g/eaRuVUsVBMEJyumS8zsP2Nu7wFae0Uk1UlgGqaRnE5TzaKEISYazBmcstrZkeUaiNCbUVFWFlAlSa5T0JFKgE02eJCjrSZynn2X0u120DmQ6ICcL7KJiUdUYH7BlSTCWcr7kJMnopDlZlpP1co6PHtDb3CLr9BBSsrExpN/vIa2ln6fUWYqtK8rZjKJY4uoKbyzns2PM/JxhWBK6grDsEhIIiYgz24zELhdMTx5SVxVJf5t0YwuVZOAty8WE5WLG3s42L1+/wdZgwPF4xNHDQx6ePKQsl1y/fpWNzQGdbgchBLPZjKos6XY7mKrm/r0HjMdjXn7pJdIkxfvIVu2agb+u6Uq11q3z8++2WOcwxjZKKiNbt6hRIg4jTpMUawy3bt2OHT/dPlopFssls9kMIQTdboeNjQHeWY6Pjzg+PuLo4TZ7wx77m1u8fP0GZVExW8xZLiawM0QFRzAV9eSckze+RHV0F50nhETifUUINcGUhOWSMJ9jJyNm04pyWZIPB+A0SzcilBVpltLLUvp5irSWcjplPl8wmUwJ3sd5reMR0/Mx1SKG9Iu6pDQV08WU2WKKqWsSKehlKTu9hOsbXW5e2OHm3g4bGtJQkaWSQb9HkiUIBMorpJdY66i8QUhIlEYiKesKZyypVCidIIRCI0iTBKUlUlh8XTKfW2Z3HnB+5wHldEniBEEKpHisA+xdltbOnz87bzFvMW8xf/Ywf/KaOikRMolD1YPFVYbZyYiTN2+xm+ds7m3QwdF1lqzhulFCILXECon1Hmc9dW2QUpGoFGNrymBJtG7mrsUBuVoJQpITyiVKOPJ+lyw7YJAlJPePAcFICObGYJxlOZ/hKkOaZqQqIdGxnfns/IROf0inNyBNEg71/7+9P2u27Lquc9FvVLNa1S6yRg2wFEmIICVSLnV8XnwidP1yrv3sv+Vf4Aj/gHuv77k+jrAlSzJFkWIhgqgygax3ucpZjfI+zLU3EiBoWkxAVjJXi0hkIvfeueacbfS1+uij99Yk2gyPwlqLcxZnLba3ECPOdrTrNXZxRuY7yixR+YD2kRQjNnkkFpEUqXeE5YpWKprTI3SZIxTIFCgywWw6Zpbn9E3DI9tx//iI07MTpBosTLwfpmm6tiWGwPnpKUePHnH9xnVSjATv6doW2/V0bcd8fk7Ttqw2a5x3CKG2BsKBzvZPS+9n4vadOxRZjtZqMJFPAaMN0/GEqizp2m57fS1hPCbFSFPXHD8+4vz0lBgibdtyenJCSoFqVIKC07MTPso0oW3BR/YnE2TWU2QCmRwiBqJtaE6P6Y4fkpbnJDHFa0PCYpMnxYj2kcoHSmtZW0fT9nhnKScTlI+st0mdyTJs03B+dASAd35Yi87Rbla09Zq+6XDW47zDBjf0PrgOoqcyirEx7FclXzqY8OYL13j56iF7RiH6BgWMTUGpskH3CEhC4ohDE2xKGJMhpcJaR/QRIw1aDtIBUQyWOCFBCp5oW1praY4XnLz/IeuTOaF3RGlIQiGkQckv5s1+F+fPX5zvON9xvuP82eP8qZM6KSSCQWhPJEEWFGljWd97xGmZc8gtqpGB2JOIwzFdGLS5JBopAs4OI7smzy6lJ3oCNkEWFSqE7SKQpDyjc47oPZmK3DAZ4yv7SJER1Tn3Hh+TiZ42gU3QeUfT9Ril0UohJWRNwbS3hN6SGbMV9UsYbRAJvHd0XUfbNDjnaNoG3zaMsUxKw2FVMDUGs93VOAIkjwg93lt0sAhvsW1NtD1ojUyCMjdUhWFxfsri9IikJCfLBR89fsTJfMlIakZbyQvveiDSb5MfrRRaKl556WVmkxl5XnB+fsbZ2RmPj4548Ogh54sFMQ7PNqUvTqDyv/6X/7o9Th2swaQUHOzt8cLNW9y4cR0B5HnBl9/4ErPZDC0VZyennBwf07ctEAjOslrOSTGynJ9RR4/ra7TtaReLoalWKUYHh5S5QaZAcp5ke2xbo5wlBYv3HV2IpORxBIQQGCGYGsNhNaINHedNzbxxrMsVVVlhjKGsKoqiwGlDLYaJXRCobal7tVmxWi+xbUeMH08jSS3JtGYkNKWAvSznpavX+P2bB3z9cMS4ykjR4VQg04Yyz8iFwNtAAKwCmwIphUFqRQ3K4q63JJ8wUiFRpDDECSpurct6hFzR147T2w9Z33sEG0sW1HZnrRCoS1/Ezxu7OH/+4nzH+Y7zHefPHudPndSRIjF5Yop4GIiNkOoWe3xMOshRckJKFhcDUUq0UGRZRhQC/DAFIpMemu6VRG2V+2PyECJ5GHwu0QORRZERLaRgiW2LqlsOpOHlg32C7WC9IlqHQJAnSUrDwnPe0XY9Td8RbCB0jtKYwZhdSow2+BjYNDVNU+O6juQ9gkAhEldGmlvjklvTimlmMNuplMjggRqjxbsGHRw6OGK7hH4DuSYmRds0HB8d8/7bb9O3DTJT2CQ4rdecnM+Ze4HtLSbPWK/XQ+9aiqw3Gzg62urCDUefdXPOo8ePafue07Nzzs7PqNuWuDXBE9sety8Cd+/dvzQqRgwmyycnp5yezXnw6BFlnmNMhjGG+XLFpq5RSrGpa0Iaysmr9YoHD+5je8vx8QleA64n1S13RSLaQF5WfOnrX+f1N15nNq5ABOg3xGZJHh0+OLxrsB7klofEYK4yzQy3piNSEsgQsHVHZ3v65QqhNaYoqKoR42o0NOBu9faEELTOsarXrJv1kHyZnDw3lNIgRAIRyUjsZYZbkykvH+xzIAWqXhKwiExhMk2eZWilwEWS90QFloglIgUoIdBSEsTgxhFjADHIqsgkhh4LGwgxkqRCiUSar4e4qltMFEQ0nq1uUvLwK362nxN2cf7cxfmO8x3nO86fPc6fXnx4UOsCPFFEagFaKCZJMEuKaYyYvib6HhETSUqCVggZEVqRZERpjc6GvqGQAj0evBtMhYkkJH0MCGFIQqCVITcMWjTJ46Jnmiu+UhoO5R73TgMPVxvO2p4mgEPitCJlBYkxUWiU0ESf6EKPIGGUIrietW1ZN4O+Dd4zM5Lr04qb44xXxpppljPOFbNKYXI5fHCjkFEgUyL2jhA9pfJk7Ry/OkLlEmkmGKmo8jGn85pHp0eQS8bjCUYoZmbEebvhzv3HpJTYrDf0PvH4dE7n30NKuRUj3E7CbKdvfBzO2r1zW/HCAYInDY4/X4SUiOFjKUQRYBUamt7x6PgELRV5nqO24pNKSbQePF4XiwW9T5ycr2jdRwgxqIQflBNUVByt1tSbNfSRm1eu82YxPDeZPKlfE1ZHZN2cpDx99Mheoqu0FbnUiEyQ5R2zShGDYqxLbk4khxvPo43laNWw7DsIHV3ocLFnYkpA4EIgMfSTFNkIY3Jk8gg8InpM8hgilYTDMufWdMRLV/Y43DNM4nBEIJOnUhqlt+4PUuIT9DGAUsjgMQwTxL2GTIHSElMYvIQUIz55kg/0fUfyYbCKkQKjc6YxMkuK+0nQCvAExgLAPxGPnz92cf78xfmO8x3nO86fPc6fflBCDiVQEQKSRJBDBWKUFewVFRkQbAPBIZIgAtFBIGDKwVNNaYMyCqkVLjgsQ2XDMNhyIIcjK0lgUOISaCRaK8RoRFlUIAUzCZMyUVUwW+acrhtOFg1Hyw1t0iQNCUnEE+Qw3SgGZyt8dKToSb5DxJ5cBkal5tas4tXDGS+UmivakRtNnmnGo+1Eo9ZDA3wajr1EFAQiMnlkt6KdH2OqCsYFmdKUxRgb4HRd4+rIuPfMZEaygbq1NH1PDAFrHT7Aum5Z1+1nUpq2JnEXv3/ia09L7G9A+tSfQ4yEvsduG/VFU3/GTw1fixE2TY/1g15bleeMRIvtLcto2dQ1JkoO96HKR2RKg3f0zRI3P0Z2K2TyBCJZFBgGC5cASC0oCsN4lEF0VAZmLlGWIyZjT2YkatmwCQERe5LTOCEQUhPlYEEWUkJETx49kjgkdb6nFJ7rszFX9yquTiquz8Zcm02YVQVFLCCOkUqQKQAJiK0vYcCmQIZCxYRMEe89ViuiBKMHzboQPa4fKpCutbi2G0SKGSzLiIGMjFlRMcoKonWDH+H2laTUiPTFKNXt4vz5i/Md5zvOd5w/e5w/vaQJDJMyMSJiwCAxIlFmmrzKQCQcQ8lTSTP0YaU4jO72CZlpCINxbUoKKdTQHMhQDZIKRJKXKtEX6qqJoTpT5gZjMlAClwJlkVGUBbPZlBud5XTVcHgyZ95YOhtwPtHblg6FHF8BI4kEdEzIXlIlz34q0BUcjkpuHIy5XuXMJFRakxlDWeSMxyOqosBoQwgBIYcLE2JrNO8jru9w6zV+U5PlDttbzuenHB0/Zj5fEESiXtcs42BS3Cbovds+iwuCxa+QfDHh+Fnk/6/Gp6/ps6894f1g4yKkJFiH32wIRDqZ8M6jkuCoPOJ8fobte2KesJsat15j+o7oI8Rthe7Cly8mtNJURQlRkKJAqh6lNQdeo3LIM8Ms33BWt/gA0hhkkRFzg5dieJNxkbhcUchAnmUYbSiygv0q49bVfa5MK2ZFxqzM2StzKqMxQkFIOGcJwV3ed4xh0LELAdKg7RdCGHoRhUIKTUpDhS6EgA+eaD3Re5JgaymWhuodAikMRZVRZppMpEHPKEZSHCqMX5Ta/C7On78433G+43zH+bPH+dMfvyqJj2lok5QCE8GkSG4kRWkoxyUxF2B7MmFASYRzQxFWCpRSSCm3D1IihcIYA70ixUQMESXjcNYfAlpptBaEAMHHoaFRDKVSLaEkEBRIIyllxl5puDEbsd5WhpKQdNaxsInJq18hO9zj3tFDUm/Rmw7/+BTjekaFYjYqmBSKsYKRkJRZThJQ5jl5lg9aPEIQ0vDhqqRCKwkkvLNob8F1+GaDGnW0TcudD++wruvBrFdA3ztCAIXAwfa5DLuEX0fyP8Rk7tP4Tdd4OTofAn2Ig/kzCa+29byUWG823P7wDt/59tcJWcQ3G3AdeIt3FkjorZhwiEPSpIRAK02e5YTcI2JiZDIKC2WKjDPDtaJkUXc0XcCZHH3jCn5cIPKMl2/coj9dsP7wXfYyQZEZRIpkWjKpcsaFphCCQklGalhvOkEMnhjEYF4dIkortN5WJkOAFBEMBs0kUHJY51LIS38/KQcdP2QgKYFRhswYCBGSRGQ50hTk6yG+TBrK81oObco+JZL6YgYldnH+/MX5jvMd5zvOnz3OnzqpK2dT/HIziKUKgUmJykj2phX7V6aMZwUtER/dVh1aEUUiikSWFWRFAXpb6kQgpSQzGcJkYHtCcEMvEkM1Q5DQWhG8IvlADJ4+OKSIGC2RQpITiSRECuQSqkIylYYkFVmegxDUIqN88QWyG1cYH2Qsj09R8xrhHbMQGOVQFIrcQCnBoBCKYVSbwbszhXS5UCGgC402mgS4vmcUPcFZ+vUKWW1oNs1gLdW1pCS2U40QkSQgbussg33Ix9n7k9pj/6uD/rfBr7v+i8bPSMKjhn6O7d8lBG3X8vjoEc1mjTMBu16RO4uKHtd3Q0Jjhobc4AMxRJJKpJC2x5aCTGmyzFDlMCXQRugr6KqCuoelUqRre4S9ir1rV3jj6k3sdESbNYyShZSwfY+IgSKTGBmREQoEOREZPMFbnI/EJLdTYAKtFEYPenQpRiTbHV8Y4iAzGZnJkFISU0RrjdYalMEKiZWDRZjJDNEHZAjoIqMsRhw4xd5RRXUmSdajhCAKQZKScjb+QjjcxfnzF+c7znec7zh/9jh/6qTu4PpNfH8f6x0ierSMjArDjeuH7O1PUVmg2/Q0mw1UkXExJVc5IQaEHG5OKw1iGNwTQpJnOTL3WxXloSF/yHYHn1EpJVmmIYWtjUbAu0AKAZ0ZCmOGHivvcD5ggBQdgkCZhp1DKSXt8pylb+jthtA30NbsK8ELVcU4F5hCgg7I6ElR0DuPdxYhIfgw6O6wrcQwJC8X+jjBOzTpUm27qzfU6w2L5YLeu+3TG1wAEnLboPpxO+STZP9DCPanwWf2CHzi7y6ODS+qTMPXOu9YrJbU6xVdFgltiwp+eK5+GAy4SOpiCMQwuDuINPDjvcM7i9KSPNNkUlFKDV7hTGSTJWJvmbcbQgn9es6yd4zqjitGUkRw1tNGS4oRE0FGMFJRZoN4ZnAO7xwhgjISreTl+hwmhD1sd7GJYUBC64wsLzFZvtVtYnuEnPDeIqQgywxKKqQQNO2GVdNQac14vMfe/pQb1w/54NEjet8jhCRKRVaUHFy/CfzN587hLs6fvzjfcb7jfMf5s8f5Uyd1r3ztq5xHwdGdD4jeo3VgNC6YzCqETNTthsViReg6tBRIozHGEGOibxvCejNohlUVWmtCDCipwBg6IWk6h9QOszVlHwx2JUZJApHoHEYrpJL0XY/vPRkD0VUR6a3DWot1jiggyIREAxG77Dgj0OUa2/botqOsCmaTEbMMZCZwybKuO+q6paktJjPkWuO8I0sa5/1QalYf67Z573Ex0G7WiKTIc0H0bjiT9w5PHEhPwDarvxgieF6RLu4/CSCSBAQi1ltc3yF9jo6Quo62XtN2HUKqy16MxOCN570npoDzDqk1tm2p5wuqUcZoXDIpKozIiHlCWThdJ46bBq8jnes56x9jUJR5JNASrCdai0igtSbLMvLMYIzB+Yi1npQgL3KU1iQSyhhMbmC4E1zw5HlO7xxN5zDFCGOGpC2EgBTgekfXNLRNg5KSPNdAonOOpmtpuw67WFGqEUpOmcwqRuOCVbchJgV5wcGLL7H/ta/A//X/+dz52cX58xfnO853nO84f/Y4f+qk7tqrr6I7z9nZKa5tMFIzmYyoxgUuOtp6g22GBZAYLDC6rieFhO0dIQZs3+OdYzQaDR+MYijbCqnpnUdbh9SGkC7thpFKIJVCbIUPTaZBSLq2o9uKEGYmH5T5Q4Q4lHBDCEgLyTcoG9EhYvocGxJZZihnI7JphZEBKQYv0Np6lk0/iDFqtRWhVUQhBt21lNDbHjGSIIWh2b9vOozqkZVH+ECMYWgYTcMC2BZkSYhtw+lT8/nMYrj/gV0Bl1OoMSViDCgfEC4Quh7XdHjr0EZC2j73bS+ET0NvQwRc8Ait8L1j2fSQGSaTYa3ETJJFRSkhW0ZS59EuoF2PUpIUBEEPwwsxBBRDr96orIZxdBewzkGCoiwxJrvYkw3rUiliGLgNafjVWUfvPEJuq3jBQ0o476nrmnqzwfU9SipcbhBq2Old7Pps01EXG8pRSTUumIxHPJ7PcVGip3tcff11Dl599QvhZxfnz1+c7zjfcb7j/Nnj/KmTumr/kPzLkqPHx8zrFSK0jGdTdJXh6LG9RUuNMcMknw+R4DwpRIiQQsSGbvj/lBiNRyipSGkws217B7LH5CVIRdzaJgkhEcog9TYZEBKjNDFJvB+aFYdjL0WeFRjTEZ0jRoFL294mCWM0AY3KM4RRdIVhKSNGJsZKEZ2kcZEuwf5kRFHmhBBAS3wKwxl8GqZbJAKxPZv3brD/EFmF6h2u6we6jdpqqg3fD4MUB5IhE3lGgv9zhQDkoHe3nTkaeijEsBNMJFzXY3pH6Af7Me8CSibEtncupYEHFwMhRdCS6ATFqCJKxXyzwbhIFBKhFW2ILIl0haEIE3IXqLxlrDxKenyAuNWsE9udYp4VCKEGEckAUmm0NpiiuJwCk0IglCaJQaMpCglS4UKibnva3hGHPlxECIQYqDc1m9Ua1w89fElB3w27RWU0QkoyY3COIZ5GHl3ljPemiOMcqUoOXn6Fm1/+Cmp//wuhaBfnz1+c7zjfcb7j/Nnj/OklTcqcyYu3ePEbv8d8fQb1OdODPVwKeNcRYqDMcoSOqK1fGyYiIpfn1521g33HZoMUiaIskdIMH4wxYt0g56DUoCGTtlmAVBKV9PCBHgKQMLlBKklwQxk1pogymqIsSUIMTZpKIvOBMLlxCBvI8pxYZqyTRbQNUku0yYkBolCoMqeaVMOUoxymhFwYvOLS9oqE2J6ix+2OYNMg8wmZtdTrDU1ntxVagRAMzZkkEFvJ2GdlO/d5I6XtMWpCpG2lTgiQQ3LXtC11CoytxXaWetPgrCMz+Sef+7ZU7tPAT5TD16pJxco7olDEAJ3znLuexz6ypkCVFTJaRNOiNJiqQAmGd6EQyTJJURQoo/HBD4rlSqGMRmm1fWVQeujvk0ryscfFsG5jAuv84A4hBpmSEBxd29JsaoJz5JmhyDKkUiQgSUBKnLcYI9DbKd/OdiSjmR7sMT08gNEBL/7e7zF58QU24ovxft3F+fMX5zvOd5zvOH/2OH/qpC4oTT6acv3VVzk7uk93PMjkz5cLTOwopaDUGZGAMRlVWaK2Oa2Ig1aZ6TrqC1+2zZoUA9KU+DBMFPogSEmSpCDKoQoSgSQlQg9TJ4IIPg6K1RKkVsP3peEBl2VF2orLaqOIRrLuepq6pbeOVIwp9q8jJ4bl47vkTcvEZ3gLQhSU0xFBJqz16CwDNUi+xpRAquHaxNBDFRnsQDrrGLlA8oGu7qjbjs5a4hPHjE+evQ/l3i/KE+AfJgSAEJf3fNFqCkNO1dshietCZOQD0QU66wgpErdTUVFAkmLY+TEkg5DAaHpryYymnO1DG7AdxJg4c45lVVLceIm4tnSLB8R1TZ15Jnt7VEWOtBHvA1IIyjxHIofg1WI4GpVsxYnFMNq/ddBIchj8SEJu1+uQCPogtus50nYd0bW0TUNwgUJrqqqiLAqk0sNaZegrbFqJiBapFI13rDcbnPSQKQ6uXaO49hLXX32VfDZjWa++EJ52cf78xfmO8x3nO86fPc6fOqnzCaKSlHsTXnzjdfpZRhZb+voMLQTVaMZIGaytUZnB5DkqAWEgCyEpigwpEk3X4r2lb8G3nrpztNaTo0gxoLRCERAiErd61FIMmtJCKqIczrW0Gqo+AY8IAYRAaUUkx8eIEBJHovEWT6QYlfhyxP6VG7z8ey/i5jdY/PhvOH1wTCE0e9M91LQk2gaTVwgJyqhB9DWEYZciJCoNvU9be1CCTUQ3XJN3lr6u6ZuGoQAjMAiEUMO0kFIghp1CjGkrWjuUgf+hTUg9DS706ZSSSKmQUiCkHMpSIaCCJ6VBnDcCXdPQ1zVey0ESxCWCHY5dRQIQqG25HqVJcpgkVVJSKEMqAak4zCrCqqVr1nTtmuqFa3z7rW9j9q9z9xf3OX28QI9KvFvSeEtFgVYaIyVaSvJs4Ju0rdLpIfBhuH65nVRNQhIuwltEFAEl0tBr4iO99azWG4IzaCzJWwqTURUlWZ4h9bBjFUKBkkgBJgRkFGTZCIIb3riiJ5vOeGnvKvmVFyn3JkQ1WJJ9EdjF+fMX5zvOd5zvOH/2OH/qpA4kSUikMcyuXYNKIdsVYp1T4RkVGpoGFRVGD7INERBKEIMkCEmSCqEHwVhhE9Y6WmvZ1B0xJqSSGJkYYclSRERNG3P6lCGJSN8To8SnQfFaSQ+hRsmIkgERE0JlkBkaF4cz9c6SakteKfKbV0iHL5Dl+9y48Q1mv/cdfpoK/urh/5t9UVAVL7DpM1KCrMwoJgXjaUnX1qTekSMIUqBVwqbbWCvoN8MUT2Twt+u6hvnpEXt5hr5+jYODq+zN9piOZ8xm++g8xyeP7TvatmWz2XB0dMRisWCxWNC23XD2v8WT6+If0tvCkzM/T8jxoJSiLAv29vbY29vj+vXrjMcTyrIgywu00Pi+Z7mcs9osWSwXnJ+fMJaJ+ekRXaFIuSRiCC3DtFIusGnEOn+FtRYsYqInIXJDUY7YrBq6dY9tLaKHcWFp2g+Z0/G9t/6Ib/6Tf8HyrOPxBzUHL7+AqBz94w2ptrTCkUxOZQylkWQqknDbKpygTwlkRYgavECHQbYk6pyIJBeWkh6dOjSeJIdkLcbEZrlE+oIyE+TaDNImRpOkIggJYmgcvpioMlqBiqANo+kMX3oyNGlySCynMD5EmuF442NZmM8buzh//uJ8x/mO8x3nzxrnT53UDXKrgBhKpLqqyJSkyDQlDuUbuq5FSNBSooTAb7PXocgqiGloSk9CIIUchoKDJbiOFAOCYRolUxpFho0l6zDlrFb0TYPyAh/ACY3WW3HCXJKLFhUbCiEgSFRSCMAFh2t6aBz5XsbeC1fJb76CMIfkKmc8PeDwpZcoruyzPDpnfr7k8caw7hXjvZzXvnoVOTrkePOY9XJOERIvVTnZSLP2mlUf2fSBQkqcNLRJ0AXP4eEB//T732P/pVd48bUvc+3GLW5eu8HVgyvDiLe3l2Xrtm25c+c2H3xwm9u3P+Dtt3/J3bt3qesav9Vo237mA/wvtZf59GtfrAchBhmQ0WjEyy+/zNe//jVef/0N3njjDV577TXKssQYw6iqyHWGc56T81MeHT/m+PFD7t95j/m9j9jT0AVPl3KcNDRR0vWB1EfWXkPMOW4895qeTkkmVyquja5zujjlzv0zNoueSR64MbbI0FJcP+TgxZcZTw/olufs718hjQV9UbNY3IeFxUmLGmuE0aikIIDA0IdEkCV9LFk1mqZTeA8mebQazK3zquLKqMCoRIYlU6DCUKJP0RN8giCRZAghSWIYyPAXQx8IRIhIKdBSkqTEKfBSUOQFe6OKHEOXjbF5gdeDDcfQmfLFjNLv4vz5i/Md5zvOd5w/e5w/dVInGCwxQgIpBDIKoo+DoKDSuN7hgsUkBreAFLdNiGLbiB6Iflua3FooSSHRKmF0QjuB0RlRVnQpw9qM803JozZn7SekdIgODuc9XuXkBNJixTjruDYaM8scUnSI5BHCImWA0NB3a2z0VMWUw8NDrr32OlHPqEYlWmkOr17nxgsvcP9oMdiGSIE6uMX05iHZ/lVSVtH6OfceLKHb0I4qxM0prg+ctpZF5ymygLAWtd4wF5pq/4DZ3iFXX3qF6y+/SjUaU01GFKOCssjZz/bQxqD1MC30ve/9AXVd88EHH/DOO+/y4x//mB/84K949933WC1X+K3YrpRDg2aMH0uD/H3h4vWkHFrZ0kAhWipmsylf/sqX+d73/pC33nqLr371K7zxxhuMRqNhxF2A9wHvHM462q6nciMO0gFFlZFpOC0y3OKM+WqJWG8I1vI4BLrOs9dZxn1gNV/z7qMV9+sGyjGvza6Tsn2y/ZzpCxmtPIP2/rC2kNx84RZXrl4bfGKrkldefQnpZxz3j2mLgiY20K0oSpBSk4TGUZGExlKw7A3HtWJjC4Se0juFDj1Ga3wwCBuZb9bcLEsOMsikJckeo7PBekcNRwpSyCGQQyTIQcVcCoGQCiG3b65pGN9PCVywZMGRlZo+yCHOjBh+Jg1x+EWpI+3i/PmL8x3nO853nD97nD/98avYnhEnUElT6AKUQyeHMZKoh6MkXMJaiw8BpQxCqe2HuSWGODgEhAhpsFkyWpFrhcGjhMImQ+8yFq3huC85CzN6dYg0JSF0dNEhs4ppKRBpTb05ovMNN8aJg7wkk5vB4il1JN/T2xaERuc5JsuZTmegx2gBKQYm0z2u3bjFafUBma6osjFxdI1Xvv4ms/2KFC2vfGnKlYOXWB4/pH50j3vLmrjpOU2SORLXtjx88JB0OqdRhpAXlAdX+ZLMUKMpV6QiNxl5YWj6mtPTY0hw7eo1Dg+vUJYlo1HFm2++yVe+8hW++93v8N3vfpf/+l//lB/+8K/54P0PqJv6k6Xbv+dK3eXrXewyBIxHI9544w3+4A++yz//5/+Mt976Nrdu3aIoCiAhBDRNzdnZKccnxyAEV65cJaZE09Y0bcvp2Tn3Hjzi/XfeoT0/RfUdVXCIvqVrWwwSHyXZpkeKhlTN+Mob32J2/Raj/QN0UXB1kpGNX2TZ/ZQqW1NlG6QvuHrzBcbTPVIMaAl70wl4wTwv0HlGEoNJdPI5Uiai1LhYYsOY897weCNYxgo5vk4SE1YxEV1DgUGZguhbml7ivafPPXslCJFQQmFgWNd6216cxNaWxg/PMEVAYPKM6AMuuK13LEglUFpijEEnQSYy0CVt0tufvWw0/Pyxi/PnL853nO8433H+zHH+1EldSpGUItFHhE/kOkMXBXlwaOUIRqIUIMBbR0wWbYbJmYtFkGIi+oBIAXkx4CzkMPIsBoG/2iVqF3m87Kj1DD8e0wWFTxGvYJMsyQVUPubWtRtot4c9e8xxfUIInsORQkuJiBJiIDoP2bAYhRrKuLZrsKElmxqKasTe4TWMyelDjxYZR4/v8Mu34dXXXmZvOmVSTZncrNDA+uycB6cntOcLjlYNJ6uWDZGwaPAJnJBMDw9564XXeOut7/KVr3+dg4N98ixDKsHjx4/46x/+FQ8fPuDKlau8/vobfPlLX+XWrVuMx2Om0ynj8ZgbN27wxhuv8/rrr/Ef/+P/l5//7Ocsl6vLMexhdvTvsVLHdtJ0++e92ZRvvvlN/uW//Jf88R//c77yla8wnU63Js+ezWbDw4cPee/9d7h9+wNOT0+4desF/o8/+RNeuH6Tmzdu0FvL+fmcvdGYux9+yN8++DmrszNMimgBKnjGSK6qnO5sQZmmTK9c4/DaTa7ceJEoNOt2w2J1yod37nL0+A57Uwuxx5ic/cNrFNWI4B31ao5wiUwzNLcqPUzQOo+IYTgelZIuKM4awZk3pL2rXDm8gTcFD4/WHC82iBQYK4Mmoo1CFWPON3P6rsMhGJl0qb2nlEYKeVmJiyENFc6UEEEO1mFC4JzFO4sUAoxBKdBbK7IiMwhV4LWh84no42UsfhHYxfnzF+c7znec7zh/9jj/fJK67dQIMRCtQ6SAkhCCJ8aAkAmlFUIMBrreOoYUYJgeDN4PUyeEobk+JaQ06AyisMQkaGxgbgMnPVgZCKHB68TVGzeZTq/RB4vMDFUhGZcKbSec+57F+SmxcZRGUhiNQCKiIEUBiUH4UA2WTOvFnKAi0+v7GFNSjqfkZUnYeGZlolqvWD56j/tuwXp2QJGVrBZzHj96wPz4EfOzu6wWR6wWa5adYyMAPEII8qLg5uSAb//+d3jlpVcotGGzXHHSNdRNzYMH9/ibv/kRd+7cpiwrfvSjH/Haq6/z5pu/z+/93je4ceMGs7099vf3+OY3v8nBwQH7e3v8v0Yj/vsPfsBitcL7L+YD/X8GSkn2plO+//3v8yf/jz/hf/sX/xu3bt1iNKoIMTKfn/P48SN+8Ytf8JOf/oQPP7zNYnFO2za8/vobvPjSi8xfOGdUjSiLikIbXnnpFb79+9/h3bff4eGjU/qu3+5cBOMUmLs1j+19pnPH/sJxstpw/dY9prMDOtuwXJ6zPD2hEg2z0qCtJy9LitEEITW+a1menaKi5PDKFLnVk0sJhnn2oUvNo2ms5GTlWKmKvVv7zF68is8k6sqYwzci0TpylbFabTh5/IjgW1QINH0k70GkQEyCKAQ6K5DSbMfd4/CaQBJDn4pA4NwQJ0IKTGZIShHkxRSVR0kz/Ju2BwwphCEOv8ikbhfnz1Wc7zjfcb7j/Nnj/OmPX8NgvyF8j4g9ItnhFz3Rd3jniCmSKYnaKlAnAT4EtNqasac4iAoy6MKkCFIbpEgolZGixHqBTYbRwSHj8U2cqWgF5HlkOs0RpmLvcEY1NnSbFd1ZgzQVQYxYtQvmdUeVJwwJF8EHECEOxsFJopWmXi1xsSe4l1GpJCvHqLzAHp+Q6Zxv3CgQShPiiu50wyYK1uuGs5NjTs4ec3T8iOXylM5aeiJWDWfiElBIEJpH9x/zX/7v/0zf92zqDZt2w3K15HxxzgcfvM9iuSQzGUVRcPfuPd5//31+8fYveOvb3+FrX/s6t27dwhjD9evX+d//xf/OqKzQWvFXf/1jHj8+4onT0C8c4uKXEFy7eo0//O5b/J//5/+T7//RH3H1+lWMMdR1w8OHD/nlL9/mx3/zI3759ts8ePiAxWJO13VYZzk7nzM/X7C/d8BsOmNcjhmPxuR5zuPHRyA0HknHVqQ7RXyAtu5ZuGNmNmExRAEaj12fkMvEgY5cvapJQZP5FtvUTA6vklXjof3D9azPTslUzvXrB6Qk8O6iHwR8BE/C+cS87li1FWEyQpoKbTTjg4ob4ynNxrE4W5JcoO9WjMYZZcowlSFtJNafYb1DRYlSGVIYpDCEYBEykZIgEJHxY8szH/xgmyPBGEMQ4FLEO4d2HUJLBAohElJEks+QIsITE1WfK3Zx/vzF+Y7zHec7zp85zj+fQYkUkNEiQ4cIHSn2IC0iWohDZquMQcVETC1CDjpiUklwg+CfD4F04Sgghl2Bcx4lBEoYXMrpfUkqDinHtyiyHNHVNIuaR60nIOk2Pa9/+RaZLmiCQ5sDsuIa7fKMTbum7SxJe0IYpnVEjPiQSAlEjMS+xfZDMz5JYkyJQNFvlhSxQyuB0hVBFMSYE5JGOku7OeF8ecz5esHGdoQIQQxepCQQKVLXLR+8f5t6sR40y2xPCJ6UEr132ODoncNah5QSrSUnJ2ccH51w//5DPrzzEd///kO+973v89prr5LnBVeuHPJHf/T9QUojwZ/+2X9jtdoMx3h/x4Xw2/AOwyKfTsf8wXfe4l//63/N9773PQ6vHGKMoWlq7ty5ww9+8AP++3//77z33vucnh6zXC0Hs2YfiTGyWtQcPTghU4Zcm8sjyizLUVLx+PSEum5xKQ4q4oBNg09fbzvCeo7Jc8aFQu4ZdNOQCU8me1TqCL4hhkTf9AhuYHQJSRKsxdYrVD4eNIqSwIdEjHErFhyx3tN5y6bNsLGgLK5hzAExGDJdQJ94/NExJ0dnKCK276n0mHExItmetrP0XUOUgUwYohiqcE4NUyXJQxKDN6zeTptILVFCDRpHKaC0HlTLiUM8RUvyihQTQnqUisSYD5pPXyDfuzh/vuJ8x/mO8x3nzx7nT53UKQQyOWRowdZEVxNjT1QBRE+K23HdbQafAG00Spvth5JEaU0Ig4US2wfjoqVtLSIKpIDOJlaNYOMiOrSMJ4IQI8v1mk17hPeSD99/xNnpGVeu7dGvJd0qsW4V1mk2raXtOlTmCD4OddowCBdqnSFTQvqe0NbYpsVMI1LmKKXxXUN0K1y3ZuMElpJWjll5wby3HC0WnC3OWXc1fUwkBqP5FAerk5TApcD5YkGz3mwX+aBVLeQQBBHwMRFiQilB3yeapqfedCyXa+bzBfP5nNVqxT/7Z/+MV199jXE14sb16/zR979P0zQsF0t++Nc/ou26v7dKXZFnvPnNb/Inf/In/NH3v8+1a9eIwHK55M6d2/zpn/4pf/7nf84HH9zm7OyMum6w1l4eo4aQcDbQy34QcRRiWBdIlJKDq0Tww9i84HIQICRJYAjk1NXoxRG5cCi7Yj/PmOpEGddkdIxNwhQTfNBDP5vM8S5im5bQ1kg18K+VGUSMw7A+gh/sYRrbsW6gcRrfatQ60eqWZV9zerTg9ruPcNahdWRcVswm+yw7y2bd4leRsRPskajE8GbTNg0kj5Hbypwa/F0vfF6FVBitCd7hbBhUzi8mZaMn+nbYDYeOKHMwARkzZPSoLyit28X58xfnO853nO84f/Y4/xzEh4HoibYhdeeE0KCSI8REJBDc8NDb4FAxoo0mK3JA4J3f2j2l7RxvwAWPc25oVk+J3GiM0eAkPmls1Gw2PVEkrhyOKEdXWfctthfU64blasX4oCTJnMZ5VrUlWU+LpXc9WbL4zpN8QGSaLC/Js2LoF3CW2He4vse5gJSazGhi8Cjh2ZtUzNCsnOa4CfRdx/lqzflywaZv8Ayl6JS2LY7x4+w6Ai5GYrSfzLrDx2MGFyfoIVx8NZHi4KPX9z3ODcmQ847vvvUW3/rGmxzs73H9+jX++I//mNVqzdn5Oe+++96wU/pcyP1sCEArxWuvvcq/+lf/ij/+43/O9evXEEKwmM/52d/+jL/+0Y/5wQ9+wC9/+UtOTk5p244YhoV+cX+wHZKKCS6bQ4cnJrbPJlx85/AtnxjNQIAnsulrzpeJUgSq6YRsUnBlUjIxhgzPuvfEAJnRSKlxLuD6nti3xLwiBE+elWR5MfzjPhA6j+0t1ks6p2itp6t7MuvIpKbzPcv1CqMz9vb3yPLEJC8hKk7PapYbSx41PmkSksxohFHE6LDO4kkYYzBagxwscEIaTBSVVigtiSnQ257gJUEpAg4vWxKWGARBGELoEX0OF2+4XxR2cf7cxfmO8x3nO86fLc6f3ibMOZxLOLsGuyIJh0iWlORQfo2gUMToEVuLJamHs/jI8AHvYyDEYQy6cxbrHSJKpBdIo1AiIiVkRU5RVQQEuvRMr0rGoxI1OiQr9ujXDlH26FLw8KMlR/Mj1s0ZZbQkEfDB0fYdrnUoBLnJGVdjCqnpmw56h4qJZAPBRRICEQWx74kERvt7aAwnpy2bJuJRJCVpg8PGSNiS+UTK8QlcJCgXGMyMn5wdvehSi1xkMDFCiJEYW2I8BgEhOlbzc7z1fOet73DlyhWuXbvGP/pH/5i//cXbHB8dcTZf8InZ6M8ZQgyTrn/4h3/IP/7H/4hr166hteH09JQf//jH/Omf/Rf+9pdv8957H3B0dEzb9oSQ+FhJ7eJeJZAITzyz4Ql+fO2JTz7LT35dEEjYOLzRRCXxKDaNZWYk12cVOY5lvSD2YWiqRRBcINmAikDv6JuOQmlG1ZiNyemx2NbR1h1OKxIeGy1tc0aYSyYvXefWizMODiekNiefGGy3INQ9m7pn3nh0EBRUZE2OlKBEHNa5C9iUSDIO9600SiiIYTjSIBFFQiuJUooYAjEmlFKICDE4SB6RIklk+ODBjrfTsl9MYreL8+cvznec7zjfcf7scf7USZ1br4nS4PoGFXqEDgj88ADT4O2pldre23D+7cN2YFdKtNHEkBFjJHSDN6azHuEFMiSIAh0iWkGVa+Q0IwaJGSX2b4y5enXMZK9E5TPWtWVRP2K1OWfVHFP3Z0TRoqRHqUTwjrbusdaRm4zZeMx4NkIaSdc3yBQxSpBcT3QdMXpCAmcdbutPt2k9i02Hp6B1jtPlms4FfNymGU+k7RdyHx+nH5/EJ2tTT9o7Sdjm+Rc/HUKibXuOjo5JKdI2PSEOJevvvPUWBweHvPHGa/yTf/yP+OlPfsJiufqEDcnnDSUlL730Ev/kH/8jXn/9NZRSHB0f8aMf/5g//dM/48c/+Rvu3b/L8fHpZUL38f08mdDxxP9HLr7rSXw6ofuExK7YFtZionOB0+WavazCK8Ni03E4MphS4qzH2UhIEGMgup7keowUyBTp+gZhJJPpmG48Ztn0WOeQdU8c5SgNSnqiaGj6Y1ZN4CB5plf22RvtMxllhF6xXrScnGx4eDanFIqpEhRSoT3EEHG9w/Y9UQmSTqRMYExEFxKTZWgzVO0SQ39fSKCMQUoNWiMH7RMSnq33xKAL1TfEeoNbuy+C7l2cP4dxvuN8x/mOc545zp86qVvfuY188RrGBkBfnplLpZDbhsUkQWoNfihKJj9UHlIIaCGRWYYCQmchCryNRCdwnUe0cLXwFBOYCocIPU0q2WwC50u4+cIhwgc+vP+In3/wiNOjE5pVg+kFN4p9/LiD5YpMOGxr6TcbpPDszybM9qaIUUktPK5dYmOPkpBcA6Gh62tsgoQiRIlNOU2wOJ3TeDhZrdi0PdEnZBoaKS96xeDXpShP4smvxO2C+NUx5ot1FQI0Tc/x8TnOJXzwdH2LkIK3vv0Ws+mMt779Fm9+61u88+77uK79QgQrhRBkWc6b33qTt779FkWRcz4/58c/+Rv+r//7/8fPf/5z7t59wHw+p2l6Yvi42vbJ+tvFIpVcnq3yySrdZ+HjxHA4thVisLeJPrFpe05WK6b5IZXOaYJklDJ8HI5AbYKuX5PlkeQalAIbexbtEqMDYlQw25sS+5bj+Zx+syGXOZmwVHJFNb6CLvZ5+MuGj+7coZoeceX6Gd/80k1evr6PzirOlxvqTSRHUoaeifAUAvrGc7ZoScFjCo2MCaMFWhmqvMCYDCkkyfnBI1EKtNJIKUFrogQVJVJKotBIHxBRI1FIG5Cnc9b3jz9ntgfs4vz5i/Md5zvOd5w/e5w/dVJ3/52/5QUVMFUYmsuDJ+ltpTB9MptNIdI17SDI6vygOk1CbT3kxGAah3cBaxN9GEQFR+2a8aRlnDaIVJPyGWd9xoO7NZWek9Pyg5++w0/ff4D0kj0z5bUrU14c56xWd+lZkqWOvu/oXc/euGCyN8bkBucjzju894jgSCngbUMMDTH1RClBaoSSOJFjCXRJcLJasaibJ6ZtPr7X9KnfPwGxLdOmT3/Xb1oqYmhOjdC2jsScJBxSCcbjCUVZ8u1v/T7Xrl3lzW+9yZ/9+V9w+8OPCOnz39FJIbl18yZvvvkm165dpW073v7lL/nzv/gLfvH23/LRvQ+Zzzd0rSNGcbmK06+918++RiE+NrX/5LN44nsYZidEYjtan1jUDSe5YZxPsSicyJEyBxWJUg68BoG3DSl4hEx43wMJFxImN0z2xiz7mkXdQdeR5R0jluTKMR1PCGcZd+4tueseE/VDFndP+d63vkZHwYO7NRkVBzlM+1NGaUNGy6Zds+5apBTkNpEhIIKICd/19G03NBcjUHroPcmLgrIqEfrj+714JClC8IGEBB9YPHrE/Xd++VTc/jrs4vz5i/Md5zvOd5w/e5w/dVL34MO7fFgYrt6cIv0aFx0UhixTgw9cjEQlib3FNS1N02L7HuccwQ8t8FoOCvrRe2zvUQmcjKySR/lA7zbss2GUFL7JGEVDEvs0reXo9jHNasnygWevv0phBC/sTXlplpOaR/jmEdMqkidLHxpGZc61g30mozFdAm8DeNC9p13XuOjou47MdUTvUTKRZwqjoMfTh0jT9Zwtl3R9h0+RkNL/RBbPlspPF20/43uE+JU/D/6qYruAIn3Xs1xEHj56xE9/9lPKsuRw74AXXniBL33pDb702uvcvX+fYD//wNda8cbrr/GlN15HKsndu3f5i7/8C376s5/y8NEjlosVfedIaTimHXzs0jBZur2XC/ymncfQp/A/DpCLg9uQEj4Fur7jbAk3Jjl9KOjxGCXIhULJRPQe5zr6rqNdrjAqp+g9oHB9ICWYjMZcO7S4eI4LDbmomFYldf2I1FznpdlN8IYHZxldn1je9fwy3KOazjCtZZY843ZO3j1mlBYYNvRuQ+stwSj2pKBMCts71osF9UYPUgCXSZ3CGEOW51RVialKZJ4hw+DDiFJYG1h0jlYaovacPFrx4MO7T0/wZ2AX589fnO8433G+4/w38PkPkPOnP35dbvjw9ofEdJVJnmjaNctg0VqQa0WeZUQ9LAgVINOK3IwhDbuA6AclfGctLiW0AKkVMQpWfUseA0IETGzIEQSf8H3EyQ3oPejHqJC4WVTcSIo8C4xkiz/5kGjvsV+smGQeu2mRKrE/nTGppoQoaLwD66DztOcr5g+OkZnEtT19P5zVE8MgtKgkbYR523GyXLLpezzbSertaPeQYAydTkN1aihRPUnkp5OYX2fYm9LQGK+U+vh7LkrBYugL67qes7NzMp1TlRWvvPgyk8mYm7du8sYbr/MXf/UDemufluJfQVkUvPHGG9y8dZPVasnPf/4zfvbTn3Hv3n3Ozs7pup6Uhib/ISrSJ+4jhEAI4ROL/bOex5PP5clneLHLGXaOQ9KXGHgICTyw6XuOl0v2JzmTSYHWmixE2GoKaR1wbU9zviLaiN4/oDyYYu2gLWSkZFxNuboXmK+WKFpGoxGZXdGf/AKZrbimrzOajuitQhQB5T1icU7lNuR+QRbPGHPCWK+JsUGIQOM9fUxMy5JMS6QAkYY3QpNlCCmRWqGUBvFxwDeuB6WQPtBbS+8D3ie8yojlhHW/4e7tE9bLzefON+zi/HmM8x3nO853nD97nD91UhedZz1fcjYSTF88xEhDPT8nBMvh/oxxUZKUwuQ5hc4GkUIpCd5jbT+YlceItwabGYy1eOsRMdK5DSlAjAIZPIVyRNUS7DGuXxHFBMp9tCmYFpLoHH19Rmg2CM6p8pr9KiJjTRKe0XjMbLKPVCWbrmMdLEXnEI2jPp6zPl1Q7o9wztP1HV1r8a5DikhUmqWLHK03PF6u6FLCxoQNfjh751M9Y08kM0UxJBV9318mNDF+xlm7EAPRKSGFIDOGIi8wZhDkdd7jXD+oeG/r4V07LIQP79zhr3/0Q27eusGX3vgyr7z6CpPphMVq9bQU/wom0wmvvvoK09mU9z94jx/+9Q+58+GdIaFre0AgxJDUaSUxJsdoPYxvO0fXd/QxXooq8msCQUp5GQh5nuO9p+u6oWH0iW+/7FFIAx9aGJSEx8sVe7OK2f6UfSmR0eNdR9c1SJXhnMe2Pe28pjqeUxUlrnd0bYdSGaOiZDYBHz0ueEpZk1eS+foBzXpB4CFZGjMpD5GFIaaI6Dpo5xRpzcR0TExHIRxdGI6iOwu9EghdUFUSnWnyLCPLM3SWgZRIpQbhZa2HhuMY6bzFeY+IsOl65vPlcI2H17EJzo5PWS+WgwfiF4BdnD9/cb7jfMf5jvNnj/On16nbmvdulmv8lSk3DvbRfUPTrslMRqY1qhg+oJQQQ1O7FEhtUEYO5VzvQQzHZ5rh+CnPFVoUiNhj+4R3EZlFKm2RwiNVw9Iv6JoH9CGRfMQEgaYhzyKTCoxyaBWJIZDpDCk1q9rSdy2brqaTgcPD67i6p1lsaNsOMy1xMSL6nqZt6WyHxxOC4qxuOF1vaHzAI3Ex4lMkIj6jWDssgKtXr/LNb36Ta9eucXJywv3797l79y5t214uhE9m7kPPWp7n7O3tMZvNyLIMpRRd17Fer6ibhrbrhvHoEOn6jtVqzbvvvsu7777Lqy+/yv7BHtPJ5Knp/SxMJxP29/fwzvHuu+/y3nvvsl6t6fqOECIChdKasigYVRWTyZSiKAghYK1luVyyWCzo+564nea8eA4XkFJSliUvv/wyL774IlevXuX4+Jif//znnJycbKdpP/7+xKAL5FPExYhB0fjA6XrDYd1QRk/C09mOpmlQOg38hUjbdjSLDe6wp13XnJ2ds4mKcTEiLxRK5QjhUSlgVMeVscSVgXWzou8lwlb4RQItyZSgUJGZjuzpSKEiMka8S9g+IaJB65w8r9CZR2calRl0bsjLAqmHwQip1HBfUaCSotAFxntC6gfbmSyjKidM9/a5f75is1wTfYD4q8nx54JdnD93cb7jfMf5jvNnj/PPwSZME4Kl2Tg26w1yf8L+bEZRKIwcKg2ZAKmHBkUEpO1i0Nlgah6so3OONqzp+kDnOoJV7JmMkIZz+XXbUY0KTCbRMTFSFqU9LkIIjhASSmQYDUoFjBI46+nrHmcjbeNp2prezumsAxkpphUiJDpraTYNTW8pEvgkEH3A+zB86IeEcy0nXcf5usYlQRQKT8THIaHYFmk/XgZCUhQ5b7zxBv/23/5bvvrVr3J6espf/uVf8u///b/n9u3bSCkvS7iC4ZmkNAjSzmYzrl+/zuHhIVVVAVDXNXmWIcU5IQR6G0gRbG9ZrdccHx/zk5/8lG984xvMZlP2ZntPS+9nYm+2x3RvyoNHD/jJT37K8fEJq/Ua29vhSFQOu5LJaMzhwQH7h4eMRiMAmqahKApSSsznc3rbb3c0w70LIYaeMeDmzZv8m3/zb/ijP/ojrly5wjvvvMO/+3f/jvV6Td30HyeD2+ceGdwovBr4cSkxX9eczNdMioSRAh8i3gdcH/BJ0Cdo+oH/zlpEANs7Vqslx3FBkRnyTFJVOSEIjGvJi5yyUpR5IgRwfkNIFqUEShmMhEJptB7sc2wXWbcdtveURqFMRrAdSxMoEATVk+kKUxSozAwNtCltm5MTJJDRQxgELzNlONjfoyzGxJTYrDfUm5oQBILsC+F8F+fPX5zvON9xvuP82eP8qZO6kAZ/TNdaFqslbX/AflViSgU2IKXAh0D0fmtOrjHbIzWtFCIlEArjPLmzhNThcYyyQBgn2iYRYk/nLW1MaKUocomOjty54Rw/BiKKhCQGj/Oede3YrFo2q4ZN3Q+6MymijcLkmtGoYjwdMxtXhBiorSXlOWY2I6smKFWSgqX3sImDufuy6WhswCWwCXwCISUp/qrasxAwHo958803+f73v8/LL7/MZrOhbVv+43/8j3z00Ud47z8xNZO2PWIXWf21a9e4fv06k8mEGCPL5RJSwlpLZy0xRbx3w3l827JYLHj06AEfffQh16/fYDabPi29n4nZbEpZ5Hz44Yc8evSAxWJB17ZbgVyN1oaiKBmPx+wfHHD9+nVmsxlSStbr9eUupWmetAzbPoXtn7XWHBwc8Pu///t873vfYzwes7e3x5//+Z/z/vvv07T9pRbjULge/iukwiewEZSA2gaWTUed5Wig95CCRqsSUU3IZjPS8YLaWkIMTMcVdm/KRkrquqfvLXUdmC9atBSMRwXjacl4GigKQ6ElVa4QCCRhEBlWg3K5loboI11MdN4SYs+4SJSjxCgLGKMwRUZeFZiiROUFJjMkMcSMDwHvh/VM9IgQhgpmUVBmCiky5k3PYrWkbltSyAjp8zGJ+TR2cf78xfmO8x3nO86fPc6f3lEiRpyICAJN27FYr6nMhLzQKKWQEqIaeqy0yTCZQSuFFIAYbJDitmFQ6wyTR2IMGGkpTGJlNDEJsipDZAovEoWSFCYnz7Yfml1L3UbWtaNuNrRNQ71p6DuPkoZMV5RGU5SaamzIC4UWg2ii71tscDDKybIrjG7ewIymCFMBHa0VrCL0zjPftLgghgWXJEU5wuSK5XJOcJ7L40ABWhtu3rzFN7/5Tfb29gZngBi39iDuM5ssgcsP7dlsxpUrV7ixXQQ+BJRS1JvNZfkWJCkJYkw479lsVjx69JD79+9y7dpVijJ/Wno/E0WZE1Pk/v27PHr0kM1mhfOeGC+OUIdeuCzLmIzHHBwccHh4iFaKUVURvGe5XDI/P6eua0L85ETPxbO5sFOJMaKUYm9vj29+85v8xV/8JefzFc7Z7VZq2Fkpo5nN9ocJVu+JQuNCYL5pmY8UuTG0dqhmKVMhR57RzRtkqxpMhg0O37cUEsaHE/zBjL4LNBtH13qC87S1ZbM+Jz/TjMYVZVUxqsZMxoaiyCmKEqklQkhiBBsCwihMlVFWkpEQTKeGLDdIk2PyDK2zy+pcBISQSAVaKpDDm5u3EaEkJjdEMxhM951jsV7TtB0uDA3KPv1qb8fngV2cP39xvuN8x/mO82eP86ev1MVIlEPG7RM0XUfTaaQpkVphcoMwhqQNShsEgugjPvrh/D4EbNfT1g1NU9M7S4qghaDIBXGSEZOmGuVIJXDeQhrM10NINI3l9HTB6bKlbgIpOJQKKCnY358wqmYUeUlRGKQKRGlxoSF1FhEEwVlMlXPzy68RSJRXDumlQiVJTIrOwyZEmt6xrju8H475hFTMpjNGszFd19BurZwuDgSNMdy8eZM33niD8XiMEIKu6/jggw9YLBa/0lh50SFmlBp60cqScVUxHo2oypIQAk2ekxmzPZ4UpAhx60CSUsJax2Ix5+TkmK5rB3eCLwDaaLqu4fTkmMVijrVu8G5Ng+7OkFcMx6jGmMv7UUqRYmQ8GjEqS8qiwChF+Iyd0cVO5vbt23RdhxCC0Wg0TN3evMm7770/BNP2J6UcdkTXr91gs9ywmi+IIeGBdd2x7HMqOfAZk8IlSZCK8vo1XlQKhcBoiM4inIWYMEVGNas4nMyIQdF1jq5v2TTD+Pu6blmsLELVjCrFlb2SK1cUVZmjVMIHhwsOqQWjUY7tSqTwFLlAiMExom1aohvK7ilC5sPQTycFUmqUHHayQUmEdyTn6HqH84GmbWm6bthhKkUIaatz9/ljF+fPX5zvON9xvuP82eP86W3CwoWBryAgaK1lVW8QOqLKCmcEIiSij6TYEfzFxGNCDI1QOOvwzkEElRRCQq41UlbkRQQpGW3Pob21NK6lt4nz5Ybj8yXzJpAZw7RUVFVJWQiKTDEqC8q8QomcEDzWWaxvSa7DkJiWI7zR6FHOV7/8dYrRiAcnJzxe1YxTRfQa6wUbEk0a/NJDiLgUccLTdh3Iwabp002VWmtu3LjJzZs3McbgvadtW27fvk3TNL/yHAVDvUmqQZ8sz3OyLENrjdZ66+KQYYxCa4WUCiEUSihcHIyUiYm2bTk/P2e93mC0eVp6PxNGG9brDefn57Rti3ODlAhJDiV4MVyf1gpjNJkxaD3s9LTWZFlGnucYY5BKIdzQvfDpxK6uaz744APatsV7T5Zl3Lx5kxs3bqC1AZ58jokYIpt1TbsVwyRFtIhEr9ikQcvOekHwmqYN1E3NjWtX+No3vk5X1zx6720KoxmXOa2tca5j2HFCVpTMpiUhSdpeULcdnQ203fBGdLZ2PDpfs//4jGsHMw5nY7JMoI1CG82kqgbjmBjRUhJjoveRlAYBYm8dVjhSECAvpueHhl2lBUIKpPCkOBzJ1m3DqmlorSUghnUYEy58MUndLs6fvzjfcb7jfMf5s8f50x+/JohCojWDz1r0tBZklxFTj1+thyM0n9BSM6oqptMxmdGkGLC9p+96hJAczA62jYNbrZgEcXg6CAG26+lcx/HJOWfzDfPa0kaBqiZM9yfcPMgZlwqNRatIpkFLtz3Ks1jXgIhM8pJSDuXWpsgRCaqDA9RkTH38mEePTrhxZYSMiqgNbVI0bpiU9DERYsATWCwWLFZLfBj6u4SQpDQsCK0kWTaMPbdti7WWhw8f8sEHH1DX9WeWaoUQlyPiQghCCDjniFv5j3TRPA8M/WOA3Oq0xQQCeut5+Ogxt+98SG+7p6X3M9Hbjtt3PuTho8f01hNiIiYQYngzEPLJFtN0ee0xxkGkcuthJ6VEbe/1088jpXSZ1D18+JDDw0OyLKPve4wxKCUvX0MISUxDKfzx48ekmJAxIQEvEz5EGhcRaeAzJcVmWfP49ITJ5CXM1UNknkOEqsipZmOKVtDGSB891tVolciLDCM82kBeGHzI8WRs2gDnHafzDaebNXXTsphnXNkfc/XqAXleDObV5WQYekjDelZCEhP01lK3DX3bQUpkuUZKhXWO1WpD3TT46JF6qEZqnVH3ntZaUhyElbVWdGKIxy8Cuzh//uJ8x/mO8x3nzx7nT53U6aQohWQqIoWMKB3xAs5az72F5fz4jNR13Djc44Ubh0ymE/JM4m2HtRZQFNWIoiioSoMRHu96WheIUiO0ASVJIRF8ok2KeRc42vT0CKqDKeXBIeU0I6sUmcoYC0EuEil5kkhEAUkkhNSUWcEoG6OVIGmBCFCKHKNG1KnkdCn46IMHlKLg8OpVvI5YG2lbh0sRnwJpK07oQyIGwbBF4ePfgb7vefe99/jP//k/8+DBA4qi4Ic//CGPHj2ibT/Lw204rkxACIG2banreiuaaPHeX/7uQyDGgPcWa/ttjWtIbLrec/feI37wV39N3/ZPS+9n4vjxCcvlirv3H9H1fquiMThHWNshRCLGAh/ioAVnLV3XXWr71HV9qTeXGJK7OJT6Ll8jpWGX8ujRI/7sz/6Mruvouo533nmH995/D9v3F4+NJIbgCCkRnEWSMNuxdJ8SLkna1mHKiNcRaSzzkxM++uABh9dfpo0lI5WoZM4mAPmIUlWYkKjthtZ2JJGGHVVSZKJgpDV9EmxSIssspckYlwXtuWA9X2I3PbIsGSdFoTNSliGUgBCJ3qGiJzMKbXLyVKCLkq5rCb6na/uhmpnlTKYTmt5xdLzi6HyBKAoOrh1S5RItEkoPcTcVmiAkmyR+ha/PA7s4f/7ifMf5jvMd588e509/MK8UWgl06JHBIjHYGDjZNDw8WeHWDdeqktl4ynQ2QxlBEgFloDQF2pQoXaK0JgSHbVr6fo2XGlOWKCWHKUA33LjODOPZhJGLFFnO/gsvUh5eYVQmjLBEJ4h+6FlS0RFSj48tUSZUpinKMUoWtNHSxoBAUqFIMieIjLb1rM6W9DdbwhVHUA4RIqELBIbFhBy01dI2mbloqLwgVqRE17X8+G9+zP1795jNZoxGI87Oznj8+PFlpepJJNJlJn8xGXrxS8pB/6dpGvre4qwj+O2UUAyXUiAk8D4xn2+4d/cRZV48Nb2fhfWq4fjknPl8g/fb5yCG3cWQ0AWC9zhr6XtL0zRkWYaU8vKe6qah67rLyt1nWYGFEHj8+DH/4T/8B/7Tf/pP1HXNcrnk5OyUrmsRKZHExXPfbgGJJOJ2NyhIQhCA0AWkjwTlCMnR1y2rsyVN6wgiI8lASIoeQRcDJYrC5BQKLJ4oB+sYrUqUyInSDIMNOmFMYu8gx7TQTibMzQOU7RnPJujMEGPAuR6NQivwIdC6Dtd78nyCKqcU4xGmyAm+xbt2uA8RUEYync3Y2zgenm44Pt1w0gduXZ1ytUrDxG2w6CDRyoD6gkp1uzjneYvzHec7znecP3ucP31SJ0EqjUuWEDQpabxLLM5XzOcLRtpwdX/GdDpFa83lZGRRIIVE6gykIfhh2tG5QBQSpXOUqoaP6tAjoiNTEVEIwl6FLHLKGy/wpT/4J0xfehlCTztfsHr8iPr4mL7bUCSPThKcwCiJUZqYSTZdz/F6xZmOjMjRvUNIgZEJpRJReZxw6DyjyCtSHDRyfIyDuCKQxPb477LA9HFSAYNlynK+YLPeYLbn6BeOCJ+Fi/qKD4G6bVmu14yXS4qqImwXV9N1dBc+eyFshxOGn7t0ZwCybVPnyy++xI9/9pOnpvjTePPNN7l7/x5nZ+eXf3e5U0lAfGJB9z1N16HqGoDFYsF8uWS1XlO3LX4bEJ/QBHoCF0ewFyPjzg/G0Zf3exmIT+AimUsRkQY/VWc9MQmKvELnGVZYovIonTAyIaRgYy0Pm4Z6veLQS65NpuhCUoQMhAcl8EbSCUEnDLEYM71+jen1m5T7e6ByVvfu8v4P/xvt4wfsF4pxITDKQ4yIIBAqR2lD1JHoIr2LGO3IlCErDESIXhFTxLqAjwmtNNPJlKv7NUdNzXw+p1KJfTPBoAlB49IQh0j3uXJ9iV2cP3dxvuN8x/mO82eP888lqUNJfII+Qmeh7jpWizWEwHg2oawMQnhS8oQoCUkSLzLimIje4WzAeYfKMsq8QOiKiCZFi9GKIjMoIjZERG7QomD/y1/llW/9PqOXXiUmiat7Vif3+ejtn3H64TvYxjMGMjyZ8cQoaZ3l/tmce6uazbhArh6zNO8wfvVLiOmE6FqKUU6XHMWkYm+2jxIa4mBkb8O2/+szs5D0iccSU8K7IQu/IOrX4aLWFGPcKk2vWS6XFMWQnQshqOv6UtsthHB5HYMp8PBva6UZj8eDNtze7Knp/SzM9mZcd5aPPvqI1WqJjfbyGtnedwgB6xxN07Bery/7CObzOcvlkvV6Tdd1l1NDv+7JxBhp2/ZT3q/D833isJaPw2gLcRGbQ78ZEZQw7M32KSYVXfIUo5xoW44++oi0WvOzd97lwYPHRGk52XTUtuPFa/uUSg2q6SbDmowNBltNufLqV3n5699ievVFzChHiki9t0+/OWWuPOPUMckgU5KAJEQFQqFNRmYMyefYPuK8g67HZAopExFBJBFSIISh8iikp6wM41FBfT7E16o0VEVOH4djZpT8lfz2c8Muzp/A8xHnO84/zdzHj2XH+Y7zf6icP72jhAafAiJCbwVNnWhrCy4wyjSTQuPaNe1GMqoU6IwUE10XibFHRAg+EkJCKCjKwf9SSIlMEpRBaoHSkRj8kCi4yMIHNudz5IP7TJQmK/apshnZ1Ve4EiONa6nvdahuRSE0mcppY+J0XfPhYkldTKheeJWze8f87G/fZr7pmN28RjKa0bggGoEsMiazPUbjGSabkwlHGxzJB1J68tjvk5CfWiH/I/KfRCJdEhpjvLTVcs4NEhh+uH/nPSGGX9F3EwiUkphMEYLj/Pz0aaj9tTg/PyUEhzEKpSTCiU8cn15cm3MO69xQYdtq+Vws4Isk7+K+fxN+xTiZ4X5/VQyFbQPqUK0TWpGVOSYZxqMpk9kesshIWjAaF5ze/4g/u/MBy0fH3P/oDmZsOHzhBVZ3PuTDxZKizHlxPCJTAiE0LYK+qBi98DJXvvoNsquvUJPRzJfYbs76wX3unc/xPiC1IteSzBiM0kgviWnY3QohSVKSxCAB0Dfd4EihJUnCYKqRIEWCs7SbFa5dMy40m0yDC7QrCyGjtwIXE14GxBejdLCL8+cwznec7zjfcf7scf7UHwFKS3wMEKHvBY0IuD6SC4nONZmIhK6hWyvcJGdcDFmytQ7b20GjKyS00VTjEUWWoc1Q9hRCgNREpemiZ9l7jpcd90+XPNr0NHfPOThpeOFrX+Pa9de5cvAi12/uoff3mdy8wfr4Q+wmIKJAyQwkrLoVTdIc3HqVr/3BP+V29jY/+i9/xo/u/zdGB/u8/s2vsf/yTSazKcoYysmE6f4+KnuA35rv+pi2ycQnF4C4JP/p+prSttLV9z1N02ynPRV1XVPXg2RHby0xxE8mRGLQa9Nac3R8RNd8MRNS7777HkVVoI1GSnG5y7lY7DFEemtpt70Em83m8p6GPoL+453JU+GiRC34dMoXUoQEKkQ8EZUZJvv7lJMJyhimexNE33J29z63f/429fmCajTmO2/+U15/8+v8sk/MP/glqy4gpjlaDkbU1gdinjG5dQO9v8+itxw9Oub0/B7HR3d48Mtfcv7he1R2w61xzgtXZlybGWZVRpZpTAAiJCLKSETMCL2laWo65xFKII0iyzOyzCBTxLUN3XpN6BpyIZnkBh88rouQAn0vcBE8AaW/mFLdLs6fXF3PR5zvOH/yke8433H+2+Hvm/OnTupG0ylxucJF6C000WGAKsvIcz28QIDoenxfY22GCAofAikJpBRkWjGZTKgmFeQFXoBGo5LCacOys5y3iduPl3z06IQPHhyxaHtSMWJv2TG9epWrBy+znJ+RFZHDw4LD69d4IBR95xF5TkiOECPrNrLq4Uu3XuaFF94gnPd8UP6YsFqh6ppufkbx5Ze4cuUQZQZTep0bohL0yx4XI08cff8KLk7if5tlcFG3CiFQb3vQ1uv1paectcPQwYVuGySkEE94uCcQg9dcCpGT46Pf4ip+M06Oj3jxpZcwxmwnhD4OCLkdXHC9ZRkX2L7n7OyMLMsQQlyqcNd1fTkg8duGzP/oWac0dEO4GOmbnngwQecZZVGgjObKlSu4xTnd+RmqbshDZFaNeeWl13nhhTc4vnWXj37xS9ZtxEdBSBIpDF3XI4Tm8No1koD52TnL+ZzkPKuzM376k5+xePwY0dXslTlvvHCdV25GXr9RclBK9osM4x1BGDyCXEGuoJCS9WaNjYN2nb0YfQ8B39UEZyGAVjDJDb2XEKBpHL0HlyApwWg6hQe/5QP9H2AX5//za+834VmJ8x3nn8SO8x3nfxf8r+L8qZO6V15/jcVHH7E8OaZznhxFnmnyXFDmEq0SKgpESkQX6NoelEJqQ6YVpc4Z54aiqlBFgZcaRMIHgY2C01XNnbM1H56taU3Fub7GQjoWYYNoE2m+4fxozsHsiFX9Eev1NcpvvM44QXARosD6RAqSrg+cL2pWjaWtPevjFclHbly9SuE68jJnXFYYaSAkbNsjUsIFR+s6fAiI9OuJ/jg9+W2XwQAfPKEJdF2HVGrQytlWwsKF5PSn/nuRVF30nhmjL8/vP28URYExGkiXr8f2Wj7e11w0ynrquh6+TzBoyl0cvz7lDmio0F2khZ/eZW1/pSemTaNFpIFXQsJIw6yqUPt79EXP3pUrJBdZH6/oaseqsZxT012DQkmET8QowAUUgs1qze33bnP08JjpqGB+NGc+37BuBSlOQE4419eQtuT0g8e8ejjhtcMJV4pBTR2lkEmgiwKVhoSt7h2tD9gQcLaHEIg+IFNCCUGmQOYG6RWuVzib6HwgGMXscI+9l1+Bt3/6lM/1V7GL84/xvMT5jvOPseN8x/lvi79vzp86qbv1xqvI2LPcrGhtQ4lAGk1VGUyRSNENys1C4pIYPhgTFFlGWVTkmSLLDGiFjRIrFE2MrDae1XLDnZNT7q8ttpxBMeXufMlHJy19Y8m0JBK59+EpUtxmvl6QZRD7W9Ttms1yQ+4iwUiSgNWmod5sIETu37nNYtWxPH1Ef3aEipa9fMSVvT1GRYVwCb9pCW036OMQkCQUQwXo4/b+Xz2D/22rTxdjzEO/6SANwvac/TJ5EvDpU8uLn7v4lq5rCGHMwcHeb3EVvxkHB3uE4Om6dvv624Kd+HjxXy5NweVR6K/0xT1x3X/Xo9hPvspnf1UCW0c9EoEUPaHtcJsW4RKjouJwb4/w+Ji6XnN0dsTiL/+c2ZU7bM4egrPUG8+qrpmM9hFInA30yw31YkUsBfPTY9575xfsT/a4d+eU5SKyXAasjyz7BjW2VIfXqVvH6qMjzudzXrtyhemsYDrWVEKSxYjSGXmp8MphbcC3DZ13yJBwSRCQRCEQSpAZg0iCdQRrA22CrMw5ePEGN9549e/0HP9nsYvz5y/Od5zvON9x/uxx/tRJXbE/5eClm5yeLzh3R4Tt+XRSgqiGD6MkEk1IZAF8ABcTzgmEGY7jQgyoJPDCsw6Oo7rl7nHN4/OWNBrRlVMerVpu/+JnPD45p208RmiULPC24vS4xxRn7F2tuHn9KtE5Th48om978iSGEmtwtK5mb5JT6Ix6dcaD+ZL16gzRrRjFyOxwj9lsxnQ8paqm6Cjo1xuC68kzjRIChSQQP4P6AWk7ufjb4BOyIL/ua78OArTWGKOp65pVvmI2nf5W1/GbYIxhuVpR1zXGDOPd1n3aWuU3X/f/6H5/E9Llr89mQnCR1EmUEOSZJnhLv96QR4GqphjbI2YzHojESb2ibjekpmGyWHCoPC9fmVF4S2trbBgjlQEkfdvz+OEjDl+uuHH9Ku+/n/Pw0RmnJz3eVoQYaV3Hatmxeec2x/MFr79wnZvTK9y3HQ/ee8SNg5KXr424PiqZKIFOkdAHNjbSRMHaCTqXMAlsgCYknJAEOTTPJgWBRFAaYQzT69c4eOkmxf4Xw/kuzj+9/n7343zH+Sex43zH+d8F/6s4f+qkbp08+ZU9bnzpVbxLMJ/ThA3KR/KkkAKElFgEbRTUrWNetyA7JmVGQWRvXFKNSjof+Ghec/voiHkY88JX/4BrL93ihz//OT9++z1O50tIikyUTMp9pqMpk8mUJA+R+Yxvffcb3Hz5ZVbzM+7cvkfXBvaKgmQkwbdkheCF63s0wL2VY9NbWnqicogIHYGoBLnJKE2GjBJpA1pGstKghSJqCD4RUuITaczlqthm9U97svh3QkIpyf7+HqPRCOc8TdORZ19Mib7rLE3TIYRif/+ALNtwejYnhL+/m06wfeZP7K62L3+Z0AmB0RItFFlpMCIgbSBPCmMEwWREKehEoCGwUQFJj+gbblWCm4cVFRWZEQTpEaZEBknXBu58cA8zu8Gtl1/mW53lz/7z35KkZDoDIVcIuWLVzqmblg8+ustytST77u/zB9/8Q47uPeDH7/w1H3604fUb13llb0ShFU3dsti0dEjWrYXoORhpRBRYBFFKvEzY5Oh9oAkSijHT/X2uf+lViit7rJP/Qp73Ls75eHFtF9vvepzvON9ix/mO82eI8986qbvINH/+zjvMCoXwEZ8pGu/Y1A1L78k6QWY0mRWIFMl6TxcSj89qQkqMCsPBqGR/XJEXhrO64c7ZitO2QR2+zlQX3Hv3Dn/1t29ztFwSgscg0LlCaQVS45JmsbEs3/mAYt9z/6OPaBfnPH7/l8yix09yFqkjdg3WW/roOW9aTpvEwmva2BBsR9sEsqNj9DvvchIE1egIFQW379xms9kQQ0QqhUwgZYRwUZK9yMafyCj+HhfAxctKKamqkjzPaZoWbz/2WH36KdOL1xr+ndOzM5qmIQkYj0ekFJHzJd5/MWbyv/6C2D7vxJPJ3cXdSimQUiGVIsbIerPhg9u3SQmCTDT1nMfvv8OHR8ccb2r6SqHS0LNx2ntMLzioSlqpWTQtsqjYiIKH647l4xM+PF9T7h1wNF/wi3c/InVTQtIgNUoPRs19H3F4jpdL/upv30bkI/ZGM476wMOzRxyfLnl8OOVwVNF3jvmm4bxuqTuHEoIbhyMKJbBNSxIS2yes89gm0XeaOMqpMsU6OFYP7rPsvhjOd3H+/MX5jvMd5zvOeeY4F+m3XBX379/npZde+m1+dIe/Z9y7d48XX3zxqf+dHefPDnacP3/Ycf78Ycf584ffxPlvndTFGHn48CGTyeRTE5A7/ENBSon1es2tW7eQ8un1y3ac/8PHjvPnDzvOnz/sOH/+8D/L+W+d1O2www477LDDDjvs8A8HX5RT5A477LDDDjvssMMOf4/YJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwPYJXU77LDDDjvssMMOvwP4/wPtJTdgJWfZKQAAAABJRU5ErkJggg==", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "hflipper = T.RandomHorizontalFlip(p=0.5)\n", "transformed_imgs = [hflipper(orig_img) for _ in range(4)]\n", "plot(transformed_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomVerticalFlip\n", "The :class:`~torchvision.transforms.RandomVerticalFlip` transform\n", "(see also :func:`~torchvision.transforms.functional.vflip`)\n", "performs vertical flip of an image, with a given probability.\n", "\n" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:43.405688Z", "start_time": "2023-04-02T12:48:43.262307Z" } }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "vflipper = T.RandomVerticalFlip(p=0.5)\n", "transformed_imgs = [vflipper(orig_img) for _ in range(4)]\n", "plot(transformed_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### RandomApply\n", "The :class:`~torchvision.transforms.RandomApply` transform\n", "randomly applies a list of transforms, with a given probability.\n", "\n" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:43.542135Z", "start_time": "2023-04-02T12:48:43.406323Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 图像有 0.5 的概率应用列表中的所有变换\n", "applier = T.RandomApply(transforms=[T.RandomCrop(size=(64, 64))], p=0.5)\n", "transformed_imgs = [applier(orig_img) for _ in range(4)]\n", "plot(transformed_imgs)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# RandomChoice\n", "The :class:`~torchvision.transforms.RandomChoice` transform\n", "randomly apply single transformation picked from a list, with a given probability." ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "ExecuteTime": { "end_time": "2023-04-02T12:48:43.684558Z", "start_time": "2023-04-02T12:48:43.542863Z" } }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 随机应用列表中的变换之一，p=None意味着各变换被选中的概率相同\n", "applier = T.RandomChoice(transforms=[T.RandomCrop(size=(64, 64)), T.ColorJitter(brightness=.5, hue=.3), T.Lambda(lambda x: x)], p=None)\n", "transformed_imgs = [applier(orig_img) for _ in range(4)]\n", "plot(transformed_imgs)" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [] } ], "metadata": { "kernelspec": { "display_name": "DL", "language": "python", "name": "dl" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" }, "varInspector": { "cols": { "lenName": 16, "lenType": 16, "lenVar": 40 }, "kernels_config": { "python": { "delete_cmd_postfix": "", "delete_cmd_prefix": "del ", "library": "var_list.py", "varRefreshCmd": "print(var_dic_list())" }, "r": { "delete_cmd_postfix": ") ", "delete_cmd_prefix": "rm(", "library": "var_list.r", "varRefreshCmd": "cat(var_dic_list()) " } }, "types_to_exclude": [ "module", "function", "builtin_function_or_method", "instance", "_Feature" ], "window_display": false } }, "nbformat": 4, "nbformat_minor": 1 } ================================================ FILE: HW03/README.md ================================================ > ML2023Spring - HW3 相关信息： > > [课程主页](https://speech.ee.ntu.edu.tw/~hylee/ml/2023-spring.php) > > [课程视频](https://www.bilibili.com/video/BV1TD4y137mP/?spm_id_from=333.337.search-card.all.click&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [Kaggle link](https://www.kaggle.com/t/86ca241732c04da99aca6490080bae73) > > [Sample code](https://colab.research.google.com/drive/15A_8ilH-6-T3HOmSFrKbjDinBJl-s-16) > > [HW03 视频](https://www.bilibili.com/video/BV1TD4y137mP/?p=30&share_source=copy_web&vd_source=e46571d631061853c8f9eead71bdb390) > > [HW03 PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/HW03.pdf) > >P.S. 即便 kaggle 上的时间已经截止，你仍然可以在上面提交和查看分数。但需要注意的是：在 kaggle 截止日期前你应该选择两个结果进行最后的Private评分。 > 每年的数据集size和feature并不完全相同，但基本一致，过去的代码仍可用于新一年的 Homework。 > >当前文件名后的 tag 分别对应达成了 kaggle 的 public score 的baseline。 > >Q1 文件夹对应于 Q1. Augmentation Implementation。 - [任务目标（图像分类）](#任务目标图像分类) - [性能指标（Metric）](#性能指标metric) - [数据解析](#数据解析) - [数据下载（kaggle）](#数据下载kaggle) - [Gradescope (Report)](#gradescope-report) - [Q1. Augmentation Implementation](#q1-augmentation-implementation) - [Q2. Visual Representations Implementation](#q2-visual-representations-implementation) - [Baselines](#baselines) - [Simple baseline (0.637)](#simple-baseline-0637) - [Medium baseline (0.700)](#medium-baseline-0700) - [Strong baseline (0.814)](#strong-baseline-0814) - [Boss baseline (0.874)](#boss-baseline-0874) - [小坑](#小坑) - [参考链接](#参考链接) # 任务目标（图像分类） 使用 CNN 进行图像分类 # 性能指标（Metric） 在测试集上的分类精度： $$ Acc = \frac{pred==label}{len(data)} * 100\% \nonumber $$ # 数据解析 - ./train (Training set): 图像命名的格式为 "x_y.png"，其中 x 是类别，含有 10,000 张被标记的图像 - ./valid (Valid set): 图像命名的格式为 "x_y.png"，其中 x 是类别，含有 3,643 张被标记的图像 - ./test (Testing set): 图像命名的格式为 "n.png"，n 是 id，含有 3,000 张未标记的图像 数据来源于 food-11 数据集，共有 11 类。 ## 数据下载（kaggle） > To use the Kaggle API, sign up for a Kaggle account at [https://www.kaggle.com](https://www.kaggle.com/). Then go to the 'Account' tab of your user profile (`https://www.kaggle.com//account`) and select 'Create API Token'. This will trigger the download of `kaggle.json`, a file containing your API credentials. Place this file in the location `~/.kaggle/kaggle.json` (on Windows in the location `C:\Users\\.kaggle\kaggle.json` - you can check the exact location, sans drive, with `echo %HOMEPATH%`). You can define a shell environment variable `KAGGLE_CONFIG_DIR` to change this location to `$KAGGLE_CONFIG_DIR/kaggle.json` (on Windows it will be `%KAGGLE_CONFIG_DIR%\kaggle.json`). > > -\- [Official Kaggle API](https://github.com/Kaggle/kaggle-api) `gdown` 的链接如果挂了或者太慢，可以考虑使用 `kaggle` 的 `api`，流程非常简单，替换\为你自己的用户名，`https://www.kaggle.com//account`，然后点击 `Create New API Token`，将下载下来的文件放去应该放的位置： - Mac 和 Linux 放在 `~/.kaggle` - Windows 放在 `C:\Users\\.kaggle` ```bash pip install kaggle # 你需要先在 Kaggle -> Account -> Create New API Token 中下载 kaggle.json # mv kaggle.json ~/.kaggle/kaggle.json kaggle competitions download -c ml2023spring-hw3 unzip ml2023spring-hw3 ``` # Gradescope (Report) > `from PIL import image` > > 什么是 PIL？ > > PIL (Python Image Library) 是 python 的第三方图像处理库，支持图像存储，显示和处理，能够处理几乎所有的图片格式。 > > PIL.Image 模块在 sample code 中用于加载图像。 ## Q1. Augmentation Implementation 需要完成至少 5 种 transform，这一步能让你熟悉 Data Augmentation 到底是在做什么。 直接看代码部分，调用了 transforms 中的函数。 ![image-20230331210628055](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230331210628.png) 往回追溯： ![image-20230331211403647](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230331211403.png) 可以看到 transforms 其实就是 torchvision.transforms。 torchvision.transforms 是 pytorch 中的图像预处理包，提供了常用的图像变换方式，可以通过 Compose 将多个变换步骤整合到一起，你可以查看这篇文章：[torchvision.transforms 常用方法解析（含图例代码以及参数解释）](https://blog.csdn.net/weixin_42426841/article/details/129903800)进一步了解，最好是自行组合 5 个跑几次实验之后再偷懒。 下面的代码可以让你看到 train_tfm 究竟做了什么变换。 ```python # I want to show you an example code of Q1. Augmentation Implementation that visualizes the effects of different image transformations. import matplotlib.pyplot as plt plt.rcParams["savefig.bbox"] = 'tight' # You can change the file path to match your image orig_img = Image.open('Q1/assets/astronaut.jpg') def plot(imgs, with_orig=True, row_title=None, **imshow_kwargs): if not isinstance(imgs[0], list): # Make a 2d grid even if there's just 1 row imgs = [imgs] num_rows = len(imgs) num_cols = len(imgs[0]) + with_orig fig, axs = plt.subplots(nrows=num_rows, ncols=num_cols, squeeze=False) for row_idx, row in enumerate(imgs): row = [orig_img] + row if with_orig else row for col_idx, img in enumerate(row): ax = axs[row_idx, col_idx] ax.imshow(np.asarray(img), **imshow_kwargs) ax.set(xticklabels=[], yticklabels=[], xticks=[], yticks=[]) if with_orig: axs[0, 0].set(title='Original image') axs[0, 0].title.set_size(8) if row_title is not None: for row_idx in range(num_rows): axs[row_idx, 0].set(ylabel=row_title[row_idx]) plt.tight_layout() # Create a list of five transformed images from the original image using the train_tfm function demo = [train_tfm(orig_img) for i in range(5)] # Convert the transformed images from tensors to PIL images pil_img_demo = [Image.fromarray(np.moveaxis(img.numpy()*255, 0, -1).astype(np.uint8)) for img in demo] # Plot the transformed images using the plot function plot(pil_img_demo) ``` ![train_tfm](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230525110043.png) ## Q2. Visual Representations Implementation 下图是 Top/Mid/Bottom 的定义，你可以在 sample code 的最下面找到完成这个问题的代码。 ![ CNN architecture](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230525110040.png) 根据你的模型修改其中的 index。 # Baselines > 为了方便理解，我将原文件重新分为了三部分： Medium，Strong，Boss，每一个都可以独立运行，并相应的达成 baseline，你可以查看这些文件来帮助自己更好的掌握知识。 ## Simple baseline (0.637) - 运行所给的 sample code ## Medium baseline (0.700) - 做数据增强 RandomChoice 很好用，另外，lamda x:x 可以返回原图。 - 训练更长时间 根据 PDF 给出的参考训练时间，simple 是 0.5h，medium 是 1.5h，那么在这里我选择的是简单的将原来的 epoch *= 3，也就是 24 个 epoch 来进行最终的训练 ## Strong baseline (0.814) - 使用预训练模型 这里你可能有疑惑：不是说不能使用预训练模型吗？ 是的，你只能使用预训练模型的架构，不能使用预训练的权重，下面是不使用权重的参数设置。 - Torchvision 版本 < 0.13 -> **pretrained=False** - \> 0.13 -> **weights=None** 模型对比 (160 epoch, 10 patience, ReduceLROnPlateau，使用了相当于原数据20倍的transforms，单纯修改最后一层的输出维度为 11) ： - 初始模型：0.80000 - resnet50: 0.732 - vgg16: 0.64733 - densenet121: 0.76533 - alexnet: 0.61866 - squeezenet: 0.64200 我觉得这一项的主要目的在于让你认识这些预训练模型的架构，因为可以看到，不使用预训练参数的情况下，实验结果并没有变得更好（使用预训练参数的话，以resnet50为例，仅使用预训练模型就可以轻松到达strong baseline，你可以试试，但不要用它来当作你的kaggle结果）。 image-20230406145717393 但既然PDF中的hint仅仅只是使用预训练模型，我相信一定有什么地方可以调优，使得仅使用预训练模型架构就可以达到 strong baseline，简单对比了使用参数和不使用参数的情况下 acc 的提升情况，发现同样的 lr，使用预训练参数的时候上升幅度更大，所以我想了下： 1. 有没有可能是我的 lr 太小了？调大试试 2. 会不会是我的transforms不够，因为在我的代码中，5%的可能性不进行transforms，也就是说，20倍的数据增强。50倍试试 3. Medium baseline的工作没做好，加TTA（Test Time Augmentation），将train_tfm用到测试集上试试 但上述方法都没有得到好的效果，最终我直接用最开始的CNN模型跑了200多个epoch完成了该strong baseline。 PS：可以将残差和的思想用于模型架构中提升基础性能 ![image-20230408113446125](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230525110050.png) 因为佛系更新，所以我开始慢慢打磨之前的代码文件 :) 我在代码的全连接层增加了 dropout，并跑了一些实验（100 个 epoch）来寻找较好的 dropout_rate，简单分享一下，也许可以节省你的时间。 ![image-20230424205151073](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230525110053.png) 对应的 kaggle 得分： | dropout_rate | public_score | private_score | | ------------ | ------------ | ------------- | | 0 | 0.78466 | 0.79266 | | 0.1 | 0.78800 | 0.79266 | | 0.2 | 0.78400 | 0.78333 | | 0.25 | 0.80866 | 0.79666 | | 0.3 | 0.79866 | **0.81666** | | 0.4 | 0.79000 | 0.79466 | | 0.45 | 0.78866 | 0.79800 | | 0.5 | **0.81666** | 0.80000 | | 0.55 | 0.79533 | 0.79000 | | 0.6 | 0.77733 | 0.78466 | 仅从 public_score 考虑，接下来都片面的选择 dropout_rate=0.5。 可以看到，在仅增加 dropout 层的时候，100个epoch便能达成strong baseline，虽然很勉强，但参考时间所对应的 epoch 是大于等于 160 的，所以在此便已经完成了目标。 注意一下，预训练模型直接使用：self.cnn = nn.Sequential(*list(resnet50(weights=None).children())[:]*) 后再加全连接层的话会出 shape 不匹配的错误，应该使用 self.cnn = nn.Sequential(*list(resnet50(weights=None).children())[:-1]*) 后 flatten 处理再接全连接层，这里说起来可能不直观，可以去代码中理解，如果你不需要完成 Q2，那不赋值给 cnn 一样可以。 ## Boss baseline (0.874) - Cross validation 交叉验证 - Ensemble 模型集合 相关视频: [ML Lecture 22: Ensemble ](https://www.youtube.com/watch?v=tH9FH1DH5n0)，如果没有科学上网，这里是两个相同视频的链接地址：[bilibili](https://www.bilibili.com/video/BV1qx411f7eM)，[学校官网](http://speech.ee.ntu.edu.tw/~tlkagk/courses/ML_2017/Lecture/Ensemble.mp4)。 关于stacking，这里有两个非常不错的链接供你学习：[Kaggle机器学习之模型融合（stacking）心得](https://zhuanlan.zhihu.com/p/26890738)，[Introduction to Ensembling/Stacking in Python](https://zhuanlan.zhihu.com/p/26890738) 但其中的细节对于当前的 hw 来说其实有一些问题，不能直接搬运。 1. 有一件事困惑了我很久，在做 stacking 的时候，为了严谨，我检查了同个模型跑出来的结果，然后发现导入相同的模型跑出来的结果竟然不相同，将代码精简后也无果，最后我检查发现，是因为 train_tfm 让其每次的输入都不同 :( 那问题就明了了，可以将 kfold 分出的 valid_set 用 test_tfm 来固定它，具体实现：重写 subset 类，传入 tfm 决定使用哪种 transform。 在做完 CV 和 stacking 后，kaggle 的分数卡在了 0.853，有一个提升方法是在 strong baseline 下修改 Classifier 的架构以获得更好的初始结果。 原本只打算每次训练 160 个 epoch 就更新的，因为 epoch 到 120 左右的时候（patience=20），Classifer 就已经 early stop 了，但实际上 ResNet50 和 DenseNet121 的性能仍然有提升空间，思考了一下，还是决定重新跑300个epoch（patience=30）的实验并上传对应的模型参数方便大家复现。 不知道是否是我的原因，但 TTA 在此处的提升不大。 下表是各模型在 epoch=200, patience=20, dataset=merge 下的 kaggle 分数，& 表示stacking。 | model | publicScore | privateScore | | :---------------------------------- | :---------- | :----------- | | Classifier & ResNet50 & DenseNet121 | **0.85333** | **0.84200** | | Classifier | 0.84200 | 0.83133 | | Classifier & DenseNet121 | 0.83866 | 0.83333 | | ResNet50 & DenseNet121 | 0.83666 | 0.82466 | | DenseNet121 | 0.83666 | 0.83133 | | Classifier & ResNet50 | 0.83400 | 0.82066 | | ResNet50 | 0.82600 | 0.81000 | # 小坑 1. 注意你的 lr，我在做 cross validation 的时候，不小心将 lr 设置的过大，导致一开始学习的很差，还以为是数据集划分的索引问题，折腾了半天。 2. 如果你将`train`文件夹和`valid`文件夹下的内容合并成一个新的文件夹（为了做 cross validation），那么在做 K-fold 的时候，序号一定要 shuffle 去打乱，你只要默认打乱了，就不需要考虑太多，否则就会出现一种情况：验证集的标签有可能在训练集中不存在，那就意味着，你的模型可能几乎没见过验证集里面的 label，如果完全没见过，那 acc 甚至有可能是 0。下面是我当时疏忽导致的 bug:![image-20230407205208218](https://blogby.oss-cn-guangzhou.aliyuncs.com/20230525110018.png) # 参考链接 [Image Module - Pillow (PIL Fork) 9.4.0 documentation](https://pillow.readthedocs.io/en/stable/reference/Image.html) [TRANSFORMING AND AUGMENTING IMAGES](http://pytorch.org/vision/stable/transforms.html) ================================================ FILE: HW04/HW04_Boss_0.95125.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Boss Baseline\n", "You can search for the “Boss” tag to check for changes (Ctrl + F or Command + F)" ] }, { "cell_type": "markdown", "metadata": { "id": "C_jdZ5vHJ4A9" }, "source": [ "# Task description\n", "- Classify the speakers of given features.\n", "- Main goal: Learn how to use transformer.\n", "- Baselines:\n", " - Easy: Run sample code and know how to use transformer.\n", " - Medium: Know how to adjust parameters of transformer.\n", " - Strong: Construct [conformer](https://arxiv.org/abs/2005.08100) which is a variety of transformer. \n", " - Boss: Implement [Self-Attention Pooling](https://arxiv.org/pdf/2008.01077v1.pdf) & [Additive Margin Softmax](https://arxiv.org/pdf/1801.05599.pdf) to further boost the performance.\n", "\n", "- Other links\n", " - Competiton: [link](https://www.kaggle.com/t/49ea0c385a974db5919ec67299ba2e6b)\n", " - Slide: [link](https://docs.google.com/presentation/d/1LDAW0GGrC9B6D7dlNdYzQL6D60-iKgFr/edit?usp=sharing&ouid=104280564485377739218&rtpof=true&sd=true)\n", " - Data: [link](https://github.com/googly-mingto/ML2023HW4/releases)\n", "\n" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "gtKxUzSgXKj3", "outputId": "3f59402c-95a7-4fbd-a39c-57606590a89c", "tags": [] }, "outputs": [], "source": [ "# !wget https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partaa\n", "# !wget https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partab\n", "# !wget https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partac\n", "# !wget https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partad\n", "\n", "# !cat Dataset.tar.gz.part* > Dataset.tar.gz\n", "# !rm Dataset.tar.gz.partaa\n", "# !rm Dataset.tar.gz.partab\n", "# !rm Dataset.tar.gz.partac\n", "# !rm Dataset.tar.gz.partad\n", "# # unzip the file\n", "# !tar zxf Dataset.tar.gz\n", "# !rm Dataset.tar.gz" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "U6Y1cfpDfpON", "outputId": "6ba26637-5c7b-48a9-be0b-1f10ba76590a", "tags": [] }, "outputs": [], "source": [ "# !tar zxf Dataset.tar.gz" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "id": "E6burzCXIyuA", "tags": [] }, "outputs": [], "source": [ "import numpy as np\n", "import torch\n", "import random\n", "\n", "def set_seed(seed):\n", " np.random.seed(seed)\n", " random.seed(seed)\n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", " torch.backends.cudnn.benchmark = False\n", " torch.backends.cudnn.deterministic = True\n", "\n", "set_seed(87)" ] }, { "cell_type": "markdown", "metadata": { "id": "k7dVbxW2LASN" }, "source": [ "# Data\n", "\n", "## Dataset\n", "- Original dataset is [Voxceleb2](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/vox2.html).\n", "- The [license](https://creativecommons.org/licenses/by/4.0/) and [complete version](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/files/license.txt) of Voxceleb2.\n", "- We randomly select 600 speakers from Voxceleb2.\n", "- Then preprocess the raw waveforms into mel-spectrograms.\n", "\n", "- Args:\n", " - data_dir: The path to the data directory.\n", " - metadata_path: The path to the metadata.\n", " - segment_len: The length of audio segment for training. \n", "- The architecture of data directory \\\\\n", " - data directory \\\\\n", " |---- metadata.json \\\\\n", " |---- testdata.json \\\\\n", " |---- mapping.json \\\\\n", " |---- uttr-{random string}.pt \\\\\n", "\n", "- The information in metadata\n", " - \"n_mels\": The dimention of mel-spectrogram.\n", " - \"speakers\": A dictionary. \n", " - Key: speaker ids.\n", " - value: \"feature_path\" and \"mel_len\"\n", "\n", "\n", "For efficiency, we segment the mel-spectrograms into segments in the traing step." ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "KpuGxl4CI2pr", "tags": [] }, "outputs": [], "source": [ "import os\n", "import json\n", "import torch\n", "import random\n", "from pathlib import Path\n", "from torch.utils.data import Dataset\n", "from torch.nn.utils.rnn import pad_sequence\n", " \n", " \n", "class myDataset(Dataset):\n", " def __init__(self, data_dir, segment_len=128):\n", " self.data_dir = data_dir\n", " self.segment_len = segment_len\n", "\n", " # Load the mapping from speaker neme to their corresponding id. \n", " mapping_path = Path(data_dir) / \"mapping.json\"\n", " mapping = json.load(mapping_path.open())\n", " self.speaker2id = mapping[\"speaker2id\"]\n", "\n", " # Load metadata of training data.\n", " metadata_path = Path(data_dir) / \"metadata.json\"\n", " metadata = json.load(open(metadata_path))[\"speakers\"]\n", "\n", " # Get the total number of speaker.\n", " self.speaker_num = len(metadata.keys())\n", " self.data = []\n", " for speaker in metadata.keys():\n", " for utterances in metadata[speaker]:\n", " self.data.append([utterances[\"feature_path\"], self.speaker2id[speaker]])\n", "\n", " def __len__(self):\n", " return len(self.data)\n", "\n", " def __getitem__(self, index):\n", " feat_path, speaker = self.data[index]\n", " # Load preprocessed mel-spectrogram.\n", " mel = torch.load(os.path.join(self.data_dir, feat_path))\n", "\n", " # Segment mel-spectrogram into \"segment_len\" frames.\n", " if len(mel) > self.segment_len:\n", " # Randomly get the starting point of the segment.\n", " start = random.randint(0, len(mel) - self.segment_len)\n", " # Get a segment with \"segment_len\" frames.\n", " mel = torch.FloatTensor(mel[start:start+self.segment_len])\n", " else:\n", " mel = torch.FloatTensor(mel)\n", " # Turn the speaker id into long for computing loss later.\n", " speaker = torch.FloatTensor([speaker]).long() # .long().dtype = torch.int64\n", " return mel, speaker\n", "\n", " def get_speaker_number(self):\n", " return self.speaker_num" ] }, { "cell_type": "markdown", "metadata": { "id": "668hverTMlGN" }, "source": [ "## Dataloader\n", "- Split dataset into training dataset(90%) and validation dataset(10%).\n", "- Create dataloader to iterate the data." ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "B7c2gZYoJDRS" }, "outputs": [], "source": [ "import torch\n", "from torch.utils.data import DataLoader, random_split\n", "from torch.nn.utils.rnn import pad_sequence\n", "\n", "\n", "def collate_batch(batch):\n", " # Process features within a batch.\n", " \"\"\"Collate a batch of data.\"\"\"\n", " mel, speaker = zip(*batch)\n", " # Because we train the model batch by batch, we need to pad the features in the same batch to make their lengths the same.\n", " mel = pad_sequence(mel, batch_first=True, padding_value=-20) # pad log 10^(-20) which is very small value.\n", " # mel: (batch size, length, 40)\n", " return mel, torch.FloatTensor(speaker).long()\n", "\n", "\n", "def get_dataloader(data_dir, batch_size, n_workers):\n", " \"\"\"Generate dataloader\"\"\"\n", " dataset = myDataset(data_dir)\n", " speaker_num = dataset.get_speaker_number()\n", " # Split dataset into training dataset and validation dataset\n", " trainlen = int(0.9 * len(dataset))\n", " lengths = [trainlen, len(dataset) - trainlen]\n", " trainset, validset = random_split(dataset, lengths)\n", "\n", " train_loader = DataLoader(\n", " trainset,\n", " batch_size=batch_size,\n", " shuffle=True,\n", " drop_last=True,\n", " num_workers=n_workers,\n", " pin_memory=True,\n", " collate_fn=collate_batch,\n", " )\n", " valid_loader = DataLoader(\n", " validset,\n", " batch_size=batch_size,\n", " num_workers=n_workers,\n", " drop_last=True,\n", " pin_memory=True,\n", " collate_fn=collate_batch,\n", " )\n", "\n", " return train_loader, valid_loader, speaker_num" ] }, { "cell_type": "markdown", "metadata": { "id": "5FOSZYxrMqhc" }, "source": [ "# Model\n", "- TransformerEncoderLayer:\n", " - Base transformer encoder layer in [Attention Is All You Need](https://arxiv.org/abs/1706.03762)\n", " - Parameters:\n", " - d_model: the number of expected features of the input (required).\n", "\n", " - nhead: the number of heads of the multiheadattention models (required).\n", "\n", " - dim_feedforward: the dimension of the feedforward network model (default=2048).\n", "\n", " - dropout: the dropout value (default=0.1).\n", "\n", " - activation: the activation function of intermediate layer, relu or gelu (default=relu).\n", "\n", "- TransformerEncoder:\n", " - TransformerEncoder is a stack of N transformer encoder layers\n", " - Parameters:\n", " - encoder_layer: an instance of the TransformerEncoderLayer() class (required).\n", "\n", " - num_layers: the number of sub-encoder-layers in the encoder (required).\n", "\n", " - norm: the layer normalization component (optional)." ] }, { "cell_type": "markdown", "metadata": { "tags": [] }, "source": [ "## Conformer\n", "The [GitHub source code](https://github.com/sooftware/conformer/tree/main) for the [Conformer paper](https://arxiv.org/abs/2005.08100) has been included in this notebook for reference.\n", "\n", "### Encoder model architecture\n", "![image-20231012151052854](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231012151052.png)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Basic Modules\n", "\n", "This cell contains implementations of several basic modules that will be used to construct the Conformer model architecture in the following sections:\n", "\n", "- `ResidualConnectionModule`: Implements a residual connection module\n", "- `Linear`: Wrapper for `torch.nn.Linear` with Xavier initialization\n", "- `View`: Wrapper for `torch.view()` to be used in Sequential \n", "- `Transpose`: Wrapper for `torch.transpose()` to be used in Sequential\n", "- `Swish`: Implementation of the Swish activation function\n", "- `GLU`: Implementation of Gated Linear Units\n", "\n", "These modules provide basic building blocks like linear transformations, activations, residual connections that will be used to build components of the Conformer model such as the multi-headed attention and feedforward layers." ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "# Copyright (c) 2021, Soohwan Kim. All rights reserved.\n", "#\n", "# Licensed under the Apache License, Version 2.0 (the \"License\");\n", "# you may not use this file except in compliance with the License.\n", "# You may obtain a copy of the License at\n", "#\n", "# http://www.apache.org/licenses/LICENSE-2.0\n", "#\n", "# Unless required by applicable law or agreed to in writing, software\n", "# distributed under the License is distributed on an \"AS IS\" BASIS,\n", "# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n", "# See the License for the specific language governing permissions and\n", "# limitations under the License.\n", "\n", "import torch.nn as nn\n", "import torch.nn.init as init\n", "from torch import Tensor\n", "\n", "from typing import Tuple\n", "\n", "\n", "class ResidualConnectionModule(nn.Module):\n", " \"\"\"\n", " Residual Connection Module.\n", " outputs = (module(inputs) x module_factor + inputs x input_factor)\n", " \"\"\"\n", " def __init__(self, module: nn.Module, module_factor: float = 1.0, input_factor: float = 1.0):\n", " super(ResidualConnectionModule, self).__init__()\n", " self.module = module\n", " self.module_factor = module_factor\n", " self.input_factor = input_factor\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return (self.module(inputs) * self.module_factor) + (inputs * self.input_factor)\n", " \n", " \n", "class Linear(nn.Module):\n", " \"\"\"\n", " Wrapper class of torch.nn.Linear\n", " Weight initialize by xavier initialization and bias initialize to zeros.\n", " \"\"\"\n", " def __init__(self, in_features: int, out_features: int, bias: bool = True) -> None:\n", " super(Linear, self).__init__()\n", " self.linear = nn.Linear(in_features, out_features, bias=bias)\n", " init.xavier_uniform_(self.linear.weight)\n", " if bias:\n", " init.zeros_(self.linear.bias)\n", "\n", " def forward(self, x: Tensor) -> Tensor:\n", " return self.linear(x)\n", "\n", "\n", "class View(nn.Module):\n", " \"\"\" Wrapper class of torch.view() for Sequential module. \"\"\"\n", " def __init__(self, shape: tuple, contiguous: bool = False):\n", " super(View, self).__init__()\n", " self.shape = shape\n", " self.contiguous = contiguous\n", "\n", " def forward(self, x: Tensor) -> Tensor:\n", " if self.contiguous:\n", " x = x.contiguous()\n", "\n", " return x.view(*self.shape)\n", "\n", "\n", "class Transpose(nn.Module):\n", " \"\"\" Wrapper class of torch.transpose() for Sequential module. \"\"\"\n", " def __init__(self, shape: tuple):\n", " super(Transpose, self).__init__()\n", " self.shape = shape\n", "\n", " def forward(self, x: Tensor) -> Tensor:\n", " return x.transpose(*self.shape)\n", "\n", "\n", "class Swish(nn.Module):\n", " \"\"\"\n", " Swish is a smooth, non-monotonic function that consistently matches or outperforms ReLU on deep networks applied\n", " to a variety of challenging domains such as Image classification and Machine translation.\n", " \"\"\"\n", " def __init__(self):\n", " super(Swish, self).__init__()\n", " \n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return inputs * inputs.sigmoid()\n", "\n", "\n", "class GLU(nn.Module):\n", " \"\"\"\n", " The gating mechanism is called Gated Linear Units (GLU), which was first introduced for natural language processing\n", " in the paper “Language Modeling with Gated Convolutional Networks”\n", " \"\"\"\n", " def __init__(self, dim: int) -> None:\n", " super(GLU, self).__init__()\n", " self.dim = dim\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " outputs, gate = inputs.chunk(2, dim=self.dim)\n", " return outputs * gate.sigmoid()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Feed Forward Module\n", "\n", "This cell implements the Feed Forward Module for the Conformer model.\n", "\n", "Key points:\n", "\n", "- It follows the pre-norm residual unit design, with layer normalization applied before the first linear layer\n", "- Two linear layers with Swish activation in between\n", "- Expansion factor of 4 on the hidden layer dimensionality\n", "- Dropout applied after both linear layers for regularization" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "class FeedForwardModule(nn.Module):\n", " \"\"\"\n", " Conformer Feed Forward Module follow pre-norm residual units and apply layer normalization within the residual unit\n", " and on the input before the first linear layer. This module also apply Swish activation and dropout, which helps\n", " regularizing the network.\n", "\n", " Args:\n", " encoder_dim (int): Dimension of conformer encoder\n", " expansion_factor (int): Expansion factor of feed forward module.\n", " dropout_p (float): Ratio of dropout\n", "\n", " Inputs: inputs\n", " - **inputs** (batch, time, dim): Tensor contains input sequences\n", "\n", " Outputs: outputs\n", " - **outputs** (batch, time, dim): Tensor produces by feed forward module.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " encoder_dim: int = 512,\n", " expansion_factor: int = 4,\n", " dropout_p: float = 0.1,\n", " ) -> None:\n", " super(FeedForwardModule, self).__init__()\n", " self.sequential = nn.Sequential(\n", " nn.LayerNorm(encoder_dim),\n", " Linear(encoder_dim, encoder_dim * expansion_factor, bias=True),\n", " Swish(),\n", " nn.Dropout(p=dropout_p),\n", " Linear(encoder_dim * expansion_factor, encoder_dim, bias=True),\n", " nn.Dropout(p=dropout_p),\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.sequential(inputs)\n", " " ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Positional Encoding" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "tags": [] }, "outputs": [], "source": [ "class PositionalEncoding(nn.Module):\n", " \"\"\"\n", " Positional Encoding proposed in \"Attention Is All You Need\".\n", " Since transformer contains no recurrence and no convolution, in order for the model to make\n", " use of the order of the sequence, we must add some positional information.\n", "\n", " \"Attention Is All You Need\" use sine and cosine functions of different frequencies:\n", " PE_(pos, 2i) = sin(pos / power(10000, 2i / d_model))\n", " PE_(pos, 2i+1) = cos(pos / power(10000, 2i / d_model))\n", " \"\"\"\n", " def __init__(self, d_model: int = 512, max_len: int = 10000) -> None:\n", " super(PositionalEncoding, self).__init__()\n", " pe = torch.zeros(max_len, d_model, requires_grad=False)\n", " position = torch.arange(0, max_len, dtype=torch.float).unsqueeze(1)\n", " div_term = torch.exp(torch.arange(0, d_model, 2).float() * -(math.log(10000.0) / d_model))\n", " pe[:, 0::2] = torch.sin(position * div_term)\n", " pe[:, 1::2] = torch.cos(position * div_term)\n", " pe = pe.unsqueeze(0)\n", " self.register_buffer('pe', pe)\n", "\n", " def forward(self, length: int) -> Tensor:\n", " return self.pe[:, :length]" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Relative Multi-Head Attention\n", "\n", "This module implements relative multi-head attention mechanism as proposed in [Transformer-XL paper](https://arxiv.org/abs/1901.02860). \n", "\n", "Key points:\n", "\n", "- Splits input into multiple heads, applies attention separately on each head\n", "- Adds positional embedding to the query before calculating attention score \n", "- Positional embeddings are also projected to number of heads\n", "- Attention scores calculated using both content-based and position-based similarities\n", "- Relative positional shifts are applied to the position embeddings\n", "- Context vectors from each head are concatenated and projected " ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [], "source": [ "from typing import Optional\n", "\n", "\n", "class RelativeMultiHeadAttention(nn.Module):\n", " \"\"\"\n", " Multi-head attention with relative positional encoding.\n", " This concept was proposed in the \"Transformer-XL: Attentive Language Models Beyond a Fixed-Length Context\"\n", "\n", " Args:\n", " d_model (int): The dimension of model\n", " num_heads (int): The number of attention heads.\n", " dropout_p (float): probability of dropout\n", "\n", " Inputs: query, key, value, pos_embedding, mask\n", " - **query** (batch, time, dim): Tensor containing query vector\n", " - **key** (batch, time, dim): Tensor containing key vector\n", " - **value** (batch, time, dim): Tensor containing value vector\n", " - **pos_embedding** (batch, time, dim): Positional embedding tensor\n", " - **mask** (batch, 1, time2) or (batch, time1, time2): Tensor containing indices to be masked\n", "\n", " Returns:\n", " - **outputs**: Tensor produces by relative multi head attention module.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " d_model: int = 512,\n", " num_heads: int = 16,\n", " dropout_p: float = 0.1,\n", " ):\n", " super(RelativeMultiHeadAttention, self).__init__()\n", " assert d_model % num_heads == 0, \"d_model % num_heads should be zero.\"\n", " self.d_model = d_model\n", " self.d_head = int(d_model / num_heads)\n", " self.num_heads = num_heads\n", " self.sqrt_dim = math.sqrt(d_model)\n", "\n", " self.query_proj = Linear(d_model, d_model)\n", " self.key_proj = Linear(d_model, d_model)\n", " self.value_proj = Linear(d_model, d_model)\n", " self.pos_proj = Linear(d_model, d_model, bias=False)\n", "\n", " self.dropout = nn.Dropout(p=dropout_p)\n", " self.u_bias = nn.Parameter(torch.Tensor(self.num_heads, self.d_head))\n", " self.v_bias = nn.Parameter(torch.Tensor(self.num_heads, self.d_head))\n", " torch.nn.init.xavier_uniform_(self.u_bias)\n", " torch.nn.init.xavier_uniform_(self.v_bias)\n", "\n", " self.out_proj = Linear(d_model, d_model)\n", "\n", " def forward(\n", " self,\n", " query: Tensor,\n", " key: Tensor,\n", " value: Tensor,\n", " pos_embedding: Tensor,\n", " mask: Optional[Tensor] = None,\n", " ) -> Tensor:\n", " batch_size = value.size(0)\n", "\n", " query = self.query_proj(query).view(batch_size, -1, self.num_heads, self.d_head)\n", " key = self.key_proj(key).view(batch_size, -1, self.num_heads, self.d_head).permute(0, 2, 1, 3)\n", " value = self.value_proj(value).view(batch_size, -1, self.num_heads, self.d_head).permute(0, 2, 1, 3)\n", " pos_embedding = self.pos_proj(pos_embedding).view(batch_size, -1, self.num_heads, self.d_head)\n", "\n", " content_score = torch.matmul((query + self.u_bias).transpose(1, 2), key.transpose(2, 3))\n", " pos_score = torch.matmul((query + self.v_bias).transpose(1, 2), pos_embedding.permute(0, 2, 3, 1))\n", " pos_score = self._relative_shift(pos_score)\n", "\n", " score = (content_score + pos_score) / self.sqrt_dim\n", "\n", " if mask is not None:\n", " mask = mask.unsqueeze(1)\n", " score.masked_fill_(mask, -1e9)\n", "\n", " attn = F.softmax(score, -1)\n", " attn = self.dropout(attn)\n", "\n", " context = torch.matmul(attn, value).transpose(1, 2)\n", " context = context.contiguous().view(batch_size, -1, self.d_model)\n", "\n", " return self.out_proj(context)\n", "\n", " def _relative_shift(self, pos_score: Tensor) -> Tensor:\n", " batch_size, num_heads, seq_length1, seq_length2 = pos_score.size()\n", " zeros = pos_score.new_zeros(batch_size, num_heads, seq_length1, 1)\n", " padded_pos_score = torch.cat([zeros, pos_score], dim=-1)\n", "\n", " padded_pos_score = padded_pos_score.view(batch_size, num_heads, seq_length2 + 1, seq_length1)\n", " pos_score = padded_pos_score[:, :, 1:].view_as(pos_score)\n", "\n", " return pos_score\n", " \n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Multi-Headed Self Attention Module" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "tags": [] }, "outputs": [], "source": [ "class MultiHeadedSelfAttentionModule(nn.Module):\n", " \"\"\"\n", " Conformer employ multi-headed self-attention (MHSA) while integrating an important technique from Transformer-XL,\n", " the relative sinusoidal positional encoding scheme. The relative positional encoding allows the self-attention\n", " module to generalize better on different input length and the resulting encoder is more robust to the variance of\n", " the utterance length. Conformer use prenorm residual units with dropout which helps training\n", " and regularizing deeper models.\n", "\n", " Args:\n", " d_model (int): The dimension of model\n", " num_heads (int): The number of attention heads.\n", " dropout_p (float): probability of dropout\n", "\n", " Inputs: inputs, mask\n", " - **inputs** (batch, time, dim): Tensor containing input vector\n", " - **mask** (batch, 1, time2) or (batch, time1, time2): Tensor containing indices to be masked\n", "\n", " Returns:\n", " - **outputs** (batch, time, dim): Tensor produces by relative multi headed self attention module.\n", " \"\"\"\n", " def __init__(self, d_model: int, num_heads: int, dropout_p: float = 0.1):\n", " super(MultiHeadedSelfAttentionModule, self).__init__()\n", " self.positional_encoding = PositionalEncoding(d_model)\n", " self.layer_norm = nn.LayerNorm(d_model)\n", " self.attention = RelativeMultiHeadAttention(d_model, num_heads, dropout_p)\n", " self.dropout = nn.Dropout(p=dropout_p)\n", "\n", " def forward(self, inputs: Tensor, mask: Optional[Tensor] = None):\n", " batch_size, seq_length, _ = inputs.size()\n", " pos_embedding = self.positional_encoding(seq_length)\n", " pos_embedding = pos_embedding.repeat(batch_size, 1, 1)\n", "\n", " inputs = self.layer_norm(inputs)\n", " outputs = self.attention(inputs, inputs, inputs, pos_embedding=pos_embedding, mask=mask)\n", "\n", " return self.dropout(outputs)" ] }, { "cell_type": "markdown", "metadata": { "tags": [] }, "source": [ "### Conformer Convolution Module\n", "\n", "![image-20231011181636095](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231011181636.png)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [], "source": [ "class DepthwiseConv1d(nn.Module):\n", " \"\"\"\n", " When groups == in_channels and out_channels == K * in_channels, where K is a positive integer,\n", " this operation is termed in literature as depthwise convolution.\n", "\n", " Args:\n", " in_channels (int): Number of channels in the input\n", " out_channels (int): Number of channels produced by the convolution\n", " kernel_size (int or tuple): Size of the convolving kernel\n", " stride (int, optional): Stride of the convolution. Default: 1\n", " padding (int or tuple, optional): Zero-padding added to both sides of the input. Default: 0\n", " bias (bool, optional): If True, adds a learnable bias to the output. Default: True\n", "\n", " Inputs: inputs\n", " - **inputs** (batch, in_channels, time): Tensor containing input vector\n", "\n", " Returns: outputs\n", " - **outputs** (batch, out_channels, time): Tensor produces by depthwise 1-D convolution.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " in_channels: int,\n", " out_channels: int,\n", " kernel_size: int,\n", " stride: int = 1,\n", " padding: int = 0,\n", " bias: bool = False,\n", " ) -> None:\n", " super(DepthwiseConv1d, self).__init__()\n", " assert out_channels % in_channels == 0, \"out_channels should be constant multiple of in_channels\"\n", " self.conv = nn.Conv1d(\n", " in_channels=in_channels,\n", " out_channels=out_channels,\n", " kernel_size=kernel_size,\n", " groups=in_channels,\n", " stride=stride,\n", " padding=padding,\n", " bias=bias,\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.conv(inputs)\n", "\n", "\n", "class PointwiseConv1d(nn.Module):\n", " \"\"\"\n", " When kernel size == 1 conv1d, this operation is termed in literature as pointwise convolution.\n", " This operation often used to match dimensions.\n", "\n", " Args:\n", " in_channels (int): Number of channels in the input\n", " out_channels (int): Number of channels produced by the convolution\n", " stride (int, optional): Stride of the convolution. Default: 1\n", " padding (int or tuple, optional): Zero-padding added to both sides of the input. Default: 0\n", " bias (bool, optional): If True, adds a learnable bias to the output. Default: True\n", "\n", " Inputs: inputs\n", " - **inputs** (batch, in_channels, time): Tensor containing input vector\n", "\n", " Returns: outputs\n", " - **outputs** (batch, out_channels, time): Tensor produces by pointwise 1-D convolution.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " in_channels: int,\n", " out_channels: int,\n", " stride: int = 1,\n", " padding: int = 0,\n", " bias: bool = True,\n", " ) -> None:\n", " super(PointwiseConv1d, self).__init__()\n", " self.conv = nn.Conv1d(\n", " in_channels=in_channels,\n", " out_channels=out_channels,\n", " kernel_size=1,\n", " stride=stride,\n", " padding=padding,\n", " bias=bias,\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.conv(inputs)\n", "\n", "\n", "class ConformerConvModule(nn.Module):\n", " \"\"\"\n", " Conformer convolution module starts with a pointwise convolution and a gated linear unit (GLU).\n", " This is followed by a single 1-D depthwise convolution layer. Batchnorm is deployed just after the convolution\n", " to aid training deep models.\n", "\n", " Args:\n", " in_channels (int): Number of channels in the input\n", " kernel_size (int or tuple, optional): Size of the convolving kernel Default: 31\n", " dropout_p (float, optional): probability of dropout\n", "\n", " Inputs: inputs\n", " inputs (batch, time, dim): Tensor contains input sequences\n", "\n", " Outputs: outputs\n", " outputs (batch, time, dim): Tensor produces by conformer convolution module.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " in_channels: int,\n", " kernel_size: int = 31,\n", " expansion_factor: int = 2,\n", " dropout_p: float = 0.1,\n", " ) -> None:\n", " super(ConformerConvModule, self).__init__()\n", " assert (kernel_size - 1) % 2 == 0, \"kernel_size should be a odd number for 'SAME' padding\"\n", " assert expansion_factor == 2, \"Currently, Only Supports expansion_factor 2\"\n", "\n", " self.sequential = nn.Sequential(\n", " nn.LayerNorm(in_channels),\n", " Transpose(shape=(1, 2)),\n", " PointwiseConv1d(in_channels, in_channels * expansion_factor, stride=1, padding=0, bias=True),\n", " GLU(dim=1),\n", " DepthwiseConv1d(in_channels, in_channels, kernel_size, stride=1, padding=(kernel_size - 1) // 2),\n", " nn.BatchNorm1d(in_channels),\n", " Swish(),\n", " PointwiseConv1d(in_channels, in_channels, stride=1, padding=0, bias=True),\n", " nn.Dropout(p=dropout_p),\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.sequential(inputs).transpose(1, 2)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Conformer Block\n", "\n", "The `ConformerBlock` implements the main building block of the Conformer model.\n", "\n", "Key points:\n", "\n", "- It sandwiches two FeedForward modules around the MultiHeadedSelfAttention module and the ConformerConv module\n", "- Applying FeedForward before and after the attention is known as Macaron style blocks\n", "- Residual connections are used around each module, with layer norm applied in the end\n", "- Half-step residual connections are also supported\n", "\n", "The block takes input, passes it through the feedforward -> attn -> conv -> feedforward blocks with residuals. This forms the basic transformer encoder layer used to stack up the Conformer model." ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "tags": [] }, "outputs": [], "source": [ "class ConformerBlock(nn.Module):\n", " \"\"\"\n", " Conformer block contains two Feed Forward modules sandwiching the Multi-Headed Self-Attention module\n", " and the Convolution module. This sandwich structure is inspired by Macaron-Net, which proposes replacing\n", " the original feed-forward layer in the Transformer block into two half-step feed-forward layers,\n", " one before the attention layer and one after.\n", "\n", " Args:\n", " encoder_dim (int, optional): Dimension of conformer encoder\n", " num_attention_heads (int, optional): Number of attention heads\n", " feed_forward_expansion_factor (int, optional): Expansion factor of feed forward module\n", " conv_expansion_factor (int, optional): Expansion factor of conformer convolution module\n", " feed_forward_dropout_p (float, optional): Probability of feed forward module dropout\n", " attention_dropout_p (float, optional): Probability of attention module dropout\n", " conv_dropout_p (float, optional): Probability of conformer convolution module dropout\n", " conv_kernel_size (int or tuple, optional): Size of the convolving kernel\n", " half_step_residual (bool): Flag indication whether to use half step residual or not\n", "\n", " Inputs: inputs\n", " - **inputs** (batch, time, dim): Tensor containing input vector\n", "\n", " Returns: outputs\n", " - **outputs** (batch, time, dim): Tensor produces by conformer block.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " encoder_dim: int = 512,\n", " num_attention_heads: int = 8,\n", " feed_forward_expansion_factor: int = 4,\n", " conv_expansion_factor: int = 2,\n", " feed_forward_dropout_p: float = 0.1,\n", " attention_dropout_p: float = 0.1,\n", " conv_dropout_p: float = 0.1,\n", " conv_kernel_size: int = 31,\n", " half_step_residual: bool = True,\n", " ):\n", " super(ConformerBlock, self).__init__()\n", " if half_step_residual:\n", " self.feed_forward_residual_factor = 0.5\n", " else:\n", " self.feed_forward_residual_factor = 1\n", "\n", " self.sequential = nn.Sequential(\n", " ResidualConnectionModule(\n", " module=FeedForwardModule(\n", " encoder_dim=encoder_dim,\n", " expansion_factor=feed_forward_expansion_factor,\n", " dropout_p=feed_forward_dropout_p,\n", " ),\n", " module_factor=self.feed_forward_residual_factor,\n", " ),\n", " ResidualConnectionModule(\n", " module=MultiHeadedSelfAttentionModule(\n", " d_model=encoder_dim,\n", " num_heads=num_attention_heads,\n", " dropout_p=attention_dropout_p,\n", " ),\n", " ),\n", " ResidualConnectionModule(\n", " module=ConformerConvModule(\n", " in_channels=encoder_dim,\n", " kernel_size=conv_kernel_size,\n", " expansion_factor=conv_expansion_factor,\n", " dropout_p=conv_dropout_p,\n", " ),\n", " ),\n", " ResidualConnectionModule(\n", " module=FeedForwardModule(\n", " encoder_dim=encoder_dim,\n", " expansion_factor=feed_forward_expansion_factor,\n", " dropout_p=feed_forward_dropout_p,\n", " ),\n", " module_factor=self.feed_forward_residual_factor,\n", " ),\n", " nn.LayerNorm(encoder_dim),\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.sequential(inputs)\n" ] }, { "cell_type": "markdown", "metadata": { "tags": [] }, "source": [ "## Classifier (Boss)" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "iXZ5B0EKJGs8" }, "outputs": [], "source": [ "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "\n", " \n", "class Classifier(nn.Module):\n", " def __init__(self, d_model=512, n_spks=600, dropout=0.1):\n", " super().__init__()\n", " # Project the dimension of features from that of input into d_model.\n", " self.prenet = nn.Linear(40, d_model)\n", " # TODO:\n", " # Change Transformer to Conformer.\n", " # https://arxiv.org/abs/2005.08100\n", " self.encoder_layer = ConformerBlock(encoder_dim=d_model, conv_dropout_p=0.1)\n", " \n", " self.self_attention_pooling = SelfAttentionPooling(input_dim=d_model)\n", "\n", " # Project the the dimension of features from d_model into speaker nums.\n", " self.pred_layer = Linear(d_model, n_spks) # You can achieve boss baseline by just changing prediction layer\n", "\n", "\n", " def forward(self, mels):\n", " \"\"\"\n", " args:\n", " mels: (batch size, length, 40)\n", " return:\n", " out: (batch size, n_spks)\n", " \"\"\"\n", " # out: (batch size, length, d_model)\n", " out = self.prenet(mels)\n", " # out: (length, batch size, d_model)\n", " out = out.permute(1, 0, 2)\n", " # The encoder layer expect features in the shape of (length, batch size, d_model).\n", " out = self.encoder_layer(out)\n", " # out: (batch size, length, d_model)\n", " out = out.transpose(0, 1)\n", " # mean pooling\n", " stats = out.mean(dim=1)\n", " # self-attention pooling\n", " if SAP:\n", " stats = self.self_attention_pooling(out)\n", "\n", " out = self.pred_layer(stats)\n", " return out\n", " \n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Self-Attention Pooling (Boss)" ] }, { "cell_type": "code", "execution_count": 14, "metadata": {}, "outputs": [], "source": [ "class SelfAttentionPooling(nn.Module):\n", " \"\"\"\n", " Implementation of SelfAttentionPooling \n", " Original Paper: Self-Attention Encoding and Pooling for Speaker Recognition\n", " https://arxiv.org/pdf/2008.01077v1.pdf\n", " \"\"\"\n", " def __init__(self, input_dim):\n", " super(SelfAttentionPooling, self).__init__()\n", " self.W = nn.Linear(input_dim, 1)\n", " \n", " def forward(self, batch_rep):\n", " \"\"\"\n", " input:\n", " batch_rep : size (N, T, H), N: batch size, T: sequence length, H: Hidden dimension\n", "\n", " attention_weight:\n", " att_w : size (N, T, 1)\n", "\n", " return:\n", " utter_rep: size (N, H)\n", " \"\"\"\n", " softmax = nn.functional.softmax\n", " att_w = softmax(self.W(batch_rep).squeeze(-1), dim=-1).unsqueeze(-1)\n", " utter_rep = torch.sum(batch_rep * att_w, dim=1)\n", " return utter_rep" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# AMSoftmax (Boss)" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "tags": [] }, "outputs": [], "source": [ "from torch.autograd import Variable\n", "\n", "\n", "# https://github.com/zhilangtaosha/SpeakerVerification_AMSoftmax_pytorch/blob/63629989c152664c838823456532682585d72e31/model/model.py#L257\n", "class AMSoftmax(nn.Module):\n", " def __init__(self):\n", " super(AMSoftmax, self).__init__()\n", "\n", " def forward(self, input, target, scale=10.0, margin=0.35):\n", " cos_theta = input\n", " target = target.view(-1, 1) # size=(B,1)\n", "\n", " index = cos_theta.data * 0.0 # size=(B,Classnum)\n", " index.scatter_(1, target.data.view(-1, 1), 1)\n", " index = index.byte()\n", " index = Variable(index)\n", "\n", " output = cos_theta * 1.0 # size=(B,Classnum)\n", " output[index.bool()] -= margin\n", " output = output * scale\n", "\n", " logpt = F.log_softmax(output, dim=1)\n", " logpt = logpt.gather(1, target)\n", " logpt = logpt.view(-1)\n", "\n", " loss = -1 * logpt\n", " loss = loss.mean()\n", "\n", " return loss\n", " \n", "\n", "# # Usage: https://github.com/CoinCheung/pytorch-loss/issues/16\n", "# class AMSoftmax(nn.Module):\n", "\n", "# def __init__(self, in_feats, n_classes=10, m=0.35, s=30):\n", "# super(AMSoftmax, self).__init__()\n", "# self.m = m\n", "# self.s = s\n", "# self.in_feats = in_feats\n", "# self.W = torch.nn.Parameter(torch.randn(in_feats, n_classes), requires_grad=True)\n", "# self.ce = nn.CrossEntropyLoss()\n", "# nn.init.xavier_normal_(self.W, gain=1)\n", "\n", "# def forward(self, x, lb):\n", "# assert x.size()[0] == lb.size()[0]\n", "# assert x.size()[1] == self.in_feats\n", "# x_norm = torch.norm(x, p=2, dim=1, keepdim=True).clamp(min=1e-9)\n", "# x_norm = torch.div(x, x_norm)\n", "# w_norm = torch.norm(self.W, p=2, dim=0, keepdim=True).clamp(min=1e-9)\n", "# w_norm = torch.div(self.W, w_norm)\n", "# costh = torch.mm(x_norm, w_norm)\n", "# delt_costh = torch.zeros_like(costh).scatter_(1, lb.unsqueeze(1), self.m)\n", "# costh_m = costh - delt_costh \n", "# costh_m_s = self.s * costh_m\n", "# loss = self.ce(costh_m_s, lb)\n", "# return costh_m_s, loss" ] }, { "cell_type": "markdown", "metadata": { "id": "W7yX8JinM5Ly" }, "source": [ "# Learning rate schedule\n", "- For transformer architecture, the design of learning rate schedule is different from that of CNN.\n", "- Previous works show that the warmup of learning rate is useful for training models with transformer architectures.\n", "- The warmup schedule\n", " - Set learning rate to 0 in the beginning.\n", " - The learning rate increases linearly from 0 to initial learning rate during warmup period." ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "ykt0N1nVJJi2", "tags": [] }, "outputs": [], "source": [ "import math\n", "\n", "import torch\n", "from torch.optim import Optimizer\n", "from torch.optim.lr_scheduler import LambdaLR\n", "\n", "\n", "def get_cosine_schedule_with_warmup(\n", " optimizer: Optimizer,\n", " num_warmup_steps: int,\n", " num_training_steps: int,\n", " num_cycles: float = 0.5,\n", " last_epoch: int = -1,\n", "):\n", " \"\"\"\n", " Create a schedule with a learning rate that decreases following the values of the cosine function between the\n", " initial lr set in the optimizer to 0, after a warmup period during which it increases linearly between 0 and the\n", " initial lr set in the optimizer.\n", "\n", " Args:\n", " optimizer (:class:`~torch.optim.Optimizer`):\n", " The optimizer for which to schedule the learning rate.\n", " num_warmup_steps (:obj:`int`):\n", " The number of steps for the warmup phase.\n", " num_training_steps (:obj:`int`):\n", " The total number of training steps.\n", " num_cycles (:obj:`float`, `optional`, defaults to 0.5):\n", " The number of waves in the cosine schedule (the defaults is to just decrease from the max value to 0\n", " following a half-cosine).\n", " last_epoch (:obj:`int`, `optional`, defaults to -1):\n", " The index of the last epoch when resuming training.\n", "\n", " Return:\n", " :obj:`torch.optim.lr_scheduler.LambdaLR` with the appropriate schedule.\n", " \"\"\"\n", " def lr_lambda(current_step):\n", " # Warmup\n", " if current_step < num_warmup_steps:\n", " return float(current_step) / float(max(1, num_warmup_steps))\n", " # decadence\n", " progress = float(current_step - num_warmup_steps) / float(\n", " max(1, num_training_steps - num_warmup_steps)\n", " )\n", " return max(\n", " 0.0, 0.5 * (1.0 + math.cos(math.pi * float(num_cycles) * 2.0 * progress))\n", " )\n", "\n", " return LambdaLR(optimizer, lr_lambda, last_epoch)" ] }, { "cell_type": "markdown", "metadata": { "id": "-LN2XkteM_uH", "tags": [] }, "source": [ "# Model Function\n", "- Model forward function." ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "N-rr8529JMz0", "tags": [] }, "outputs": [], "source": [ "import torch\n", "\n", "\n", "def model_fn(batch, model, criterion, device):\n", " \"\"\"Forward a batch through the model.\"\"\"\n", "\n", " mels, labels = batch\n", " mels = mels.to(device)\n", " labels = labels.to(device)\n", "\n", " outs = model(mels)\n", " \n", " loss = criterion(outs, labels)\n", " if AMS:\n", " loss = criterion(outs, labels)\n", "\n", " # Get the speaker id with highest probability.\n", " preds = outs.argmax(1)\n", "\n", " # Compute accuracy.\n", " accuracy = torch.mean((preds == labels).float())\n", "\n", " return loss, accuracy" ] }, { "cell_type": "markdown", "metadata": { "id": "cwM_xyOtNCI2", "tags": [] }, "source": [ "# Validate\n", "- Calculate accuracy of the validation set." ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "YAiv6kpdJRTJ" }, "outputs": [], "source": [ "from tqdm.notebook import tqdm\n", "import torch\n", "\n", "\n", "def valid(dataloader, model, criterion, device): \n", " \"\"\"Validate on validation set.\"\"\"\n", "\n", " model.eval()\n", " running_loss = 0.0\n", " running_accuracy = 0.0\n", " pbar = tqdm(total=len(dataloader.dataset), ncols=0, desc=\"Valid\", unit=\" uttr\")\n", "\n", " for i, batch in enumerate(dataloader):\n", " with torch.no_grad():\n", " loss, accuracy = model_fn(batch, model, criterion, device)\n", " running_loss += loss.item()\n", " running_accuracy += accuracy.item()\n", "\n", " pbar.update(dataloader.batch_size)\n", " pbar.set_postfix(\n", " loss=f\"{running_loss / (i+1):.2f}\",\n", " accuracy=f\"{running_accuracy / (i+1):.2f}\",\n", " )\n", "\n", " pbar.close()\n", " model.train()\n", "\n", " return running_accuracy / len(dataloader)" ] }, { "cell_type": "markdown", "metadata": { "id": "g6ne9G-eNEdG" }, "source": [ "# Main function" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "Usv9s-CuJSG7", "outputId": "f4f6a983-3559-4f36-efae-402bbf790473", "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "[Info]: Use cuda now!\n", "[Info]: Finish loading data!\n", "[Info]: Finish creating model!\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:24<00:00, 23.69 step/s, accuracy=0.25, loss=3.92, step=2000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2267.03 uttr/s, accuracy=0.25, loss=3.69]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.95 step/s, accuracy=0.38, loss=2.68, step=4000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2269.41 uttr/s, accuracy=0.42, loss=2.67]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.90 step/s, accuracy=0.66, loss=1.68, step=6000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2255.79 uttr/s, accuracy=0.55, loss=2.04]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.85 step/s, accuracy=0.66, loss=1.18, step=8000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2239.72 uttr/s, accuracy=0.60, loss=1.82]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.91 step/s, accuracy=0.72, loss=1.19, step=1e+4]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2229.42 uttr/s, accuracy=0.64, loss=1.60]\n", "Train: 0% 5/2000 [00:00<01:31, 21.90 step/s, accuracy=0.59, loss=1.45, step=1e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 10000, best model saved. (accuracy=0.6430)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.89 step/s, accuracy=0.59, loss=1.15, step=12000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2240.26 uttr/s, accuracy=0.67, loss=1.47]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.88 step/s, accuracy=0.81, loss=0.76, step=14000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2241.80 uttr/s, accuracy=0.69, loss=1.38]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.84 step/s, accuracy=0.81, loss=0.71, step=16000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2227.24 uttr/s, accuracy=0.71, loss=1.29]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.94 step/s, accuracy=0.78, loss=0.67, step=18000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2240.15 uttr/s, accuracy=0.72, loss=1.25]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.84 step/s, accuracy=0.88, loss=0.62, step=2e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2240.56 uttr/s, accuracy=0.74, loss=1.20]\n", "Train: 0% 5/2000 [00:00<01:34, 21.17 step/s, accuracy=0.91, loss=0.67, step=2e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 20000, best model saved. (accuracy=0.7392)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.87 step/s, accuracy=0.78, loss=0.57, step=22000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2246.64 uttr/s, accuracy=0.74, loss=1.16]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.84 step/s, accuracy=0.81, loss=0.58, step=24000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2224.45 uttr/s, accuracy=0.77, loss=1.04]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.91 step/s, accuracy=0.97, loss=0.10, step=26000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2252.34 uttr/s, accuracy=0.78, loss=1.05]\n", "Train: 100% 2000/2000 [01:23<00:00, 24.03 step/s, accuracy=0.88, loss=0.37, step=28000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2255.35 uttr/s, accuracy=0.78, loss=1.08]\n", "Train: 100% 2000/2000 [01:23<00:00, 24.04 step/s, accuracy=0.91, loss=0.32, step=3e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2267.82 uttr/s, accuracy=0.79, loss=1.00]\n", "Train: 0% 5/2000 [00:00<01:33, 21.28 step/s, accuracy=0.81, loss=0.59, step=3e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 30000, best model saved. (accuracy=0.7901)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 24.02 step/s, accuracy=0.91, loss=0.27, step=32000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2277.19 uttr/s, accuracy=0.81, loss=0.93]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.99 step/s, accuracy=0.91, loss=0.42, step=34000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2243.42 uttr/s, accuracy=0.81, loss=0.90]\n", "Train: 100% 2000/2000 [01:23<00:00, 24.01 step/s, accuracy=0.91, loss=0.30, step=36000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2233.27 uttr/s, accuracy=0.81, loss=0.92]\n", "Train: 100% 2000/2000 [01:23<00:00, 24.02 step/s, accuracy=1.00, loss=0.05, step=38000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2247.28 uttr/s, accuracy=0.82, loss=0.87]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.97 step/s, accuracy=0.97, loss=0.12, step=4e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2248.43 uttr/s, accuracy=0.83, loss=0.86]\n", "Train: 0% 5/2000 [00:00<01:33, 21.41 step/s, accuracy=1.00, loss=0.08, step=4e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 40000, best model saved. (accuracy=0.8307)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.87 step/s, accuracy=1.00, loss=0.08, step=42000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2240.39 uttr/s, accuracy=0.83, loss=0.88]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.85 step/s, accuracy=0.94, loss=0.27, step=44000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2248.90 uttr/s, accuracy=0.84, loss=0.83]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.89 step/s, accuracy=1.00, loss=0.04, step=46000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2237.58 uttr/s, accuracy=0.84, loss=0.80]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.82 step/s, accuracy=1.00, loss=0.03, step=48000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2231.82 uttr/s, accuracy=0.84, loss=0.80]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.88 step/s, accuracy=1.00, loss=0.02, step=5e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2226.60 uttr/s, accuracy=0.85, loss=0.77]\n", "Train: 0% 5/2000 [00:00<01:34, 21.01 step/s, accuracy=1.00, loss=0.01, step=5e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 50000, best model saved. (accuracy=0.8498)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.84 step/s, accuracy=1.00, loss=0.04, step=52000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2246.26 uttr/s, accuracy=0.85, loss=0.75]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.88 step/s, accuracy=1.00, loss=0.04, step=54000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2246.70 uttr/s, accuracy=0.86, loss=0.74]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.84 step/s, accuracy=0.97, loss=0.09, step=56000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2231.36 uttr/s, accuracy=0.86, loss=0.73]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.88 step/s, accuracy=1.00, loss=0.07, step=58000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2230.65 uttr/s, accuracy=0.86, loss=0.71]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.89 step/s, accuracy=1.00, loss=0.02, step=6e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2236.50 uttr/s, accuracy=0.87, loss=0.70]\n", "Train: 0% 5/2000 [00:00<01:34, 21.18 step/s, accuracy=1.00, loss=0.03, step=6e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 60000, best model saved. (accuracy=0.8706)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.97 step/s, accuracy=0.94, loss=0.24, step=62000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2244.47 uttr/s, accuracy=0.87, loss=0.71]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.99 step/s, accuracy=1.00, loss=0.03, step=64000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2257.84 uttr/s, accuracy=0.86, loss=0.71]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.96 step/s, accuracy=1.00, loss=0.02, step=66000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2255.98 uttr/s, accuracy=0.87, loss=0.71]\n", "Train: 100% 2000/2000 [01:23<00:00, 24.04 step/s, accuracy=0.97, loss=0.09, step=68000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2252.07 uttr/s, accuracy=0.87, loss=0.70]\n", "Train: 100% 2000/2000 [01:23<00:00, 24.05 step/s, accuracy=1.00, loss=0.02, step=7e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2260.64 uttr/s, accuracy=0.86, loss=0.70]\n", "Train: 0% 0/2000 [00:00 best_accuracy:\n", " best_accuracy = valid_accuracy\n", " best_state_dict = model.state_dict()\n", "\n", " pbar = tqdm(total=valid_steps, ncols=0, desc=\"Train\", unit=\" step\")\n", " writer.add_scalar('Acc/train', batch_accuracy, step)\n", " writer.add_scalar('Acc/valid', valid_accuracy, step)\n", " writer.add_scalar('lr', optimizer.state_dict()['param_groups'][0]['lr'], step)\n", "\n", " # Save the best model so far.\n", " if (step + 1) % save_steps == 0 and best_state_dict is not None:\n", " torch.save(best_state_dict, save_path)\n", " pbar.write(f\"Step {step + 1}, best model saved. (accuracy={best_accuracy:.4f})\")\n", "\n", " pbar.close()\n", "\n", " return criterion\n", "\n", "\n", "# Decide whether to use AMSoftmax and Self-Attention Pooling\n", "global AMS, SAP\n", "AMS = False\n", "SAP = False\n", "\n", "if __name__ == \"__main__\":\n", " criterion = main(**parse_args())" ] }, { "cell_type": "markdown", "metadata": { "id": "NLatBYAhNNMx" }, "source": [ "# Inference\n", "\n", "## Dataset of inferenceoutput_lengths" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "efS4pCmAJXJH" }, "outputs": [], "source": [ "import os\n", "import json\n", "import torch\n", "from pathlib import Path\n", "from torch.utils.data import Dataset\n", "\n", "\n", "class InferenceDataset(Dataset):\n", " def __init__(self, data_dir):\n", " testdata_path = Path(data_dir) / \"testdata.json\"\n", " metadata = json.load(testdata_path.open())\n", " self.data_dir = data_dir\n", " self.data = metadata[\"utterances\"]\n", "\n", " def __len__(self):\n", " return len(self.data)\n", "\n", " def __getitem__(self, index):\n", " utterance = self.data[index]\n", " feat_path = utterance[\"feature_path\"]\n", " mel = torch.load(os.path.join(self.data_dir, feat_path))\n", "\n", " return feat_path, mel\n", "\n", "\n", "def inference_collate_batch(batch):\n", " \"\"\"Collate a batch of data.\"\"\"\n", " feat_paths, mels = zip(*batch)\n", "\n", " return feat_paths, torch.stack(mels)" ] }, { "cell_type": "markdown", "metadata": { "id": "tl0WnYwxNK_S" }, "source": [ "## Main function of Inference" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 103, "referenced_widgets": [ "6786c2b0e2614ad389620246cb2178f2", "0d592098920140dab61aac5410568c36", "da681e3cc353420cb142d56df0fce231", "401ae722b95c4ff59b836422dbe71edc", "4efbfb7c7cb54276862e5321209d57fa", "f6dcb3ec9c624171966bb889808dbcb3", "100abf072991474abfcee871d2b83f37", "decc12da6f5742ec8b7ec7789ee434ab", "0117ac88c98440b29ab1f452107cbe1a", "3d64942a0eaa409a93df049bb594c062", "8c8721e504cf434eb9e263fb9983969a" ] }, "id": "i8SAbuXEJb2A", "outputId": "3808f409-19c9-426c-dc15-1b88b0c21645", "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "[Info]: Use cuda now!\n", "[Info]: Finish loading data!\n", "[Info]: Finish creating model!\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "7f607f4b1e714f9a954d8ef455726aee", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/8000 [00:00 Dataset.tar.gz\n", "# !rm Dataset.tar.gz.partaa\n", "# !rm Dataset.tar.gz.partab\n", "# !rm Dataset.tar.gz.partac\n", "# !rm Dataset.tar.gz.partad\n", "# # unzip the file\n", "# !tar zxf Dataset.tar.gz\n", "# !rm Dataset.tar.gz" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "U6Y1cfpDfpON", "outputId": "6ba26637-5c7b-48a9-be0b-1f10ba76590a", "tags": [] }, "outputs": [], "source": [ "# !tar zxf Dataset.tar.gz" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "id": "E6burzCXIyuA", "tags": [] }, "outputs": [], "source": [ "import numpy as np\n", "import torch\n", "import random\n", "\n", "def set_seed(seed):\n", " np.random.seed(seed)\n", " random.seed(seed)\n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", " torch.backends.cudnn.benchmark = False\n", " torch.backends.cudnn.deterministic = True\n", "\n", "set_seed(87)" ] }, { "cell_type": "markdown", "metadata": { "id": "k7dVbxW2LASN" }, "source": [ "# Data\n", "\n", "## Dataset\n", "- Original dataset is [Voxceleb2](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/vox2.html).\n", "- The [license](https://creativecommons.org/licenses/by/4.0/) and [complete version](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/files/license.txt) of Voxceleb2.\n", "- We randomly select 600 speakers from Voxceleb2.\n", "- Then preprocess the raw waveforms into mel-spectrograms.\n", "\n", "- Args:\n", " - data_dir: The path to the data directory.\n", " - metadata_path: The path to the metadata.\n", " - segment_len: The length of audio segment for training. \n", "- The architecture of data directory \\\\\n", " - data directory \\\\\n", " |---- metadata.json \\\\\n", " |---- testdata.json \\\\\n", " |---- mapping.json \\\\\n", " |---- uttr-{random string}.pt \\\\\n", "\n", "- The information in metadata\n", " - \"n_mels\": The dimention of mel-spectrogram.\n", " - \"speakers\": A dictionary. \n", " - Key: speaker ids.\n", " - value: \"feature_path\" and \"mel_len\"\n", "\n", "\n", "For efficiency, we segment the mel-spectrograms into segments in the traing step." ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "KpuGxl4CI2pr", "tags": [] }, "outputs": [], "source": [ "import os\n", "import json\n", "import torch\n", "import random\n", "from pathlib import Path\n", "from torch.utils.data import Dataset\n", "from torch.nn.utils.rnn import pad_sequence\n", " \n", " \n", "class myDataset(Dataset):\n", " def __init__(self, data_dir, segment_len=128):\n", " self.data_dir = data_dir\n", " self.segment_len = segment_len\n", "\n", " # Load the mapping from speaker neme to their corresponding id. \n", " mapping_path = Path(data_dir) / \"mapping.json\"\n", " mapping = json.load(mapping_path.open())\n", " self.speaker2id = mapping[\"speaker2id\"]\n", "\n", " # Load metadata of training data.\n", " metadata_path = Path(data_dir) / \"metadata.json\"\n", " metadata = json.load(open(metadata_path))[\"speakers\"]\n", "\n", " # Get the total number of speaker.\n", " self.speaker_num = len(metadata.keys())\n", " self.data = []\n", " for speaker in metadata.keys():\n", " for utterances in metadata[speaker]:\n", " self.data.append([utterances[\"feature_path\"], self.speaker2id[speaker]])\n", "\n", " def __len__(self):\n", " return len(self.data)\n", "\n", " def __getitem__(self, index):\n", " feat_path, speaker = self.data[index]\n", " # Load preprocessed mel-spectrogram.\n", " mel = torch.load(os.path.join(self.data_dir, feat_path))\n", "\n", " # Segment mel-spectrogram into \"segment_len\" frames.\n", " if len(mel) > self.segment_len:\n", " # Randomly get the starting point of the segment.\n", " start = random.randint(0, len(mel) - self.segment_len)\n", " # Get a segment with \"segment_len\" frames.\n", " mel = torch.FloatTensor(mel[start:start+self.segment_len])\n", " else:\n", " mel = torch.FloatTensor(mel)\n", " # Turn the speaker id into long for computing loss later.\n", " speaker = torch.FloatTensor([speaker]).long() # .long().dtype = torch.int64\n", " return mel, speaker\n", "\n", " def get_speaker_number(self):\n", " return self.speaker_num" ] }, { "cell_type": "markdown", "metadata": { "id": "668hverTMlGN" }, "source": [ "## Dataloader\n", "- Split dataset into training dataset(90%) and validation dataset(10%).\n", "- Create dataloader to iterate the data." ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "B7c2gZYoJDRS" }, "outputs": [], "source": [ "import torch\n", "from torch.utils.data import DataLoader, random_split\n", "from torch.nn.utils.rnn import pad_sequence\n", "\n", "\n", "def collate_batch(batch):\n", " # Process features within a batch.\n", " \"\"\"Collate a batch of data.\"\"\"\n", " mel, speaker = zip(*batch)\n", " # Because we train the model batch by batch, we need to pad the features in the same batch to make their lengths the same.\n", " mel = pad_sequence(mel, batch_first=True, padding_value=-20) # pad log 10^(-20) which is very small value.\n", " # mel: (batch size, length, 40)\n", " return mel, torch.FloatTensor(speaker).long()\n", "\n", "\n", "def get_dataloader(data_dir, batch_size, n_workers):\n", " \"\"\"Generate dataloader\"\"\"\n", " dataset = myDataset(data_dir)\n", " speaker_num = dataset.get_speaker_number()\n", " # Split dataset into training dataset and validation dataset\n", " trainlen = int(0.9 * len(dataset))\n", " lengths = [trainlen, len(dataset) - trainlen]\n", " trainset, validset = random_split(dataset, lengths)\n", "\n", " train_loader = DataLoader(\n", " trainset,\n", " batch_size=batch_size,\n", " shuffle=True,\n", " drop_last=True,\n", " num_workers=n_workers,\n", " pin_memory=True,\n", " collate_fn=collate_batch,\n", " )\n", " valid_loader = DataLoader(\n", " validset,\n", " batch_size=batch_size,\n", " num_workers=n_workers,\n", " drop_last=True,\n", " pin_memory=True,\n", " collate_fn=collate_batch,\n", " )\n", "\n", " return train_loader, valid_loader, speaker_num" ] }, { "cell_type": "markdown", "metadata": { "id": "5FOSZYxrMqhc" }, "source": [ "# Model\n", "- TransformerEncoderLayer:\n", " - Base transformer encoder layer in [Attention Is All You Need](https://arxiv.org/abs/1706.03762)\n", " - Parameters:\n", " - d_model: the number of expected features of the input (required).\n", "\n", " - nhead: the number of heads of the multiheadattention models (required).\n", "\n", " - dim_feedforward: the dimension of the feedforward network model (default=2048).\n", "\n", " - dropout: the dropout value (default=0.1).\n", "\n", " - activation: the activation function of intermediate layer, relu or gelu (default=relu).\n", "\n", "- TransformerEncoder:\n", " - TransformerEncoder is a stack of N transformer encoder layers\n", " - Parameters:\n", " - encoder_layer: an instance of the TransformerEncoderLayer() class (required).\n", "\n", " - num_layers: the number of sub-encoder-layers in the encoder (required).\n", "\n", " - norm: the layer normalization component (optional)." ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "iXZ5B0EKJGs8" }, "outputs": [], "source": [ "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "\n", "\n", "class Classifier(nn.Module):\n", " def __init__(self, d_model=512, n_spks=600, dropout=0.1):\n", " super().__init__()\n", " # Project the dimension of features from that of input into d_model.\n", " self.prenet = nn.Linear(40, d_model)\n", " # TODO:\n", " # Change Transformer to Conformer.\n", " # https://arxiv.org/abs/2005.08100\n", " self.encoder_layer = nn.TransformerEncoderLayer(\n", " d_model=d_model, dim_feedforward=256, nhead=16\n", " )\n", " # self.encoder = nn.TransformerEncoder(self.encoder_layer, num_layers=2)\n", "\n", " # Project the the dimension of features from d_model into speaker nums.\n", " self.pred_layer = nn.Sequential(\n", " nn.Linear(d_model, 2 * d_model),\n", " nn.Sigmoid(),\n", " nn.Dropout(dropout),\n", " nn.Linear(2 * d_model, n_spks),\n", " )\n", "\n", " def forward(self, mels):\n", " \"\"\"\n", " args:\n", " mels: (batch size, length, 40)\n", " return:\n", " out: (batch size, n_spks)\n", " \"\"\"\n", " # out: (batch size, length, d_model)\n", " out = self.prenet(mels)\n", " # out: (length, batch size, d_model)\n", " out = out.permute(1, 0, 2)\n", " # The encoder layer expect features in the shape of (length, batch size, d_model).\n", " out = self.encoder_layer(out)\n", " # out: (batch size, length, d_model)\n", " out = out.transpose(0, 1)\n", " # mean pooling\n", " stats = out.mean(dim=1)\n", "\n", " # out: (batch, n_spks)\n", " out = self.pred_layer(stats)\n", " return out" ] }, { "cell_type": "markdown", "metadata": { "id": "W7yX8JinM5Ly" }, "source": [ "# Learning rate schedule\n", "- For transformer architecture, the design of learning rate schedule is different from that of CNN.\n", "- Previous works show that the warmup of learning rate is useful for training models with transformer architectures.\n", "- The warmup schedule\n", " - Set learning rate to 0 in the beginning.\n", " - The learning rate increases linearly from 0 to initial learning rate during warmup period." ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "ykt0N1nVJJi2" }, "outputs": [], "source": [ "import math\n", "\n", "import torch\n", "from torch.optim import Optimizer\n", "from torch.optim.lr_scheduler import LambdaLR\n", "\n", "\n", "def get_cosine_schedule_with_warmup(\n", " optimizer: Optimizer,\n", " num_warmup_steps: int,\n", " num_training_steps: int,\n", " num_cycles: float = 0.5,\n", " last_epoch: int = -1,\n", "):\n", " \"\"\"\n", " Create a schedule with a learning rate that decreases following the values of the cosine function between the\n", " initial lr set in the optimizer to 0, after a warmup period during which it increases linearly between 0 and the\n", " initial lr set in the optimizer.\n", "\n", " Args:\n", " optimizer (:class:`~torch.optim.Optimizer`):\n", " The optimizer for which to schedule the learning rate.\n", " num_warmup_steps (:obj:`int`):\n", " The number of steps for the warmup phase.\n", " num_training_steps (:obj:`int`):\n", " The total number of training steps.\n", " num_cycles (:obj:`float`, `optional`, defaults to 0.5):\n", " The number of waves in the cosine schedule (the defaults is to just decrease from the max value to 0\n", " following a half-cosine).\n", " last_epoch (:obj:`int`, `optional`, defaults to -1):\n", " The index of the last epoch when resuming training.\n", "\n", " Return:\n", " :obj:`torch.optim.lr_scheduler.LambdaLR` with the appropriate schedule.\n", " \"\"\"\n", " def lr_lambda(current_step):\n", " # Warmup\n", " if current_step < num_warmup_steps:\n", " return float(current_step) / float(max(1, num_warmup_steps))\n", " # decadence\n", " progress = float(current_step - num_warmup_steps) / float(\n", " max(1, num_training_steps - num_warmup_steps)\n", " )\n", " return max(\n", " 0.0, 0.5 * (1.0 + math.cos(math.pi * float(num_cycles) * 2.0 * progress))\n", " )\n", "\n", " return LambdaLR(optimizer, lr_lambda, last_epoch)" ] }, { "cell_type": "markdown", "metadata": { "id": "-LN2XkteM_uH" }, "source": [ "# Model Function\n", "- Model forward function." ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "N-rr8529JMz0" }, "outputs": [], "source": [ "import torch\n", "\n", "\n", "def model_fn(batch, model, criterion, device):\n", "\t\"\"\"Forward a batch through the model.\"\"\"\n", "\n", "\tmels, labels = batch\n", "\tmels = mels.to(device)\n", "\tlabels = labels.to(device)\n", "\n", "\touts = model(mels)\n", "\n", "\tloss = criterion(outs, labels)\n", "\n", "\t# Get the speaker id with highest probability.\n", "\tpreds = outs.argmax(1)\n", "\t# Compute accuracy.\n", "\taccuracy = torch.mean((preds == labels).float())\n", "\n", "\treturn loss, accuracy" ] }, { "cell_type": "markdown", "metadata": { "id": "cwM_xyOtNCI2" }, "source": [ "# Validate\n", "- Calculate accuracy of the validation set." ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "YAiv6kpdJRTJ" }, "outputs": [], "source": [ "from tqdm.notebook import tqdm\n", "import torch\n", "\n", "\n", "def valid(dataloader, model, criterion, device): \n", " \"\"\"Validate on validation set.\"\"\"\n", "\n", " model.eval()\n", " running_loss = 0.0\n", " running_accuracy = 0.0\n", " pbar = tqdm(total=len(dataloader.dataset), ncols=0, desc=\"Valid\", unit=\" uttr\")\n", "\n", " for i, batch in enumerate(dataloader):\n", " with torch.no_grad():\n", " loss, accuracy = model_fn(batch, model, criterion, device)\n", " running_loss += loss.item()\n", " running_accuracy += accuracy.item()\n", "\n", " pbar.update(dataloader.batch_size)\n", " pbar.set_postfix(\n", " loss=f\"{running_loss / (i+1):.2f}\",\n", " accuracy=f\"{running_accuracy / (i+1):.2f}\",\n", " )\n", "\n", " pbar.close()\n", " model.train()\n", "\n", " return running_accuracy / len(dataloader)" ] }, { "cell_type": "markdown", "metadata": { "id": "g6ne9G-eNEdG" }, "source": [ "# Main function" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "Usv9s-CuJSG7", "outputId": "f4f6a983-3559-4f36-efae-402bbf790473", "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "[Info]: Use cuda now!\n", "[Info]: Finish loading data!\n", "[Info]: Finish creating model!\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [00:23<00:00, 86.36 step/s, accuracy=0.28, loss=3.41, step=2000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7162.54 uttr/s, accuracy=0.16, loss=4.01]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.81 step/s, accuracy=0.25, loss=3.61, step=4000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7214.80 uttr/s, accuracy=0.28, loss=3.29]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.81 step/s, accuracy=0.50, loss=2.59, step=6000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7292.91 uttr/s, accuracy=0.37, loss=2.83]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.43 step/s, accuracy=0.53, loss=1.88, step=8000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7245.57 uttr/s, accuracy=0.41, loss=2.65]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.80 step/s, accuracy=0.38, loss=2.22, step=1e+4]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7332.39 uttr/s, accuracy=0.45, loss=2.44]\n", "Train: 1% 18/2000 [00:00<00:23, 84.34 step/s, accuracy=0.53, loss=1.55, step=1e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 10000, best model saved. (accuracy=0.4454)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [00:22<00:00, 88.77 step/s, accuracy=0.62, loss=1.43, step=12000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7225.56 uttr/s, accuracy=0.48, loss=2.32]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.87 step/s, accuracy=0.41, loss=2.45, step=14000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7237.85 uttr/s, accuracy=0.49, loss=2.22]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.34 step/s, accuracy=0.62, loss=1.92, step=16000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7286.52 uttr/s, accuracy=0.53, loss=2.07]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.76 step/s, accuracy=0.59, loss=1.91, step=18000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7193.37 uttr/s, accuracy=0.55, loss=2.01]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.69 step/s, accuracy=0.56, loss=1.47, step=2e+4] \n", "Valid: 100% 5664/5667 [00:00<00:00, 7129.95 uttr/s, accuracy=0.56, loss=1.95]\n", "Train: 1% 18/2000 [00:00<00:23, 84.95 step/s, accuracy=0.56, loss=2.07, step=2e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 20000, best model saved. (accuracy=0.5595)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [00:22<00:00, 88.73 step/s, accuracy=0.56, loss=1.44, step=22000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7208.31 uttr/s, accuracy=0.57, loss=1.94]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.29 step/s, accuracy=0.78, loss=0.93, step=24000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7253.03 uttr/s, accuracy=0.59, loss=1.83]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.71 step/s, accuracy=0.75, loss=0.87, step=26000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7266.04 uttr/s, accuracy=0.61, loss=1.75]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.68 step/s, accuracy=0.78, loss=0.91, step=28000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7248.82 uttr/s, accuracy=0.63, loss=1.68]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.71 step/s, accuracy=0.56, loss=1.60, step=3e+4] \n", "Valid: 100% 5664/5667 [00:00<00:00, 7193.18 uttr/s, accuracy=0.63, loss=1.65]\n", "Train: 1% 18/2000 [00:00<00:22, 87.85 step/s, accuracy=0.84, loss=0.90, step=3e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 30000, best model saved. (accuracy=0.6301)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [00:22<00:00, 88.20 step/s, accuracy=0.72, loss=1.09, step=32000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7315.34 uttr/s, accuracy=0.64, loss=1.65]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.73 step/s, accuracy=0.84, loss=0.67, step=34000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7201.57 uttr/s, accuracy=0.64, loss=1.65]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.64 step/s, accuracy=0.91, loss=0.52, step=36000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7112.70 uttr/s, accuracy=0.66, loss=1.56]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.70 step/s, accuracy=0.78, loss=0.92, step=38000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7288.34 uttr/s, accuracy=0.66, loss=1.54]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.27 step/s, accuracy=0.84, loss=0.58, step=4e+4] \n", "Valid: 100% 5664/5667 [00:00<00:00, 7319.11 uttr/s, accuracy=0.67, loss=1.49]\n", "Train: 1% 18/2000 [00:00<00:23, 84.53 step/s, accuracy=0.81, loss=0.66, step=4e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 40000, best model saved. (accuracy=0.6741)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [00:22<00:00, 88.70 step/s, accuracy=0.91, loss=0.50, step=42000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7340.65 uttr/s, accuracy=0.68, loss=1.43]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.74 step/s, accuracy=0.84, loss=0.48, step=44000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7154.72 uttr/s, accuracy=0.68, loss=1.43]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.56 step/s, accuracy=0.72, loss=0.91, step=46000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7249.52 uttr/s, accuracy=0.69, loss=1.41]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.24 step/s, accuracy=0.94, loss=0.64, step=48000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7250.19 uttr/s, accuracy=0.69, loss=1.43]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.75 step/s, accuracy=0.88, loss=0.56, step=5e+4] \n", "Valid: 100% 5664/5667 [00:00<00:00, 7251.47 uttr/s, accuracy=0.71, loss=1.32]\n", "Train: 1% 18/2000 [00:00<00:23, 84.46 step/s, accuracy=0.94, loss=0.40, step=5e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 50000, best model saved. (accuracy=0.7073)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [00:22<00:00, 88.63 step/s, accuracy=0.91, loss=0.47, step=52000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7315.00 uttr/s, accuracy=0.70, loss=1.35]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.66 step/s, accuracy=0.91, loss=0.44, step=54000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7166.67 uttr/s, accuracy=0.69, loss=1.38]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.24 step/s, accuracy=0.91, loss=0.50, step=56000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7258.93 uttr/s, accuracy=0.71, loss=1.31]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.75 step/s, accuracy=0.78, loss=0.64, step=58000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7316.11 uttr/s, accuracy=0.72, loss=1.28]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.71 step/s, accuracy=0.91, loss=0.63, step=6e+4] \n", "Valid: 100% 5664/5667 [00:00<00:00, 7247.97 uttr/s, accuracy=0.72, loss=1.31]\n", "Train: 1% 18/2000 [00:00<00:23, 84.12 step/s, accuracy=0.84, loss=0.73, step=6e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 60000, best model saved. (accuracy=0.7189)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [00:22<00:00, 88.59 step/s, accuracy=0.88, loss=0.51, step=62000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7303.67 uttr/s, accuracy=0.72, loss=1.26]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.11 step/s, accuracy=0.75, loss=0.92, step=64000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7168.24 uttr/s, accuracy=0.72, loss=1.26]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.75 step/s, accuracy=0.91, loss=0.45, step=66000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7271.37 uttr/s, accuracy=0.72, loss=1.25]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.69 step/s, accuracy=0.91, loss=0.41, step=68000]\n", "Valid: 100% 5664/5667 [00:00<00:00, 7350.55 uttr/s, accuracy=0.72, loss=1.29]\n", "Train: 100% 2000/2000 [00:22<00:00, 88.58 step/s, accuracy=0.91, loss=0.28, step=7e+4] \n", "Valid: 100% 5664/5667 [00:00<00:00, 7313.60 uttr/s, accuracy=0.72, loss=1.28]\n", "Train: 0% 0/2000 [00:00 best_accuracy:\n", " best_accuracy = valid_accuracy\n", " best_state_dict = model.state_dict()\n", "\n", " pbar = tqdm(total=valid_steps, ncols=0, desc=\"Train\", unit=\" step\")\n", " writer.add_scalar('Acc/train', batch_accuracy, step)\n", " writer.add_scalar('Acc/valid', valid_accuracy, step)\n", " writer.add_scalar('lr', optimizer.state_dict()['param_groups'][0]['lr'], step)\n", "\n", " # Save the best model so far.\n", " if (step + 1) % save_steps == 0 and best_state_dict is not None:\n", " torch.save(best_state_dict, save_path)\n", " pbar.write(f\"Step {step + 1}, best model saved. (accuracy={best_accuracy:.4f})\")\n", "\n", " pbar.close()\n", "\n", "\n", "if __name__ == \"__main__\":\n", " main(**parse_args())" ] }, { "cell_type": "markdown", "metadata": { "id": "NLatBYAhNNMx" }, "source": [ "# Inference\n", "\n", "## Dataset of inference" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "efS4pCmAJXJH", "tags": [] }, "outputs": [], "source": [ "import os\n", "import json\n", "import torch\n", "from pathlib import Path\n", "from torch.utils.data import Dataset\n", "\n", "\n", "class InferenceDataset(Dataset):\n", " def __init__(self, data_dir):\n", " testdata_path = Path(data_dir) / \"testdata.json\"\n", " metadata = json.load(testdata_path.open())\n", " self.data_dir = data_dir\n", " self.data = metadata[\"utterances\"]\n", "\n", " def __len__(self):\n", " return len(self.data)\n", "\n", " def __getitem__(self, index):\n", " utterance = self.data[index]\n", " feat_path = utterance[\"feature_path\"]\n", " mel = torch.load(os.path.join(self.data_dir, feat_path))\n", "\n", " return feat_path, mel\n", "\n", "\n", "def inference_collate_batch(batch):\n", " \"\"\"Collate a batch of data.\"\"\"\n", " feat_paths, mels = zip(*batch)\n", "\n", " return feat_paths, torch.stack(mels)" ] }, { "cell_type": "markdown", "metadata": { "id": "tl0WnYwxNK_S" }, "source": [ "## Main funcrion of Inference" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 103, "referenced_widgets": [ "6786c2b0e2614ad389620246cb2178f2", "0d592098920140dab61aac5410568c36", "da681e3cc353420cb142d56df0fce231", "401ae722b95c4ff59b836422dbe71edc", "4efbfb7c7cb54276862e5321209d57fa", "f6dcb3ec9c624171966bb889808dbcb3", "100abf072991474abfcee871d2b83f37", "decc12da6f5742ec8b7ec7789ee434ab", "0117ac88c98440b29ab1f452107cbe1a", "3d64942a0eaa409a93df049bb594c062", "8c8721e504cf434eb9e263fb9983969a" ] }, "id": "i8SAbuXEJb2A", "outputId": "3808f409-19c9-426c-dc15-1b88b0c21645", "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "[Info]: Use cuda now!\n", "[Info]: Finish loading data!\n", "[Info]: Finish creating model!\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "fd5565b11c5a43ea85c4380c56de27f4", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/8000 [00:00] 1.45G 31.0MB/s in 86s \n", "\n", "2023-03-02 05:06:22 (17.3 MB/s) - 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‘Dataset.tar.gz.partab’ saved [1560784333/1560784333]\n", "\n", "--2023-03-02 05:09:11-- https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partac\n", "Resolving github.com (github.com)... 140.82.121.4\n", "Connecting to github.com (github.com)|140.82.121.4|:443... connected.\n", "HTTP request sent, awaiting response... 302 Found\n", "Location: https://objects.githubusercontent.com/github-production-release-asset-2e65be/606989982/0c9d42d3-95b7-4ca4-b57c-ab1a66a5564d?X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Credential=AKIAIWNJYAX4CSVEH53A%2F20230302%2Fus-east-1%2Fs3%2Faws4_request&X-Amz-Date=20230302T050911Z&X-Amz-Expires=300&X-Amz-Signature=a10ad7a33c85a994cea24c2493cc018fa1d287ee75cef1f2b36c919cc173b03d&X-Amz-SignedHeaders=host&actor_id=0&key_id=0&repo_id=606989982&response-content-disposition=attachment%3B%20filename%3DDataset.tar.gz.partac&response-content-type=application%2Foctet-stream [following]\n", "--2023-03-02 05:09:11-- https://objects.githubusercontent.com/github-production-release-asset-2e65be/606989982/0c9d42d3-95b7-4ca4-b57c-ab1a66a5564d?X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Credential=AKIAIWNJYAX4CSVEH53A%2F20230302%2Fus-east-1%2Fs3%2Faws4_request&X-Amz-Date=20230302T050911Z&X-Amz-Expires=300&X-Amz-Signature=a10ad7a33c85a994cea24c2493cc018fa1d287ee75cef1f2b36c919cc173b03d&X-Amz-SignedHeaders=host&actor_id=0&key_id=0&repo_id=606989982&response-content-disposition=attachment%3B%20filename%3DDataset.tar.gz.partac&response-content-type=application%2Foctet-stream\n", "Resolving objects.githubusercontent.com (objects.githubusercontent.com)... 185.199.108.133, 185.199.109.133, 185.199.110.133, ...\n", "Connecting to objects.githubusercontent.com (objects.githubusercontent.com)|185.199.108.133|:443... connected.\n", "HTTP request sent, awaiting response... 200 OK\n", "Length: 1560784333 (1.5G) [application/octet-stream]\n", "Saving to: ‘Dataset.tar.gz.partac’\n", "\n", "Dataset.tar.gz.part 100%[===================>] 1.45G 31.0MB/s in 98s \n", "\n", "2023-03-02 05:10:50 (15.2 MB/s) - ‘Dataset.tar.gz.partac’ saved [1560784333/1560784333]\n", "\n", "--2023-03-02 05:10:50-- https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partad\n", "Resolving github.com (github.com)... 140.82.121.3\n", "Connecting to github.com (github.com)|140.82.121.3|:443... connected.\n", "HTTP request sent, awaiting response... 302 Found\n", "Location: https://objects.githubusercontent.com/github-production-release-asset-2e65be/606989982/0ee11da6-8c96-4463-b084-cea8f95d26e9?X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Credential=AKIAIWNJYAX4CSVEH53A%2F20230302%2Fus-east-1%2Fs3%2Faws4_request&X-Amz-Date=20230302T051050Z&X-Amz-Expires=300&X-Amz-Signature=5b78f08d84962d376572a5bfd3e3d9beb020b61a93013b752257739f86efed6c&X-Amz-SignedHeaders=host&actor_id=0&key_id=0&repo_id=606989982&response-content-disposition=attachment%3B%20filename%3DDataset.tar.gz.partad&response-content-type=application%2Foctet-stream [following]\n", "--2023-03-02 05:10:50-- https://objects.githubusercontent.com/github-production-release-asset-2e65be/606989982/0ee11da6-8c96-4463-b084-cea8f95d26e9?X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Credential=AKIAIWNJYAX4CSVEH53A%2F20230302%2Fus-east-1%2Fs3%2Faws4_request&X-Amz-Date=20230302T051050Z&X-Amz-Expires=300&X-Amz-Signature=5b78f08d84962d376572a5bfd3e3d9beb020b61a93013b752257739f86efed6c&X-Amz-SignedHeaders=host&actor_id=0&key_id=0&repo_id=606989982&response-content-disposition=attachment%3B%20filename%3DDataset.tar.gz.partad&response-content-type=application%2Foctet-stream\n", "Resolving objects.githubusercontent.com (objects.githubusercontent.com)... 185.199.108.133, 185.199.111.133, 185.199.110.133, ...\n", "Connecting to objects.githubusercontent.com (objects.githubusercontent.com)|185.199.108.133|:443... connected.\n", "HTTP request sent, awaiting response... 200 OK\n", "Length: 1560784336 (1.5G) [application/octet-stream]\n", "Saving to: ‘Dataset.tar.gz.partad’\n", "\n", "Dataset.tar.gz.part 100%[===================>] 1.45G 14.3MB/s in 3m 52s \n", "\n", "2023-03-02 05:14:43 (6.42 MB/s) - ‘Dataset.tar.gz.partad’ saved [1560784336/1560784336]\n", "\n", "tar: Ignoring unknown extended header keyword 'LIBARCHIVE.xattr.com.apple.macl'\n" ] } ], "source": [ "!wget https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partaa\n", "!wget https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partab\n", "!wget https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partac\n", "!wget https://github.com/googly-mingto/ML2023HW4/releases/download/data/Dataset.tar.gz.partad\n", "\n", "!cat Dataset.tar.gz.part* > Dataset.tar.gz\n", "!rm Dataset.tar.gz.partaa\n", "!rm Dataset.tar.gz.partab\n", "!rm Dataset.tar.gz.partac\n", "!rm Dataset.tar.gz.partad\n", "# unzip the file\n", "!tar zxf Dataset.tar.gz\n", "!rm Dataset.tar.gz" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "U6Y1cfpDfpON", "outputId": "6ba26637-5c7b-48a9-be0b-1f10ba76590a" }, "outputs": [ { "output_type": "stream", "name": "stdout", "text": [ "tar (child): Dataset.tar.gz: Cannot open: No such file or directory\n", "tar (child): Error is not recoverable: exiting now\n", "tar: Child returned status 2\n", "tar: Error is not recoverable: exiting now\n" ] } ], "source": [ "!tar zxf Dataset.tar.gz" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "E6burzCXIyuA" }, "outputs": [], "source": [ "import numpy as np\n", "import torch\n", "import random\n", "\n", "def set_seed(seed):\n", " np.random.seed(seed)\n", " random.seed(seed)\n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", " torch.backends.cudnn.benchmark = False\n", " torch.backends.cudnn.deterministic = True\n", "\n", "set_seed(87)" ] }, { "cell_type": "markdown", "metadata": { "id": "k7dVbxW2LASN" }, "source": [ "# Data\n", "\n", "## Dataset\n", "- Original dataset is [Voxceleb2](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/vox2.html).\n", "- The [license](https://creativecommons.org/licenses/by/4.0/) and [complete version](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/files/license.txt) of Voxceleb2.\n", "- We randomly select 600 speakers from Voxceleb2.\n", "- Then preprocess the raw waveforms into mel-spectrograms.\n", "\n", "- Args:\n", " - data_dir: The path to the data directory.\n", " - metadata_path: The path to the metadata.\n", " - segment_len: The length of audio segment for training.\n", "- The architecture of data directory \\\\\n", " - data directory \\\\\n", " |---- metadata.json \\\\\n", " |---- testdata.json \\\\\n", " |---- mapping.json \\\\\n", " |---- uttr-{random string}.pt \\\\\n", "\n", "- The information in metadata\n", " - \"n_mels\": The dimention of mel-spectrogram.\n", " - \"speakers\": A dictionary.\n", " - Key: speaker ids.\n", " - value: \"feature_path\" and \"mel_len\"\n", "\n", "\n", "For efficiency, we segment the mel-spectrograms into segments in the traing step." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "KpuGxl4CI2pr" }, "outputs": [], "source": [ "import os\n", "import json\n", "import torch\n", "import random\n", "from pathlib import Path\n", "from torch.utils.data import Dataset\n", "from torch.nn.utils.rnn import pad_sequence\n", "\n", "\n", "class myDataset(Dataset):\n", "\tdef __init__(self, data_dir, segment_len=128):\n", "\t\tself.data_dir = data_dir\n", "\t\tself.segment_len = segment_len\n", "\n", "\t\t# Load the mapping from speaker neme to their corresponding id.\n", "\t\tmapping_path = Path(data_dir) / \"mapping.json\"\n", "\t\tmapping = json.load(mapping_path.open())\n", "\t\tself.speaker2id = mapping[\"speaker2id\"]\n", "\n", "\t\t# Load metadata of training data.\n", "\t\tmetadata_path = Path(data_dir) / \"metadata.json\"\n", "\t\tmetadata = json.load(open(metadata_path))[\"speakers\"]\n", "\n", "\t\t# Get the total number of speaker.\n", "\t\tself.speaker_num = len(metadata.keys())\n", "\t\tself.data = []\n", "\t\tfor speaker in metadata.keys():\n", "\t\t\tfor utterances in metadata[speaker]:\n", "\t\t\t\tself.data.append([utterances[\"feature_path\"], self.speaker2id[speaker]])\n", "\n", "\tdef __len__(self):\n", "\t\t\treturn len(self.data)\n", "\n", "\tdef __getitem__(self, index):\n", "\t\tfeat_path, speaker = self.data[index]\n", "\t\t# Load preprocessed mel-spectrogram.\n", "\t\tmel = torch.load(os.path.join(self.data_dir, feat_path))\n", "\n", "\t\t# Segmemt mel-spectrogram into \"segment_len\" frames.\n", "\t\tif len(mel) > self.segment_len:\n", "\t\t\t# Randomly get the starting point of the segment.\n", "\t\t\tstart = random.randint(0, len(mel) - self.segment_len)\n", "\t\t\t# Get a segment with \"segment_len\" frames.\n", "\t\t\tmel = torch.FloatTensor(mel[start:start+self.segment_len])\n", "\t\telse:\n", "\t\t\tmel = torch.FloatTensor(mel)\n", "\t\t# Turn the speaker id into long for computing loss later.\n", "\t\tspeaker = torch.FloatTensor([speaker]).long()\n", "\t\treturn mel, speaker\n", "\n", "\tdef get_speaker_number(self):\n", "\t\treturn self.speaker_num" ] }, { "cell_type": "markdown", "metadata": { "id": "668hverTMlGN" }, "source": [ "## Dataloader\n", "- Split dataset into training dataset(90%) and validation dataset(10%).\n", "- Create dataloader to iterate the data." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "B7c2gZYoJDRS" }, "outputs": [], "source": [ "import torch\n", "from torch.utils.data import DataLoader, random_split\n", "from torch.nn.utils.rnn import pad_sequence\n", "\n", "\n", "def collate_batch(batch):\n", "\t# Process features within a batch.\n", "\t\"\"\"Collate a batch of data.\"\"\"\n", "\tmel, speaker = zip(*batch)\n", "\t# Because we train the model batch by batch, we need to pad the features in the same batch to make their lengths the same.\n", "\tmel = pad_sequence(mel, batch_first=True, padding_value=-20) # pad log 10^(-20) which is very small value.\n", "\t# mel: (batch size, length, 40)\n", "\treturn mel, torch.FloatTensor(speaker).long()\n", "\n", "\n", "def get_dataloader(data_dir, batch_size, n_workers):\n", "\t\"\"\"Generate dataloader\"\"\"\n", "\tdataset = myDataset(data_dir)\n", "\tspeaker_num = dataset.get_speaker_number()\n", "\t# Split dataset into training dataset and validation dataset\n", "\ttrainlen = int(0.9 * len(dataset))\n", "\tlengths = [trainlen, len(dataset) - trainlen]\n", "\ttrainset, validset = random_split(dataset, lengths)\n", "\n", "\ttrain_loader = DataLoader(\n", "\t\ttrainset,\n", "\t\tbatch_size=batch_size,\n", "\t\tshuffle=True,\n", "\t\tdrop_last=True,\n", "\t\tnum_workers=n_workers,\n", "\t\tpin_memory=True,\n", "\t\tcollate_fn=collate_batch,\n", "\t)\n", "\tvalid_loader = DataLoader(\n", "\t\tvalidset,\n", "\t\tbatch_size=batch_size,\n", "\t\tnum_workers=n_workers,\n", "\t\tdrop_last=True,\n", "\t\tpin_memory=True,\n", "\t\tcollate_fn=collate_batch,\n", "\t)\n", "\n", "\treturn train_loader, valid_loader, speaker_num" ] }, { "cell_type": "markdown", "metadata": { "id": "5FOSZYxrMqhc" }, "source": [ "# Model\n", "- TransformerEncoderLayer:\n", " - Base transformer encoder layer in [Attention Is All You Need](https://arxiv.org/abs/1706.03762)\n", " - Parameters:\n", " - d_model: the number of expected features of the input (required).\n", "\n", " - nhead: the number of heads of the multiheadattention models (required).\n", "\n", " - dim_feedforward: the dimension of the feedforward network model (default=2048).\n", "\n", " - dropout: the dropout value (default=0.1).\n", "\n", " - activation: the activation function of intermediate layer, relu or gelu (default=relu).\n", "\n", "- TransformerEncoder:\n", " - TransformerEncoder is a stack of N transformer encoder layers\n", " - Parameters:\n", " - encoder_layer: an instance of the TransformerEncoderLayer() class (required).\n", "\n", " - num_layers: the number of sub-encoder-layers in the encoder (required).\n", "\n", " - norm: the layer normalization component (optional)." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "iXZ5B0EKJGs8" }, "outputs": [], "source": [ "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "\n", "\n", "class Classifier(nn.Module):\n", "\tdef __init__(self, d_model=80, n_spks=600, dropout=0.1):\n", "\t\tsuper().__init__()\n", "\t\t# Project the dimension of features from that of input into d_model.\n", "\t\tself.prenet = nn.Linear(40, d_model)\n", "\t\t# TODO:\n", "\t\t# Change Transformer to Conformer.\n", "\t\t# https://arxiv.org/abs/2005.08100\n", "\t\tself.encoder_layer = nn.TransformerEncoderLayer(\n", "\t\t\td_model=d_model, dim_feedforward=256, nhead=2\n", "\t\t)\n", "\t\t# self.encoder = nn.TransformerEncoder(self.encoder_layer, num_layers=2)\n", "\n", "\t\t# Project the the dimension of features from d_model into speaker nums.\n", "\t\tself.pred_layer = nn.Sequential(\n", "\t\t\tnn.Linear(d_model, d_model),\n", "\t\t\tnn.Sigmoid(),\n", "\t\t\tnn.Linear(d_model, n_spks),\n", "\t\t)\n", "\n", "\tdef forward(self, mels):\n", "\t\t\"\"\"\n", "\t\targs:\n", "\t\t\tmels: (batch size, length, 40)\n", "\t\treturn:\n", "\t\t\tout: (batch size, n_spks)\n", "\t\t\"\"\"\n", "\t\t# out: (batch size, length, d_model)\n", "\t\tout = self.prenet(mels)\n", "\t\t# out: (length, batch size, d_model)\n", "\t\tout = out.permute(1, 0, 2)\n", "\t\t# The encoder layer expect features in the shape of (length, batch size, d_model).\n", "\t\tout = self.encoder_layer(out)\n", "\t\t# out: (batch size, length, d_model)\n", "\t\tout = out.transpose(0, 1)\n", "\t\t# mean pooling\n", "\t\tstats = out.mean(dim=1)\n", "\n", "\t\t# out: (batch, n_spks)\n", "\t\tout = self.pred_layer(stats)\n", "\t\treturn out" ] }, { "cell_type": "markdown", "metadata": { "id": "W7yX8JinM5Ly" }, "source": [ "# Learning rate schedule\n", "- For transformer architecture, the design of learning rate schedule is different from that of CNN.\n", "- Previous works show that the warmup of learning rate is useful for training models with transformer architectures.\n", "- The warmup schedule\n", " - Set learning rate to 0 in the beginning.\n", " - The learning rate increases linearly from 0 to initial learning rate during warmup period." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "ykt0N1nVJJi2" }, "outputs": [], "source": [ "import math\n", "\n", "import torch\n", "from torch.optim import Optimizer\n", "from torch.optim.lr_scheduler import LambdaLR\n", "\n", "\n", "def get_cosine_schedule_with_warmup(\n", "\toptimizer: Optimizer,\n", "\tnum_warmup_steps: int,\n", "\tnum_training_steps: int,\n", "\tnum_cycles: float = 0.5,\n", "\tlast_epoch: int = -1,\n", "):\n", "\t\"\"\"\n", "\tCreate a schedule with a learning rate that decreases following the values of the cosine function between the\n", "\tinitial lr set in the optimizer to 0, after a warmup period during which it increases linearly between 0 and the\n", "\tinitial lr set in the optimizer.\n", "\n", "\tArgs:\n", "\t\toptimizer (:class:`~torch.optim.Optimizer`):\n", "\t\tThe optimizer for which to schedule the learning rate.\n", "\t\tnum_warmup_steps (:obj:`int`):\n", "\t\tThe number of steps for the warmup phase.\n", "\t\tnum_training_steps (:obj:`int`):\n", "\t\tThe total number of training steps.\n", "\t\tnum_cycles (:obj:`float`, `optional`, defaults to 0.5):\n", "\t\tThe number of waves in the cosine schedule (the defaults is to just decrease from the max value to 0\n", "\t\tfollowing a half-cosine).\n", "\t\tlast_epoch (:obj:`int`, `optional`, defaults to -1):\n", "\t\tThe index of the last epoch when resuming training.\n", "\n", "\tReturn:\n", "\t\t:obj:`torch.optim.lr_scheduler.LambdaLR` with the appropriate schedule.\n", "\t\"\"\"\n", "\tdef lr_lambda(current_step):\n", "\t\t# Warmup\n", "\t\tif current_step < num_warmup_steps:\n", "\t\t\treturn float(current_step) / float(max(1, num_warmup_steps))\n", "\t\t# decadence\n", "\t\tprogress = float(current_step - num_warmup_steps) / float(\n", "\t\t\tmax(1, num_training_steps - num_warmup_steps)\n", "\t\t)\n", "\t\treturn max(\n", "\t\t\t0.0, 0.5 * (1.0 + math.cos(math.pi * float(num_cycles) * 2.0 * progress))\n", "\t\t)\n", "\n", "\treturn LambdaLR(optimizer, lr_lambda, last_epoch)" ] }, { "cell_type": "markdown", "metadata": { "id": "-LN2XkteM_uH" }, "source": [ "# Model Function\n", "- Model forward function." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "N-rr8529JMz0" }, "outputs": [], "source": [ "import torch\n", "\n", "\n", "def model_fn(batch, model, criterion, device):\n", "\t\"\"\"Forward a batch through the model.\"\"\"\n", "\n", "\tmels, labels = batch\n", "\tmels = mels.to(device)\n", "\tlabels = labels.to(device)\n", "\n", "\touts = model(mels)\n", "\n", "\tloss = criterion(outs, labels)\n", "\n", "\t# Get the speaker id with highest probability.\n", "\tpreds = outs.argmax(1)\n", "\t# Compute accuracy.\n", "\taccuracy = torch.mean((preds == labels).float())\n", "\n", "\treturn loss, accuracy" ] }, { "cell_type": "markdown", "metadata": { "id": "cwM_xyOtNCI2" }, "source": [ "# Validate\n", "- Calculate accuracy of the validation set." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "YAiv6kpdJRTJ" }, "outputs": [], "source": [ "from tqdm import tqdm\n", "import torch\n", "\n", "\n", "def valid(dataloader, model, criterion, device):\n", "\t\"\"\"Validate on validation set.\"\"\"\n", "\n", "\tmodel.eval()\n", "\trunning_loss = 0.0\n", "\trunning_accuracy = 0.0\n", "\tpbar = tqdm(total=len(dataloader.dataset), ncols=0, desc=\"Valid\", unit=\" uttr\")\n", "\n", "\tfor i, batch in enumerate(dataloader):\n", "\t\twith torch.no_grad():\n", "\t\t\tloss, accuracy = model_fn(batch, model, criterion, device)\n", "\t\t\trunning_loss += loss.item()\n", "\t\t\trunning_accuracy += accuracy.item()\n", "\n", "\t\tpbar.update(dataloader.batch_size)\n", "\t\tpbar.set_postfix(\n", "\t\t\tloss=f\"{running_loss / (i+1):.2f}\",\n", "\t\t\taccuracy=f\"{running_accuracy / (i+1):.2f}\",\n", "\t\t)\n", "\n", "\tpbar.close()\n", "\tmodel.train()\n", "\n", "\treturn running_accuracy / len(dataloader)" ] }, { "cell_type": "markdown", "metadata": { "id": "g6ne9G-eNEdG" }, "source": [ "# Main function" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "Usv9s-CuJSG7", "outputId": "f4f6a983-3559-4f36-efae-402bbf790473" }, "outputs": [ { "output_type": "stream", "name": "stdout", "text": [ "[Info]: Use cuda now!\n" ] }, { "output_type": "stream", "name": "stderr", "text": [ "/usr/local/lib/python3.8/dist-packages/torch/utils/data/dataloader.py:554: UserWarning: This DataLoader will create 8 worker processes in total. Our suggested max number of worker in current system is 2, which is smaller than what this DataLoader is going to create. Please be aware that excessive worker creation might get DataLoader running slow or even freeze, lower the worker number to avoid potential slowness/freeze if necessary.\n", " warnings.warn(_create_warning_msg(\n" ] }, { "output_type": "stream", "name": "stdout", "text": [ "[Info]: Finish loading data!\n", "[Info]: Finish creating model!\n" ] }, { "output_type": "stream", "name": "stderr", "text": [ "Train: 100% 2000/2000 [01:39<00:00, 20.15 step/s, accuracy=0.00, loss=5.34, step=2000]\n", "Valid: 100% 5664/5667 [00:08<00:00, 646.60 uttr/s, accuracy=0.03, loss=5.30]\n", "Train: 100% 2000/2000 [01:05<00:00, 30.48 step/s, accuracy=0.09, loss=4.58, step=4000]\n", "Valid: 100% 5664/5667 [00:09<00:00, 592.93 uttr/s, accuracy=0.09, loss=4.65]\n", "Train: 100% 2000/2000 [00:55<00:00, 36.21 step/s, accuracy=0.19, loss=3.84, step=6000]\n", "Valid: 100% 5664/5667 [00:06<00:00, 909.71 uttr/s, accuracy=0.14, loss=4.25] \n", "Train: 100% 2000/2000 [01:03<00:00, 31.46 step/s, accuracy=0.16, loss=4.17, step=8000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1575.18 uttr/s, accuracy=0.16, loss=4.06]\n", "Train: 100% 2000/2000 [00:51<00:00, 38.66 step/s, accuracy=0.16, loss=4.00, step=1e+4]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1629.40 uttr/s, accuracy=0.19, loss=3.86]\n", "Train: 0% 10/2000 [00:00<00:50, 39.27 step/s, accuracy=0.22, loss=3.96, step=1e+4]" ] }, { "output_type": "stream", "name": "stdout", "text": [ "Step 10000, best model saved. (accuracy=0.1933)\n" ] }, { "output_type": "stream", "name": "stderr", "text": [ "Train: 100% 2000/2000 [00:47<00:00, 41.88 step/s, accuracy=0.19, loss=3.55, step=12000]\n", "Valid: 100% 5664/5667 [00:04<00:00, 1279.71 uttr/s, accuracy=0.22, loss=3.72]\n", "Train: 100% 2000/2000 [00:45<00:00, 43.75 step/s, accuracy=0.25, loss=3.63, step=14000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1714.78 uttr/s, accuracy=0.24, loss=3.57]\n", "Train: 100% 2000/2000 [00:45<00:00, 44.12 step/s, accuracy=0.22, loss=3.98, step=16000]\n", "Valid: 100% 5664/5667 [00:05<00:00, 1049.05 uttr/s, accuracy=0.26, loss=3.50]\n", "Train: 100% 2000/2000 [00:45<00:00, 44.31 step/s, accuracy=0.16, loss=3.48, step=18000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1765.13 uttr/s, accuracy=0.28, loss=3.37]\n", "Train: 100% 2000/2000 [00:44<00:00, 44.49 step/s, accuracy=0.28, loss=3.25, step=2e+4]\n", "Valid: 100% 5664/5667 [00:04<00:00, 1379.63 uttr/s, accuracy=0.30, loss=3.28]\n", "Train: 0% 6/2000 [00:00<01:08, 29.05 step/s, accuracy=0.34, loss=2.96, step=2e+4]" ] }, { "output_type": "stream", "name": "stdout", "text": [ "Step 20000, best model saved. (accuracy=0.2994)\n" ] }, { "output_type": "stream", "name": "stderr", "text": [ "Train: 100% 2000/2000 [00:45<00:00, 44.24 step/s, accuracy=0.47, loss=2.32, step=22000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1698.76 uttr/s, accuracy=0.32, loss=3.17]\n", "Train: 100% 2000/2000 [00:44<00:00, 44.56 step/s, accuracy=0.38, loss=3.30, step=24000]\n", "Valid: 100% 5664/5667 [00:04<00:00, 1328.95 uttr/s, accuracy=0.33, loss=3.08]\n", "Train: 100% 2000/2000 [00:46<00:00, 42.84 step/s, accuracy=0.44, loss=2.49, step=26000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1708.26 uttr/s, accuracy=0.35, loss=3.01]\n", "Train: 100% 2000/2000 [00:44<00:00, 44.61 step/s, accuracy=0.34, loss=2.98, step=28000]\n", "Valid: 100% 5664/5667 [00:04<00:00, 1164.28 uttr/s, accuracy=0.36, loss=2.94]\n", "Train: 100% 2000/2000 [00:45<00:00, 43.79 step/s, accuracy=0.28, loss=3.35, step=3e+4]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1691.95 uttr/s, accuracy=0.38, loss=2.87]\n", "Train: 0% 10/2000 [00:00<00:40, 48.99 step/s, accuracy=0.31, loss=3.11, step=3e+4]" ] }, { "output_type": "stream", "name": "stdout", "text": [ "Step 30000, best model saved. (accuracy=0.3766)\n" ] }, { "output_type": "stream", "name": "stderr", "text": [ "Train: 100% 2000/2000 [00:46<00:00, 42.87 step/s, accuracy=0.59, loss=2.10, step=32000]\n", "Valid: 100% 5664/5667 [00:04<00:00, 1266.74 uttr/s, accuracy=0.39, loss=2.83]\n", "Train: 100% 2000/2000 [00:47<00:00, 42.50 step/s, accuracy=0.47, loss=2.61, step=34000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1695.46 uttr/s, accuracy=0.40, loss=2.79]\n", "Train: 100% 2000/2000 [00:46<00:00, 42.68 step/s, accuracy=0.47, loss=2.27, step=36000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1695.12 uttr/s, accuracy=0.41, loss=2.71]\n", "Train: 100% 2000/2000 [00:45<00:00, 44.31 step/s, accuracy=0.31, loss=2.92, step=38000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1699.13 uttr/s, accuracy=0.42, loss=2.66]\n", "Train: 100% 2000/2000 [00:47<00:00, 41.84 step/s, accuracy=0.44, loss=3.49, step=4e+4]\n", "Valid: 100% 5664/5667 [00:04<00:00, 1407.64 uttr/s, accuracy=0.43, loss=2.65]\n", "Train: 0% 10/2000 [00:00<00:41, 48.40 step/s, accuracy=0.50, loss=2.24, step=4e+4]" ] }, { "output_type": "stream", "name": "stdout", "text": [ "Step 40000, best model saved. (accuracy=0.4287)\n" ] }, { "output_type": "stream", "name": "stderr", "text": [ "Train: 100% 2000/2000 [00:45<00:00, 43.89 step/s, accuracy=0.44, loss=2.31, step=42000]\n", "Valid: 100% 5664/5667 [00:05<00:00, 1062.44 uttr/s, accuracy=0.42, loss=2.63]\n", "Train: 100% 2000/2000 [00:45<00:00, 43.58 step/s, accuracy=0.50, loss=1.89, step=44000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1633.34 uttr/s, accuracy=0.44, loss=2.58]\n", "Train: 100% 2000/2000 [00:45<00:00, 44.32 step/s, accuracy=0.34, loss=3.01, step=46000]\n", "Valid: 100% 5664/5667 [00:04<00:00, 1176.49 uttr/s, accuracy=0.45, loss=2.52]\n", "Train: 100% 2000/2000 [00:45<00:00, 43.93 step/s, accuracy=0.53, loss=2.38, step=48000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1690.24 uttr/s, accuracy=0.45, loss=2.49]\n", "Train: 100% 2000/2000 [00:45<00:00, 44.33 step/s, accuracy=0.44, loss=1.99, step=5e+4]\n", "Valid: 100% 5664/5667 [00:04<00:00, 1318.06 uttr/s, accuracy=0.45, loss=2.49]\n", "Train: 0% 10/2000 [00:00<00:44, 44.97 step/s, accuracy=0.53, loss=2.17, step=5e+4]" ] }, { "output_type": "stream", "name": "stdout", "text": [ "Step 50000, best model saved. (accuracy=0.4536)\n" ] }, { "output_type": "stream", "name": "stderr", "text": [ "Train: 100% 2000/2000 [00:45<00:00, 43.60 step/s, accuracy=0.56, loss=2.07, step=52000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1704.31 uttr/s, accuracy=0.47, loss=2.44]\n", "Train: 100% 2000/2000 [00:45<00:00, 44.30 step/s, accuracy=0.47, loss=2.27, step=54000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1416.50 uttr/s, accuracy=0.47, loss=2.45]\n", "Train: 100% 2000/2000 [00:45<00:00, 44.31 step/s, accuracy=0.38, loss=2.47, step=56000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1636.55 uttr/s, accuracy=0.47, loss=2.41]\n", "Train: 100% 2000/2000 [00:46<00:00, 43.13 step/s, accuracy=0.53, loss=2.40, step=58000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1733.87 uttr/s, accuracy=0.47, loss=2.42]\n", "Train: 100% 2000/2000 [00:46<00:00, 43.38 step/s, accuracy=0.56, loss=1.91, step=6e+4]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1722.16 uttr/s, accuracy=0.48, loss=2.39]\n", "Train: 0% 9/2000 [00:00<00:44, 44.52 step/s, accuracy=0.56, loss=2.01, step=6e+4]" ] }, { "output_type": "stream", "name": "stdout", "text": [ "Step 60000, best model saved. (accuracy=0.4802)\n" ] }, { "output_type": "stream", "name": "stderr", "text": [ "Train: 100% 2000/2000 [00:46<00:00, 43.09 step/s, accuracy=0.38, loss=2.42, step=62000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1652.15 uttr/s, accuracy=0.48, loss=2.36]\n", "Train: 100% 2000/2000 [00:45<00:00, 43.60 step/s, accuracy=0.53, loss=2.07, step=64000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1482.73 uttr/s, accuracy=0.48, loss=2.39]\n", "Train: 100% 2000/2000 [00:47<00:00, 42.54 step/s, accuracy=0.53, loss=2.47, step=66000]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1674.74 uttr/s, accuracy=0.48, loss=2.40]\n", "Train: 100% 2000/2000 [00:46<00:00, 43.00 step/s, accuracy=0.41, loss=2.61, step=68000]\n", "Valid: 100% 5664/5667 [00:05<00:00, 990.67 uttr/s, accuracy=0.48, loss=2.37] \n", "Train: 100% 2000/2000 [00:48<00:00, 41.57 step/s, accuracy=0.69, loss=1.81, step=7e+4]\n", "Valid: 100% 5664/5667 [00:03<00:00, 1500.45 uttr/s, accuracy=0.47, loss=2.42]\n", "Train: 0% 0/2000 [00:00 best_accuracy:\n", "\t\t\t\tbest_accuracy = valid_accuracy\n", "\t\t\t\tbest_state_dict = model.state_dict()\n", "\n", "\t\t\tpbar = tqdm(total=valid_steps, ncols=0, desc=\"Train\", unit=\" step\")\n", "\n", "\t\t# Save the best model so far.\n", "\t\tif (step + 1) % save_steps == 0 and best_state_dict is not None:\n", "\t\t\ttorch.save(best_state_dict, save_path)\n", "\t\t\tpbar.write(f\"Step {step + 1}, best model saved. (accuracy={best_accuracy:.4f})\")\n", "\n", "\tpbar.close()\n", "\n", "\n", "if __name__ == \"__main__\":\n", "\tmain(**parse_args())" ] }, { "cell_type": "markdown", "metadata": { "id": "NLatBYAhNNMx" }, "source": [ "# Inference\n", "\n", "## Dataset of inference" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "efS4pCmAJXJH" }, "outputs": [], "source": [ "import os\n", "import json\n", "import torch\n", "from pathlib import Path\n", "from torch.utils.data import Dataset\n", "\n", "\n", "class InferenceDataset(Dataset):\n", "\tdef __init__(self, data_dir):\n", "\t\ttestdata_path = Path(data_dir) / \"testdata.json\"\n", "\t\tmetadata = json.load(testdata_path.open())\n", "\t\tself.data_dir = data_dir\n", "\t\tself.data = metadata[\"utterances\"]\n", "\n", "\tdef __len__(self):\n", "\t\treturn len(self.data)\n", "\n", "\tdef __getitem__(self, index):\n", "\t\tutterance = self.data[index]\n", "\t\tfeat_path = utterance[\"feature_path\"]\n", "\t\tmel = torch.load(os.path.join(self.data_dir, feat_path))\n", "\n", "\t\treturn feat_path, mel\n", "\n", "\n", "def inference_collate_batch(batch):\n", "\t\"\"\"Collate a batch of data.\"\"\"\n", "\tfeat_paths, mels = zip(*batch)\n", "\n", "\treturn feat_paths, torch.stack(mels)" ] }, { "cell_type": "markdown", "metadata": { "id": "tl0WnYwxNK_S" }, "source": [ "## Main funcrion of Inference" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 103, "referenced_widgets": [ "6786c2b0e2614ad389620246cb2178f2", "0d592098920140dab61aac5410568c36", "da681e3cc353420cb142d56df0fce231", "401ae722b95c4ff59b836422dbe71edc", "4efbfb7c7cb54276862e5321209d57fa", "f6dcb3ec9c624171966bb889808dbcb3", "100abf072991474abfcee871d2b83f37", "decc12da6f5742ec8b7ec7789ee434ab", "0117ac88c98440b29ab1f452107cbe1a", "3d64942a0eaa409a93df049bb594c062", "8c8721e504cf434eb9e263fb9983969a" ] }, "id": "i8SAbuXEJb2A", "outputId": "3808f409-19c9-426c-dc15-1b88b0c21645" }, "outputs": [ { "output_type": "stream", "name": "stdout", "text": [ "[Info]: Use cuda now!\n", "[Info]: Finish loading data!\n", "[Info]: Finish creating model!\n" ] }, { "output_type": "display_data", "data": { "text/plain": [ " 0%| | 0/8000 [00:00 Dataset.tar.gz\n", "# !rm Dataset.tar.gz.partaa\n", "# !rm Dataset.tar.gz.partab\n", "# !rm Dataset.tar.gz.partac\n", "# !rm Dataset.tar.gz.partad\n", "# # unzip the file\n", "# !tar zxf Dataset.tar.gz\n", "# !rm Dataset.tar.gz" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "U6Y1cfpDfpON", "outputId": "6ba26637-5c7b-48a9-be0b-1f10ba76590a", "tags": [] }, "outputs": [], "source": [ "# !tar zxf Dataset.tar.gz" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "id": "E6burzCXIyuA", "tags": [] }, "outputs": [], "source": [ "import numpy as np\n", "import torch\n", "import random\n", "\n", "def set_seed(seed):\n", " np.random.seed(seed)\n", " random.seed(seed)\n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", " torch.backends.cudnn.benchmark = False\n", " torch.backends.cudnn.deterministic = True\n", "\n", "set_seed(87)" ] }, { "cell_type": "markdown", "metadata": { "id": "k7dVbxW2LASN" }, "source": [ "# Data\n", "\n", "## Dataset\n", "- Original dataset is [Voxceleb2](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/vox2.html).\n", "- The [license](https://creativecommons.org/licenses/by/4.0/) and [complete version](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/files/license.txt) of Voxceleb2.\n", "- We randomly select 600 speakers from Voxceleb2.\n", "- Then preprocess the raw waveforms into mel-spectrograms.\n", "\n", "- Args:\n", " - data_dir: The path to the data directory.\n", " - metadata_path: The path to the metadata.\n", " - segment_len: The length of audio segment for training. \n", "- The architecture of data directory \\\\\n", " - data directory \\\\\n", " |---- metadata.json \\\\\n", " |---- testdata.json \\\\\n", " |---- mapping.json \\\\\n", " |---- uttr-{random string}.pt \\\\\n", "\n", "- The information in metadata\n", " - \"n_mels\": The dimention of mel-spectrogram.\n", " - \"speakers\": A dictionary. \n", " - Key: speaker ids.\n", " - value: \"feature_path\" and \"mel_len\"\n", "\n", "\n", "For efficiency, we segment the mel-spectrograms into segments in the traing step." ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "KpuGxl4CI2pr", "tags": [] }, "outputs": [], "source": [ "import os\n", "import json\n", "import torch\n", "import random\n", "from pathlib import Path\n", "from torch.utils.data import Dataset\n", "from torch.nn.utils.rnn import pad_sequence\n", " \n", " \n", "class myDataset(Dataset):\n", " def __init__(self, data_dir, segment_len=128):\n", " self.data_dir = data_dir\n", " self.segment_len = segment_len\n", "\n", " # Load the mapping from speaker neme to their corresponding id. \n", " mapping_path = Path(data_dir) / \"mapping.json\"\n", " mapping = json.load(mapping_path.open())\n", " self.speaker2id = mapping[\"speaker2id\"]\n", "\n", " # Load metadata of training data.\n", " metadata_path = Path(data_dir) / \"metadata.json\"\n", " metadata = json.load(open(metadata_path))[\"speakers\"]\n", "\n", " # Get the total number of speaker.\n", " self.speaker_num = len(metadata.keys())\n", " self.data = []\n", " for speaker in metadata.keys():\n", " for utterances in metadata[speaker]:\n", " self.data.append([utterances[\"feature_path\"], self.speaker2id[speaker]])\n", "\n", " def __len__(self):\n", " return len(self.data)\n", "\n", " def __getitem__(self, index):\n", " feat_path, speaker = self.data[index]\n", " # Load preprocessed mel-spectrogram.\n", " mel = torch.load(os.path.join(self.data_dir, feat_path))\n", "\n", " # Segment mel-spectrogram into \"segment_len\" frames.\n", " if len(mel) > self.segment_len:\n", " # Randomly get the starting point of the segment.\n", " start = random.randint(0, len(mel) - self.segment_len)\n", " # Get a segment with \"segment_len\" frames.\n", " mel = torch.FloatTensor(mel[start:start+self.segment_len])\n", " else:\n", " mel = torch.FloatTensor(mel)\n", " # Turn the speaker id into long for computing loss later.\n", " speaker = torch.FloatTensor([speaker]).long() # .long().dtype = torch.int64\n", " return mel, speaker\n", "\n", " def get_speaker_number(self):\n", " return self.speaker_num" ] }, { "cell_type": "markdown", "metadata": { "id": "668hverTMlGN" }, "source": [ "## Dataloader\n", "- Split dataset into training dataset(90%) and validation dataset(10%).\n", "- Create dataloader to iterate the data." ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "B7c2gZYoJDRS" }, "outputs": [], "source": [ "import torch\n", "from torch.utils.data import DataLoader, random_split\n", "from torch.nn.utils.rnn import pad_sequence\n", "\n", "\n", "def collate_batch(batch):\n", " # Process features within a batch.\n", " \"\"\"Collate a batch of data.\"\"\"\n", " mel, speaker = zip(*batch)\n", " # Because we train the model batch by batch, we need to pad the features in the same batch to make their lengths the same.\n", " mel = pad_sequence(mel, batch_first=True, padding_value=-20) # pad log 10^(-20) which is very small value.\n", " # mel: (batch size, length, 40)\n", " return mel, torch.FloatTensor(speaker).long()\n", "\n", "\n", "def get_dataloader(data_dir, batch_size, n_workers):\n", " \"\"\"Generate dataloader\"\"\"\n", " dataset = myDataset(data_dir)\n", " speaker_num = dataset.get_speaker_number()\n", " # Split dataset into training dataset and validation dataset\n", " trainlen = int(0.9 * len(dataset))\n", " lengths = [trainlen, len(dataset) - trainlen]\n", " trainset, validset = random_split(dataset, lengths)\n", "\n", " train_loader = DataLoader(\n", " trainset,\n", " batch_size=batch_size,\n", " shuffle=True,\n", " drop_last=True,\n", " num_workers=n_workers,\n", " pin_memory=True,\n", " collate_fn=collate_batch,\n", " )\n", " valid_loader = DataLoader(\n", " validset,\n", " batch_size=batch_size,\n", " num_workers=n_workers,\n", " drop_last=True,\n", " pin_memory=True,\n", " collate_fn=collate_batch,\n", " )\n", "\n", " return train_loader, valid_loader, speaker_num" ] }, { "cell_type": "markdown", "metadata": { "id": "5FOSZYxrMqhc" }, "source": [ "# Model (Strong)\n", "- TransformerEncoderLayer:\n", " - Base transformer encoder layer in [Attention Is All You Need](https://arxiv.org/abs/1706.03762)\n", " - Parameters:\n", " - d_model: the number of expected features of the input (required).\n", "\n", " - nhead: the number of heads of the multiheadattention models (required).\n", "\n", " - dim_feedforward: the dimension of the feedforward network model (default=2048).\n", "\n", " - dropout: the dropout value (default=0.1).\n", "\n", " - activation: the activation function of intermediate layer, relu or gelu (default=relu).\n", "\n", "- TransformerEncoder:\n", " - TransformerEncoder is a stack of N transformer encoder layers\n", " - Parameters:\n", " - encoder_layer: an instance of the TransformerEncoderLayer() class (required).\n", "\n", " - num_layers: the number of sub-encoder-layers in the encoder (required).\n", "\n", " - norm: the layer normalization component (optional)." ] }, { "cell_type": "markdown", "metadata": { "tags": [] }, "source": [ "## Conformer\n", "The [GitHub source code](https://github.com/sooftware/conformer/tree/main) for the [Conformer paper](https://arxiv.org/abs/2005.08100) has been included in this notebook for reference.\n", "\n", "### Encoder model architecture\n", "![image-20231012151052854](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231012151052.png)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Basic Modules\n", "\n", "This cell contains implementations of several basic modules that will be used to construct the Conformer model architecture in the following sections:\n", "\n", "- `ResidualConnectionModule`: Implements a residual connection module\n", "- `Linear`: Wrapper for `torch.nn.Linear` with Xavier initialization\n", "- `View`: Wrapper for `torch.view()` to be used in Sequential \n", "- `Transpose`: Wrapper for `torch.transpose()` to be used in Sequential\n", "- `Swish`: Implementation of the Swish activation function\n", "- `GLU`: Implementation of Gated Linear Units\n", "\n", "These modules provide basic building blocks like linear transformations, activations, residual connections that will be used to build components of the Conformer model such as the multi-headed attention and feedforward layers." ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "# Copyright (c) 2021, Soohwan Kim. All rights reserved.\n", "#\n", "# Licensed under the Apache License, Version 2.0 (the \"License\");\n", "# you may not use this file except in compliance with the License.\n", "# You may obtain a copy of the License at\n", "#\n", "# http://www.apache.org/licenses/LICENSE-2.0\n", "#\n", "# Unless required by applicable law or agreed to in writing, software\n", "# distributed under the License is distributed on an \"AS IS\" BASIS,\n", "# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n", "# See the License for the specific language governing permissions and\n", "# limitations under the License.\n", "\n", "import torch.nn as nn\n", "import torch.nn.init as init\n", "from torch import Tensor\n", "\n", "from typing import Tuple\n", "\n", "\n", "class ResidualConnectionModule(nn.Module):\n", " \"\"\"\n", " Residual Connection Module.\n", " outputs = (module(inputs) x module_factor + inputs x input_factor)\n", " \"\"\"\n", " def __init__(self, module: nn.Module, module_factor: float = 1.0, input_factor: float = 1.0):\n", " super(ResidualConnectionModule, self).__init__()\n", " self.module = module\n", " self.module_factor = module_factor\n", " self.input_factor = input_factor\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return (self.module(inputs) * self.module_factor) + (inputs * self.input_factor)\n", " \n", " \n", "class Linear(nn.Module):\n", " \"\"\"\n", " Wrapper class of torch.nn.Linear\n", " Weight initialize by xavier initialization and bias initialize to zeros.\n", " \"\"\"\n", " def __init__(self, in_features: int, out_features: int, bias: bool = True) -> None:\n", " super(Linear, self).__init__()\n", " self.linear = nn.Linear(in_features, out_features, bias=bias)\n", " init.xavier_uniform_(self.linear.weight)\n", " if bias:\n", " init.zeros_(self.linear.bias)\n", "\n", " def forward(self, x: Tensor) -> Tensor:\n", " return self.linear(x)\n", "\n", "\n", "class View(nn.Module):\n", " \"\"\" Wrapper class of torch.view() for Sequential module. \"\"\"\n", " def __init__(self, shape: tuple, contiguous: bool = False):\n", " super(View, self).__init__()\n", " self.shape = shape\n", " self.contiguous = contiguous\n", "\n", " def forward(self, x: Tensor) -> Tensor:\n", " if self.contiguous:\n", " x = x.contiguous()\n", "\n", " return x.view(*self.shape)\n", "\n", "\n", "class Transpose(nn.Module):\n", " \"\"\" Wrapper class of torch.transpose() for Sequential module. \"\"\"\n", " def __init__(self, shape: tuple):\n", " super(Transpose, self).__init__()\n", " self.shape = shape\n", "\n", " def forward(self, x: Tensor) -> Tensor:\n", " return x.transpose(*self.shape)\n", "\n", "\n", "class Swish(nn.Module):\n", " \"\"\"\n", " Swish is a smooth, non-monotonic function that consistently matches or outperforms ReLU on deep networks applied\n", " to a variety of challenging domains such as Image classification and Machine translation.\n", " \"\"\"\n", " def __init__(self):\n", " super(Swish, self).__init__()\n", " \n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return inputs * inputs.sigmoid()\n", "\n", "\n", "class GLU(nn.Module):\n", " \"\"\"\n", " The gating mechanism is called Gated Linear Units (GLU), which was first introduced for natural language processing\n", " in the paper “Language Modeling with Gated Convolutional Networks”\n", " \"\"\"\n", " def __init__(self, dim: int) -> None:\n", " super(GLU, self).__init__()\n", " self.dim = dim\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " outputs, gate = inputs.chunk(2, dim=self.dim)\n", " return outputs * gate.sigmoid()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Feed Forward Module\n", "\n", "This cell implements the Feed Forward Module for the Conformer model.\n", "\n", "Key points:\n", "\n", "- It follows the pre-norm residual unit design, with layer normalization applied before the first linear layer\n", "- Two linear layers with Swish activation in between\n", "- Expansion factor of 4 on the hidden layer dimensionality\n", "- Dropout applied after both linear layers for regularization" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "class FeedForwardModule(nn.Module):\n", " \"\"\"\n", " Conformer Feed Forward Module follow pre-norm residual units and apply layer normalization within the residual unit\n", " and on the input before the first linear layer. This module also apply Swish activation and dropout, which helps\n", " regularizing the network.\n", "\n", " Args:\n", " encoder_dim (int): Dimension of conformer encoder\n", " expansion_factor (int): Expansion factor of feed forward module.\n", " dropout_p (float): Ratio of dropout\n", "\n", " Inputs: inputs\n", " - **inputs** (batch, time, dim): Tensor contains input sequences\n", "\n", " Outputs: outputs\n", " - **outputs** (batch, time, dim): Tensor produces by feed forward module.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " encoder_dim: int = 512,\n", " expansion_factor: int = 4,\n", " dropout_p: float = 0.1,\n", " ) -> None:\n", " super(FeedForwardModule, self).__init__()\n", " self.sequential = nn.Sequential(\n", " nn.LayerNorm(encoder_dim),\n", " Linear(encoder_dim, encoder_dim * expansion_factor, bias=True),\n", " Swish(),\n", " nn.Dropout(p=dropout_p),\n", " Linear(encoder_dim * expansion_factor, encoder_dim, bias=True),\n", " nn.Dropout(p=dropout_p),\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.sequential(inputs)\n", " " ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Positional Encoding" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "tags": [] }, "outputs": [], "source": [ "class PositionalEncoding(nn.Module):\n", " \"\"\"\n", " Positional Encoding proposed in \"Attention Is All You Need\".\n", " Since transformer contains no recurrence and no convolution, in order for the model to make\n", " use of the order of the sequence, we must add some positional information.\n", "\n", " \"Attention Is All You Need\" use sine and cosine functions of different frequencies:\n", " PE_(pos, 2i) = sin(pos / power(10000, 2i / d_model))\n", " PE_(pos, 2i+1) = cos(pos / power(10000, 2i / d_model))\n", " \"\"\"\n", " def __init__(self, d_model: int = 512, max_len: int = 10000) -> None:\n", " super(PositionalEncoding, self).__init__()\n", " pe = torch.zeros(max_len, d_model, requires_grad=False)\n", " position = torch.arange(0, max_len, dtype=torch.float).unsqueeze(1)\n", " div_term = torch.exp(torch.arange(0, d_model, 2).float() * -(math.log(10000.0) / d_model))\n", " pe[:, 0::2] = torch.sin(position * div_term)\n", " pe[:, 1::2] = torch.cos(position * div_term)\n", " pe = pe.unsqueeze(0)\n", " self.register_buffer('pe', pe)\n", "\n", " def forward(self, length: int) -> Tensor:\n", " return self.pe[:, :length]" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Relative Multi-Head Attention\n", "\n", "This module implements relative multi-head attention mechanism as proposed in [Transformer-XL paper](https://arxiv.org/abs/1901.02860). \n", "\n", "Key points:\n", "\n", "- Splits input into multiple heads, applies attention separately on each head\n", "- Adds positional embedding to the query before calculating attention score \n", "- Positional embeddings are also projected to number of heads\n", "- Attention scores calculated using both content-based and position-based similarities\n", "- Relative positional shifts are applied to the position embeddings\n", "- Context vectors from each head are concatenated and projected " ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [], "source": [ "from typing import Optional\n", "\n", "\n", "class RelativeMultiHeadAttention(nn.Module):\n", " \"\"\"\n", " Multi-head attention with relative positional encoding.\n", " This concept was proposed in the \"Transformer-XL: Attentive Language Models Beyond a Fixed-Length Context\"\n", "\n", " Args:\n", " d_model (int): The dimension of model\n", " num_heads (int): The number of attention heads.\n", " dropout_p (float): probability of dropout\n", "\n", " Inputs: query, key, value, pos_embedding, mask\n", " - **query** (batch, time, dim): Tensor containing query vector\n", " - **key** (batch, time, dim): Tensor containing key vector\n", " - **value** (batch, time, dim): Tensor containing value vector\n", " - **pos_embedding** (batch, time, dim): Positional embedding tensor\n", " - **mask** (batch, 1, time2) or (batch, time1, time2): Tensor containing indices to be masked\n", "\n", " Returns:\n", " - **outputs**: Tensor produces by relative multi head attention module.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " d_model: int = 512,\n", " num_heads: int = 16,\n", " dropout_p: float = 0.1,\n", " ):\n", " super(RelativeMultiHeadAttention, self).__init__()\n", " assert d_model % num_heads == 0, \"d_model % num_heads should be zero.\"\n", " self.d_model = d_model\n", " self.d_head = int(d_model / num_heads)\n", " self.num_heads = num_heads\n", " self.sqrt_dim = math.sqrt(d_model)\n", "\n", " self.query_proj = Linear(d_model, d_model)\n", " self.key_proj = Linear(d_model, d_model)\n", " self.value_proj = Linear(d_model, d_model)\n", " self.pos_proj = Linear(d_model, d_model, bias=False)\n", "\n", " self.dropout = nn.Dropout(p=dropout_p)\n", " self.u_bias = nn.Parameter(torch.Tensor(self.num_heads, self.d_head))\n", " self.v_bias = nn.Parameter(torch.Tensor(self.num_heads, self.d_head))\n", " torch.nn.init.xavier_uniform_(self.u_bias)\n", " torch.nn.init.xavier_uniform_(self.v_bias)\n", "\n", " self.out_proj = Linear(d_model, d_model)\n", "\n", " def forward(\n", " self,\n", " query: Tensor,\n", " key: Tensor,\n", " value: Tensor,\n", " pos_embedding: Tensor,\n", " mask: Optional[Tensor] = None,\n", " ) -> Tensor:\n", " batch_size = value.size(0)\n", "\n", " query = self.query_proj(query).view(batch_size, -1, self.num_heads, self.d_head)\n", " key = self.key_proj(key).view(batch_size, -1, self.num_heads, self.d_head).permute(0, 2, 1, 3)\n", " value = self.value_proj(value).view(batch_size, -1, self.num_heads, self.d_head).permute(0, 2, 1, 3)\n", " pos_embedding = self.pos_proj(pos_embedding).view(batch_size, -1, self.num_heads, self.d_head)\n", "\n", " content_score = torch.matmul((query + self.u_bias).transpose(1, 2), key.transpose(2, 3))\n", " pos_score = torch.matmul((query + self.v_bias).transpose(1, 2), pos_embedding.permute(0, 2, 3, 1))\n", " pos_score = self._relative_shift(pos_score)\n", "\n", " score = (content_score + pos_score) / self.sqrt_dim\n", "\n", " if mask is not None:\n", " mask = mask.unsqueeze(1)\n", " score.masked_fill_(mask, -1e9)\n", "\n", " attn = F.softmax(score, -1)\n", " attn = self.dropout(attn)\n", "\n", " context = torch.matmul(attn, value).transpose(1, 2)\n", " context = context.contiguous().view(batch_size, -1, self.d_model)\n", "\n", " return self.out_proj(context)\n", "\n", " def _relative_shift(self, pos_score: Tensor) -> Tensor:\n", " batch_size, num_heads, seq_length1, seq_length2 = pos_score.size()\n", " zeros = pos_score.new_zeros(batch_size, num_heads, seq_length1, 1)\n", " padded_pos_score = torch.cat([zeros, pos_score], dim=-1)\n", "\n", " padded_pos_score = padded_pos_score.view(batch_size, num_heads, seq_length2 + 1, seq_length1)\n", " pos_score = padded_pos_score[:, :, 1:].view_as(pos_score)\n", "\n", " return pos_score\n", " \n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Multi-Headed Self Attention Module" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "tags": [] }, "outputs": [], "source": [ "class MultiHeadedSelfAttentionModule(nn.Module):\n", " \"\"\"\n", " Conformer employ multi-headed self-attention (MHSA) while integrating an important technique from Transformer-XL,\n", " the relative sinusoidal positional encoding scheme. The relative positional encoding allows the self-attention\n", " module to generalize better on different input length and the resulting encoder is more robust to the variance of\n", " the utterance length. Conformer use prenorm residual units with dropout which helps training\n", " and regularizing deeper models.\n", "\n", " Args:\n", " d_model (int): The dimension of model\n", " num_heads (int): The number of attention heads.\n", " dropout_p (float): probability of dropout\n", "\n", " Inputs: inputs, mask\n", " - **inputs** (batch, time, dim): Tensor containing input vector\n", " - **mask** (batch, 1, time2) or (batch, time1, time2): Tensor containing indices to be masked\n", "\n", " Returns:\n", " - **outputs** (batch, time, dim): Tensor produces by relative multi headed self attention module.\n", " \"\"\"\n", " def __init__(self, d_model: int, num_heads: int, dropout_p: float = 0.1):\n", " super(MultiHeadedSelfAttentionModule, self).__init__()\n", " self.positional_encoding = PositionalEncoding(d_model)\n", " self.layer_norm = nn.LayerNorm(d_model)\n", " self.attention = RelativeMultiHeadAttention(d_model, num_heads, dropout_p)\n", " self.dropout = nn.Dropout(p=dropout_p)\n", "\n", " def forward(self, inputs: Tensor, mask: Optional[Tensor] = None):\n", " batch_size, seq_length, _ = inputs.size()\n", " pos_embedding = self.positional_encoding(seq_length)\n", " pos_embedding = pos_embedding.repeat(batch_size, 1, 1)\n", "\n", " inputs = self.layer_norm(inputs)\n", " outputs = self.attention(inputs, inputs, inputs, pos_embedding=pos_embedding, mask=mask)\n", "\n", " return self.dropout(outputs)" ] }, { "cell_type": "markdown", "metadata": { "tags": [] }, "source": [ "### Conformer Convolution Module\n", "\n", "![image-20231011181636095](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231011181636.png)\n" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [], "source": [ "class DepthwiseConv1d(nn.Module):\n", " \"\"\"\n", " When groups == in_channels and out_channels == K * in_channels, where K is a positive integer,\n", " this operation is termed in literature as depthwise convolution.\n", "\n", " Args:\n", " in_channels (int): Number of channels in the input\n", " out_channels (int): Number of channels produced by the convolution\n", " kernel_size (int or tuple): Size of the convolving kernel\n", " stride (int, optional): Stride of the convolution. Default: 1\n", " padding (int or tuple, optional): Zero-padding added to both sides of the input. Default: 0\n", " bias (bool, optional): If True, adds a learnable bias to the output. Default: True\n", "\n", " Inputs: inputs\n", " - **inputs** (batch, in_channels, time): Tensor containing input vector\n", "\n", " Returns: outputs\n", " - **outputs** (batch, out_channels, time): Tensor produces by depthwise 1-D convolution.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " in_channels: int,\n", " out_channels: int,\n", " kernel_size: int,\n", " stride: int = 1,\n", " padding: int = 0,\n", " bias: bool = False,\n", " ) -> None:\n", " super(DepthwiseConv1d, self).__init__()\n", " assert out_channels % in_channels == 0, \"out_channels should be constant multiple of in_channels\"\n", " self.conv = nn.Conv1d(\n", " in_channels=in_channels,\n", " out_channels=out_channels,\n", " kernel_size=kernel_size,\n", " groups=in_channels,\n", " stride=stride,\n", " padding=padding,\n", " bias=bias,\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.conv(inputs)\n", "\n", "\n", "class PointwiseConv1d(nn.Module):\n", " \"\"\"\n", " When kernel size == 1 conv1d, this operation is termed in literature as pointwise convolution.\n", " This operation often used to match dimensions.\n", "\n", " Args:\n", " in_channels (int): Number of channels in the input\n", " out_channels (int): Number of channels produced by the convolution\n", " stride (int, optional): Stride of the convolution. Default: 1\n", " padding (int or tuple, optional): Zero-padding added to both sides of the input. Default: 0\n", " bias (bool, optional): If True, adds a learnable bias to the output. Default: True\n", "\n", " Inputs: inputs\n", " - **inputs** (batch, in_channels, time): Tensor containing input vector\n", "\n", " Returns: outputs\n", " - **outputs** (batch, out_channels, time): Tensor produces by pointwise 1-D convolution.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " in_channels: int,\n", " out_channels: int,\n", " stride: int = 1,\n", " padding: int = 0,\n", " bias: bool = True,\n", " ) -> None:\n", " super(PointwiseConv1d, self).__init__()\n", " self.conv = nn.Conv1d(\n", " in_channels=in_channels,\n", " out_channels=out_channels,\n", " kernel_size=1,\n", " stride=stride,\n", " padding=padding,\n", " bias=bias,\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.conv(inputs)\n", "\n", "\n", "class ConformerConvModule(nn.Module):\n", " \"\"\"\n", " Conformer convolution module starts with a pointwise convolution and a gated linear unit (GLU).\n", " This is followed by a single 1-D depthwise convolution layer. Batchnorm is deployed just after the convolution\n", " to aid training deep models.\n", "\n", " Args:\n", " in_channels (int): Number of channels in the input\n", " kernel_size (int or tuple, optional): Size of the convolving kernel Default: 31\n", " dropout_p (float, optional): probability of dropout\n", "\n", " Inputs: inputs\n", " inputs (batch, time, dim): Tensor contains input sequences\n", "\n", " Outputs: outputs\n", " outputs (batch, time, dim): Tensor produces by conformer convolution module.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " in_channels: int,\n", " kernel_size: int = 31,\n", " expansion_factor: int = 2,\n", " dropout_p: float = 0.1,\n", " ) -> None:\n", " super(ConformerConvModule, self).__init__()\n", " assert (kernel_size - 1) % 2 == 0, \"kernel_size should be a odd number for 'SAME' padding\"\n", " assert expansion_factor == 2, \"Currently, Only Supports expansion_factor 2\"\n", "\n", " self.sequential = nn.Sequential(\n", " nn.LayerNorm(in_channels),\n", " Transpose(shape=(1, 2)),\n", " PointwiseConv1d(in_channels, in_channels * expansion_factor, stride=1, padding=0, bias=True),\n", " GLU(dim=1),\n", " DepthwiseConv1d(in_channels, in_channels, kernel_size, stride=1, padding=(kernel_size - 1) // 2),\n", " nn.BatchNorm1d(in_channels),\n", " Swish(),\n", " PointwiseConv1d(in_channels, in_channels, stride=1, padding=0, bias=True),\n", " nn.Dropout(p=dropout_p),\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.sequential(inputs).transpose(1, 2)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Conformer Block\n", "\n", "The `ConformerBlock` implements the main building block of the Conformer model. Key points:\n", "\n", "- It sandwiches two FeedForward modules around the MultiHeadedSelfAttention module and the ConformerConv module\n", "- Applying FeedForward before and after the attention is known as Macaron style blocks\n", "- Residual connections are used around each module, with layer norm applied in the end\n", "- Half-step residual connections are also supported\n", "\n", "The block takes input, passes it through the feedforward -> attn -> conv -> feedforward blocks with residuals. This forms the basic transformer encoder layer used to stack up the Conformer model." ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "tags": [] }, "outputs": [], "source": [ "class ConformerBlock(nn.Module):\n", " \"\"\"\n", " Conformer block contains two Feed Forward modules sandwiching the Multi-Headed Self-Attention module\n", " and the Convolution module. This sandwich structure is inspired by Macaron-Net, which proposes replacing\n", " the original feed-forward layer in the Transformer block into two half-step feed-forward layers,\n", " one before the attention layer and one after.\n", "\n", " Args:\n", " encoder_dim (int, optional): Dimension of conformer encoder\n", " num_attention_heads (int, optional): Number of attention heads\n", " feed_forward_expansion_factor (int, optional): Expansion factor of feed forward module\n", " conv_expansion_factor (int, optional): Expansion factor of conformer convolution module\n", " feed_forward_dropout_p (float, optional): Probability of feed forward module dropout\n", " attention_dropout_p (float, optional): Probability of attention module dropout\n", " conv_dropout_p (float, optional): Probability of conformer convolution module dropout\n", " conv_kernel_size (int or tuple, optional): Size of the convolving kernel\n", " half_step_residual (bool): Flag indication whether to use half step residual or not\n", "\n", " Inputs: inputs\n", " - **inputs** (batch, time, dim): Tensor containing input vector\n", "\n", " Returns: outputs\n", " - **outputs** (batch, time, dim): Tensor produces by conformer block.\n", " \"\"\"\n", " def __init__(\n", " self,\n", " encoder_dim: int = 512,\n", " num_attention_heads: int = 8,\n", " feed_forward_expansion_factor: int = 4,\n", " conv_expansion_factor: int = 2,\n", " feed_forward_dropout_p: float = 0.1,\n", " attention_dropout_p: float = 0.1,\n", " conv_dropout_p: float = 0.1,\n", " conv_kernel_size: int = 31,\n", " half_step_residual: bool = True,\n", " ):\n", " super(ConformerBlock, self).__init__()\n", " if half_step_residual:\n", " self.feed_forward_residual_factor = 0.5\n", " else:\n", " self.feed_forward_residual_factor = 1\n", "\n", " self.sequential = nn.Sequential(\n", " ResidualConnectionModule(\n", " module=FeedForwardModule(\n", " encoder_dim=encoder_dim,\n", " expansion_factor=feed_forward_expansion_factor,\n", " dropout_p=feed_forward_dropout_p,\n", " ),\n", " module_factor=self.feed_forward_residual_factor,\n", " ),\n", " ResidualConnectionModule(\n", " module=MultiHeadedSelfAttentionModule(\n", " d_model=encoder_dim,\n", " num_heads=num_attention_heads,\n", " dropout_p=attention_dropout_p,\n", " ),\n", " ),\n", " ResidualConnectionModule(\n", " module=ConformerConvModule(\n", " in_channels=encoder_dim,\n", " kernel_size=conv_kernel_size,\n", " expansion_factor=conv_expansion_factor,\n", " dropout_p=conv_dropout_p,\n", " ),\n", " ),\n", " ResidualConnectionModule(\n", " module=FeedForwardModule(\n", " encoder_dim=encoder_dim,\n", " expansion_factor=feed_forward_expansion_factor,\n", " dropout_p=feed_forward_dropout_p,\n", " ),\n", " module_factor=self.feed_forward_residual_factor,\n", " ),\n", " nn.LayerNorm(encoder_dim),\n", " )\n", "\n", " def forward(self, inputs: Tensor) -> Tensor:\n", " return self.sequential(inputs)\n" ] }, { "cell_type": "markdown", "metadata": { "tags": [] }, "source": [ "## Classifier" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "iXZ5B0EKJGs8" }, "outputs": [], "source": [ "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "\n", " \n", "class Classifier(nn.Module):\n", " def __init__(self, d_model=512, n_spks=600, dropout=0.1):\n", " super().__init__()\n", " # Project the dimension of features from that of input into d_model.\n", " self.prenet = nn.Linear(40, d_model)\n", " # TODO:\n", " # Change Transformer to Conformer.\n", " # https://arxiv.org/abs/2005.08100\n", "\n", " self.encoder_layer = ConformerBlock(encoder_dim=d_model, conv_dropout_p=0.1)\n", " \n", " # Project the the dimension of features from d_model into speaker nums.\n", " self.pred_layer = nn.Sequential(\n", " nn.Linear(d_model, 2 * d_model),\n", " nn.Sigmoid(),\n", " nn.Dropout(dropout),\n", " nn.Linear(2 * d_model, n_spks),\n", " )\n", "\n", "\n", " def forward(self, mels):\n", " \"\"\"\n", " args:\n", " mels: (batch size, length, 40)\n", " return:\n", " out: (batch size, n_spks)\n", " \"\"\"\n", " # out: (batch size, length, d_model)\n", " out = self.prenet(mels)\n", " # out: (length, batch size, d_model)\n", " out = out.permute(1, 0, 2)\n", " # The encoder layer expect features in the shape of (length, batch size, d_model).\n", " out = self.encoder_layer(out)\n", " # out: (batch size, length, d_model)\n", " out = out.transpose(0, 1)\n", " # mean pooling\n", " stats = out.mean(dim=1)\n", "\n", " # out: (batch, n_spks)\n", " out = self.pred_layer(stats)\n", " return out\n", " \n" ] }, { "cell_type": "markdown", "metadata": { "id": "W7yX8JinM5Ly" }, "source": [ "# Learning rate schedule\n", "- For transformer architecture, the design of learning rate schedule is different from that of CNN.\n", "- Previous works show that the warmup of learning rate is useful for training models with transformer architectures.\n", "- The warmup schedule\n", " - Set learning rate to 0 in the beginning.\n", " - The learning rate increases linearly from 0 to initial learning rate during warmup period." ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "ykt0N1nVJJi2" }, "outputs": [], "source": [ "import math\n", "\n", "import torch\n", "from torch.optim import Optimizer\n", "from torch.optim.lr_scheduler import LambdaLR\n", "\n", "\n", "def get_cosine_schedule_with_warmup(\n", " optimizer: Optimizer,\n", " num_warmup_steps: int,\n", " num_training_steps: int,\n", " num_cycles: float = 0.5,\n", " last_epoch: int = -1,\n", "):\n", " \"\"\"\n", " Create a schedule with a learning rate that decreases following the values of the cosine function between the\n", " initial lr set in the optimizer to 0, after a warmup period during which it increases linearly between 0 and the\n", " initial lr set in the optimizer.\n", "\n", " Args:\n", " optimizer (:class:`~torch.optim.Optimizer`):\n", " The optimizer for which to schedule the learning rate.\n", " num_warmup_steps (:obj:`int`):\n", " The number of steps for the warmup phase.\n", " num_training_steps (:obj:`int`):\n", " The total number of training steps.\n", " num_cycles (:obj:`float`, `optional`, defaults to 0.5):\n", " The number of waves in the cosine schedule (the defaults is to just decrease from the max value to 0\n", " following a half-cosine).\n", " last_epoch (:obj:`int`, `optional`, defaults to -1):\n", " The index of the last epoch when resuming training.\n", "\n", " Return:\n", " :obj:`torch.optim.lr_scheduler.LambdaLR` with the appropriate schedule.\n", " \"\"\"\n", " def lr_lambda(current_step):\n", " # Warmup\n", " if current_step < num_warmup_steps:\n", " return float(current_step) / float(max(1, num_warmup_steps))\n", " # decadence\n", " progress = float(current_step - num_warmup_steps) / float(\n", " max(1, num_training_steps - num_warmup_steps)\n", " )\n", " return max(\n", " 0.0, 0.5 * (1.0 + math.cos(math.pi * float(num_cycles) * 2.0 * progress))\n", " )\n", "\n", " return LambdaLR(optimizer, lr_lambda, last_epoch)" ] }, { "cell_type": "markdown", "metadata": { "id": "-LN2XkteM_uH" }, "source": [ "# Model Function\n", "- Model forward function." ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "N-rr8529JMz0" }, "outputs": [], "source": [ "import torch\n", "\n", "\n", "def model_fn(batch, model, criterion, device):\n", "\t\"\"\"Forward a batch through the model.\"\"\"\n", "\n", "\tmels, labels = batch\n", "\tmels = mels.to(device)\n", "\tlabels = labels.to(device)\n", "\n", "\touts = model(mels)\n", "\n", "\tloss = criterion(outs, labels)\n", "\n", "\t# Get the speaker id with highest probability.\n", "\tpreds = outs.argmax(1)\n", "\t# Compute accuracy.\n", "\taccuracy = torch.mean((preds == labels).float())\n", "\n", "\treturn loss, accuracy" ] }, { "cell_type": "markdown", "metadata": { "id": "cwM_xyOtNCI2" }, "source": [ "# Validate\n", "- Calculate accuracy of the validation set." ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "YAiv6kpdJRTJ" }, "outputs": [], "source": [ "from tqdm.notebook import tqdm\n", "import torch\n", "\n", "\n", "def valid(dataloader, model, criterion, device): \n", " \"\"\"Validate on validation set.\"\"\"\n", "\n", " model.eval()\n", " running_loss = 0.0\n", " running_accuracy = 0.0\n", " pbar = tqdm(total=len(dataloader.dataset), ncols=0, desc=\"Valid\", unit=\" uttr\")\n", "\n", " for i, batch in enumerate(dataloader):\n", " with torch.no_grad():\n", " loss, accuracy = model_fn(batch, model, criterion, device)\n", " running_loss += loss.item()\n", " running_accuracy += accuracy.item()\n", "\n", " pbar.update(dataloader.batch_size)\n", " pbar.set_postfix(\n", " loss=f\"{running_loss / (i+1):.2f}\",\n", " accuracy=f\"{running_accuracy / (i+1):.2f}\",\n", " )\n", "\n", " pbar.close()\n", " model.train()\n", "\n", " return running_accuracy / len(dataloader)" ] }, { "cell_type": "markdown", "metadata": { "id": "g6ne9G-eNEdG" }, "source": [ "# Main function" ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "Usv9s-CuJSG7", "outputId": "f4f6a983-3559-4f36-efae-402bbf790473", "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "[Info]: Use cuda now!\n", "[Info]: Finish loading data!\n", "[Info]: Finish creating model!\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:24<00:00, 23.57 step/s, accuracy=0.12, loss=4.06, step=2000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2297.95 uttr/s, accuracy=0.11, loss=4.36]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.95 step/s, accuracy=0.38, loss=3.34, step=4000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2347.95 uttr/s, accuracy=0.26, loss=3.45]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.92 step/s, accuracy=0.44, loss=2.42, step=6000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2342.82 uttr/s, accuracy=0.34, loss=2.97]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.87 step/s, accuracy=0.34, loss=2.61, step=8000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2336.68 uttr/s, accuracy=0.40, loss=2.68]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.90 step/s, accuracy=0.44, loss=2.39, step=1e+4]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2323.92 uttr/s, accuracy=0.46, loss=2.44]\n", "Train: 0% 5/2000 [00:00<01:34, 21.07 step/s, accuracy=0.56, loss=1.95, step=1e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 10000, best model saved. (accuracy=0.4578)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.89 step/s, accuracy=0.28, loss=2.68, step=12000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2338.50 uttr/s, accuracy=0.49, loss=2.25]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.89 step/s, accuracy=0.59, loss=1.69, step=14000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2337.66 uttr/s, accuracy=0.53, loss=2.08]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.85 step/s, accuracy=0.81, loss=0.91, step=16000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2324.26 uttr/s, accuracy=0.55, loss=1.98]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.88 step/s, accuracy=0.69, loss=1.55, step=18000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2332.88 uttr/s, accuracy=0.57, loss=1.88]\n", "Train: 100% 2000/2000 [01:24<00:00, 23.77 step/s, accuracy=0.75, loss=0.90, step=2e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2323.65 uttr/s, accuracy=0.58, loss=1.83]\n", "Train: 0% 5/2000 [00:00<01:36, 20.73 step/s, accuracy=0.78, loss=1.08, step=2e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 20000, best model saved. (accuracy=0.5803)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:24<00:00, 23.70 step/s, accuracy=0.66, loss=1.36, step=22000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2317.45 uttr/s, accuracy=0.63, loss=1.65]\n", "Train: 100% 2000/2000 [01:24<00:00, 23.69 step/s, accuracy=0.84, loss=0.82, step=24000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2330.29 uttr/s, accuracy=0.64, loss=1.61]\n", "Train: 100% 2000/2000 [01:24<00:00, 23.70 step/s, accuracy=0.69, loss=1.21, step=26000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2318.94 uttr/s, accuracy=0.65, loss=1.55]\n", "Train: 100% 2000/2000 [01:24<00:00, 23.70 step/s, accuracy=0.75, loss=1.06, step=28000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2312.38 uttr/s, accuracy=0.67, loss=1.50]\n", "Train: 100% 2000/2000 [01:24<00:00, 23.70 step/s, accuracy=0.69, loss=1.30, step=3e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2315.99 uttr/s, accuracy=0.67, loss=1.48]\n", "Train: 0% 5/2000 [00:00<01:36, 20.76 step/s, accuracy=0.75, loss=0.88, step=3e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 30000, best model saved. (accuracy=0.6681)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:24<00:00, 23.63 step/s, accuracy=0.88, loss=0.54, step=32000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2320.91 uttr/s, accuracy=0.69, loss=1.41]\n", "Train: 100% 2000/2000 [01:24<00:00, 23.73 step/s, accuracy=0.88, loss=0.66, step=34000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2309.08 uttr/s, accuracy=0.70, loss=1.38]\n", "Train: 100% 2000/2000 [01:24<00:00, 23.70 step/s, accuracy=0.84, loss=0.51, step=36000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2325.12 uttr/s, accuracy=0.71, loss=1.33]\n", "Train: 100% 2000/2000 [01:24<00:00, 23.70 step/s, accuracy=0.75, loss=0.69, step=38000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2318.36 uttr/s, accuracy=0.71, loss=1.30]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.83 step/s, accuracy=0.78, loss=0.91, step=4e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2329.92 uttr/s, accuracy=0.72, loss=1.25]\n", "Train: 0% 5/2000 [00:00<01:34, 21.18 step/s, accuracy=0.94, loss=0.26, step=4e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 40000, best model saved. (accuracy=0.7235)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.86 step/s, accuracy=0.88, loss=0.58, step=42000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2328.85 uttr/s, accuracy=0.73, loss=1.20]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.86 step/s, accuracy=0.84, loss=0.66, step=44000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2327.43 uttr/s, accuracy=0.74, loss=1.20]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.86 step/s, accuracy=0.97, loss=0.36, step=46000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2315.62 uttr/s, accuracy=0.74, loss=1.18]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.83 step/s, accuracy=0.97, loss=0.34, step=48000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2312.39 uttr/s, accuracy=0.75, loss=1.15]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.87 step/s, accuracy=0.88, loss=0.48, step=5e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2332.18 uttr/s, accuracy=0.76, loss=1.13]\n", "Train: 0% 5/2000 [00:00<01:35, 20.82 step/s, accuracy=0.84, loss=0.76, step=5e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 50000, best model saved. (accuracy=0.7551)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.85 step/s, accuracy=0.81, loss=0.61, step=52000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2324.39 uttr/s, accuracy=0.76, loss=1.11]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.88 step/s, accuracy=0.97, loss=0.19, step=54000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2325.88 uttr/s, accuracy=0.77, loss=1.08]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.85 step/s, accuracy=0.94, loss=0.26, step=56000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2328.23 uttr/s, accuracy=0.76, loss=1.08]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.90 step/s, accuracy=0.94, loss=0.31, step=58000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2321.70 uttr/s, accuracy=0.77, loss=1.07]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.88 step/s, accuracy=0.94, loss=0.24, step=6e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2322.05 uttr/s, accuracy=0.78, loss=1.05]\n", "Train: 0% 5/2000 [00:00<01:36, 20.61 step/s, accuracy=1.00, loss=0.12, step=6e+4]" ] }, { "name": "stdout", "output_type": "stream", "text": [ "Step 60000, best model saved. (accuracy=0.7761)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "Train: 100% 2000/2000 [01:23<00:00, 23.85 step/s, accuracy=0.94, loss=0.22, step=62000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2319.85 uttr/s, accuracy=0.78, loss=1.06]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.86 step/s, accuracy=1.00, loss=0.09, step=64000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2322.97 uttr/s, accuracy=0.78, loss=1.02]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.91 step/s, accuracy=0.94, loss=0.29, step=66000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2323.83 uttr/s, accuracy=0.78, loss=1.05]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.89 step/s, accuracy=0.97, loss=0.22, step=68000]\n", "Valid: 100% 5664/5667 [00:02<00:00, 2321.50 uttr/s, accuracy=0.78, loss=1.04]\n", "Train: 100% 2000/2000 [01:23<00:00, 23.86 step/s, accuracy=0.78, loss=0.62, step=7e+4] \n", "Valid: 100% 5664/5667 [00:02<00:00, 2324.77 uttr/s, accuracy=0.78, loss=1.03]\n", "Train: 0% 0/2000 [00:00 best_accuracy:\n", " best_accuracy = valid_accuracy\n", " best_state_dict = model.state_dict()\n", "\n", " pbar = tqdm(total=valid_steps, ncols=0, desc=\"Train\", unit=\" step\")\n", " writer.add_scalar('Acc/train', batch_accuracy, step)\n", " writer.add_scalar('Acc/valid', valid_accuracy, step)\n", " writer.add_scalar('lr', optimizer.state_dict()['param_groups'][0]['lr'], step)\n", "\n", " # Save the best model so far.\n", " if (step + 1) % save_steps == 0 and best_state_dict is not None:\n", " torch.save(best_state_dict, save_path)\n", " pbar.write(f\"Step {step + 1}, best model saved. (accuracy={best_accuracy:.4f})\")\n", "\n", " pbar.close()\n", "\n", "\n", "if __name__ == \"__main__\":\n", " main(**parse_args())" ] }, { "cell_type": "markdown", "metadata": { "id": "NLatBYAhNNMx" }, "source": [ "# Inference\n", "\n", "## Dataset of inferenceoutput_lengths" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "efS4pCmAJXJH" }, "outputs": [], "source": [ "import os\n", "import json\n", "import torch\n", "from pathlib import Path\n", "from torch.utils.data import Dataset\n", "\n", "\n", "class InferenceDataset(Dataset):\n", " def __init__(self, data_dir):\n", " testdata_path = Path(data_dir) / \"testdata.json\"\n", " metadata = json.load(testdata_path.open())\n", " self.data_dir = data_dir\n", " self.data = metadata[\"utterances\"]\n", "\n", " def __len__(self):\n", " return len(self.data)\n", "\n", " def __getitem__(self, index):\n", " utterance = self.data[index]\n", " feat_path = utterance[\"feature_path\"]\n", " mel = torch.load(os.path.join(self.data_dir, feat_path))\n", "\n", " return feat_path, mel\n", "\n", "\n", "def inference_collate_batch(batch):\n", " \"\"\"Collate a batch of data.\"\"\"\n", " feat_paths, mels = zip(*batch)\n", "\n", " return feat_paths, torch.stack(mels)" ] }, { "cell_type": "markdown", "metadata": { "id": "tl0WnYwxNK_S" }, "source": [ "## Main function of Inference" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 103, "referenced_widgets": [ "6786c2b0e2614ad389620246cb2178f2", "0d592098920140dab61aac5410568c36", "da681e3cc353420cb142d56df0fce231", "401ae722b95c4ff59b836422dbe71edc", "4efbfb7c7cb54276862e5321209d57fa", "f6dcb3ec9c624171966bb889808dbcb3", "100abf072991474abfcee871d2b83f37", "decc12da6f5742ec8b7ec7789ee434ab", "0117ac88c98440b29ab1f452107cbe1a", "3d64942a0eaa409a93df049bb594c062", "8c8721e504cf434eb9e263fb9983969a" ] }, "id": "i8SAbuXEJb2A", "outputId": "3808f409-19c9-426c-dc15-1b88b0c21645", "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "[Info]: Use cuda now!\n", "[Info]: Finish loading data!\n", "[Info]: Finish creating model!\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "57a249dad96b4b25877511049659f9df", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/8000 [00:00 ML2023Spring - HW4 相关信息： > > [课程主页](https://speech.ee.ntu.edu.tw/~hylee/ml/2023-spring.php) > > [课程视频](https://www.bilibili.com/video/BV1TD4y137mP/?spm_id_from=333.337.search-card.all.click&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [Kaggle link](https://www.kaggle.com/t/49ea0c385a974db5919ec67299ba2e6b) > > [Sample code](https://colab.research.google.com/drive/1u-610KA-urqfJjDH5O0pecwfP--V9DQs?usp=sharing) > > [HW04 视频](https://www.bilibili.com/video/BV1TD4y137mP?p=33&spm_id_from=pageDriver&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [HW04 PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/HW04.pdf) > > P.S. 即便 kaggle 上的时间已经截止，你仍然可以在上面提交和查看分数。但需要注意的是：在 kaggle 截止日期前你应该选择两个结果进行最后的Private评分。 > 每年的数据集size和feature并不完全相同，但基本一致，过去的代码仍可用于新一年的 Homework。 - [任务目标（多类分类）](#任务目标多类分类) - [性能指标（Metric）](#性能指标metric) - [数据解析](#数据解析) - [Baselines](#baselines) - [Simple baseline (0.66025)](#simple-baseline-066025) - [Medium baseline (0.814)](#medium-baseline-0814) - [Strong baseline (0.88500)](#strong-baseline-088500) - [Boss baseline (0.93175)](#boss-baseline-093175) - [Ablation Study](#ablation-study) - [Gradescope](#gradescope) - [The variant of Transformer](#the-variant-of-transformer) - [模型架构图](#模型架构图) - [1. SpecAug （简单了解即可）](#1-specaug-简单了解即可) - [2. Convolution Subsampling](#2-convolution-subsampling) - [3. Linear \& Dropout](#3-linear--dropout) - [4. Conformer Block](#4-conformer-block) # 任务目标（多类分类） - Speaker prediction （预测说话者的身份） # 性能指标（Metric） Categorization Accuracy: 分类准确度 # 数据解析 - 训练数据: 56666 个处理过的带有标签的音频特征。 - 测试数据: 4000 个处理过的音频特征(公共和私有)没有标签。 - 标签: 600 个标签，每个标签对应于一个演讲者。 - Dataset 文件夹下： - metadata.json - "n_mels": mel 光谱图（Mel spectrogram）的维数 - "speakers": 一个字典 - Key: 演讲者 id - Value: - "feature_path": 对应的音频文件（uttr-{random string}.pt） - "mel_len": mel 光谱图的长度 - testdata.json（基本同上） - "n_mels" - "utterances" - "feature_path" - "mel_len" - mapping.json - "speaker2id": 指明了演讲者和 id 的对应关系，例: id00464": 0, "id00559": 1, "id00578": 2, "id00905": 3 - uttr-{random string}.pt: 语音片段 数据是 [VoxCeleb2](https://www.robots.ox.ac.uk/~vgg/data/voxceleb/vox2.html) 的子集（随机选取了其中的 600 个演讲者） # Baselines ## Simple baseline (0.66025) - 运行所给的 sample code ## Medium baseline (0.814) - 修改 transformer 模块的参数 - d_model - nhead - self.pred_layer 中的网络 这一部分我跑了个片面的 Grid Search（网格搜索）来搜寻参数，最后的选择是（并非最优解）： - d_model: 512 - nhead: 16 - pred_layer: image-20230916131331451 在 total_steps=70000 的情况下，public_score 为 0.83300。 关于自动调参可以简单的参考这篇文章：[使用Optuna进行模型的自动调参](https://blog.csdn.net/weixin_42426841/article/details/129224564)。 ## Strong baseline (0.88500) - 将模型架构从 Transformer 转化为 Conformer 在这里直接修改 Medium 的 Classifier 部分，使用 Conformer 论文源码中的 Conformer Block，publicScore 便能达到 0.897，随手将 pred_layer 跟 Conformer 源码一样改为一层全连接层（红线）后，在epoch=70,000 的时候，publicScore 就达到了 0.95525，而原来的模型架构（绿线）在跑到 700,000 个 epoch 时，publicScore=0.95475，其实到此为止，已经达成了 Boss baseline，但出于学习目的，我会在 Boss baseline 中简单描述其他 hint。 ![image-20231018140808377](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231018140808.png) ## Boss baseline (0.93175) > [HW04_PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/HW04.pdf)中并没有给出 Boss baseline 的具体分数，这个分数是在今年的 [Kaggle](https://www.kaggle.com/competitions/ml2023springhw4/leaderboard) 上查到的。 - [self-attention pooling](https://arxiv.org/abs/2008.01077) ```python class SelfAttentionPooling(nn.Module): """ Implementation of SelfAttentionPooling Original Paper: Self-Attention Encoding and Pooling for Speaker Recognition https://arxiv.org/pdf/2008.01077v1.pdf """ def __init__(self, input_dim): super(SelfAttentionPooling, self).__init__() self.W = nn.Linear(input_dim, 1) def forward(self, batch_rep): """ input: batch_rep : size (N, T, H), N: batch size, T: sequence length, H: Hidden dimension attention_weight: att_w : size (N, T, 1) return: utter_rep: size (N, H) """ softmax = nn.functional.softmax att_w = softmax(self.W(batch_rep).squeeze(-1), dim=-1).unsqueeze(-1) utter_rep = torch.sum(batch_rep * att_w, dim=1) return utter_rep ``` - [Additive Margin Softmax](https://arxiv.org/abs/1801.05599) ```python from torch.autograd import Variable # https://github.com/zhilangtaosha/SpeakerVerification_AMSoftmax_pytorch/blob/63629989c152664c838823456532682585d72e31/model/model.py#L257 class AMSoftmax(nn.Module): def __init__(self): super(AMSoftmax, self).__init__() def forward(self, input, target, scale=10.0, margin=0.35): cos_theta = input target = target.view(-1, 1) # size=(B,1) index = cos_theta.data * 0.0 # size=(B,Classnum) index.scatter_(1, target.data.view(-1, 1), 1) index = index.byte() index = Variable(index) output = cos_theta * 1.0 # size=(B,Classnum) output[index.bool()] -= margin output = output * scale logpt = F.log_softmax(output, dim=1) logpt = logpt.gather(1, target) logpt = logpt.view(-1) loss = -1 * logpt loss = loss.mean() return loss ``` 这两个模块都有放进Boss baseline的代码中，但我发现并没有让模型的效果变得更好，所以在 main function 模块的最后用了两个全局变量来决定是否使用（这里也有可能是我的用法或者架构问题，才使得效果不好，欢迎大家提出意见）。 ### Ablation Study 这里做一下 Self-Attention Pooling 和 AMSoftmax 在 epoch=70,000 下的消融实验。 这里的 AMSoftmax 接受的是 pred_layer 后的输出而非 pred_layer 的输入，我尝试过接受 pred_layer 的输入（也就是encoder 的输出），然后在 AMSoftmax 中重新训练一个全连接层，但效果依旧不好，这里我更倾向于是代码的问题，如果能有改进的建议，非常感谢 : ) | | Public Score | Private Score | | ------------------------ | ------------ | ------------- | | Boss | 0.95125 | 0.9535 | | + Self-Attention Pooling | 0.94925 | 0.9555 | | + AMSoftmax | 0.94925 | 0.951 | | \+ Combined Hints | 0.94925 | 0.951 | # Gradescope ## The variant of Transformer > 简单介绍一个 Transformer 的变体，结合模型架构图。 既然完成 Strong baseline 的 Hint 是将模型架构转变为 [Conformer](https://arxiv.org/abs/2005.08100)，那这里就直接以 Conformer 为例子进行介绍，源代码：[Pytorch 版本](https://github.com/sooftware/conformer/tree/main)。 ### 模型架构图 image-20230920205437304 #### 1. SpecAug （简单了解即可） 使用了数据增强的方法进行处理，所引用的相关论文为： - [[1904.08779] SpecAugment: A Simple Data Augmentation Method for Automatic Speech Recognition](https://arxiv.org/abs/1904.08779) 该篇论文的 **Augmentation Policy**： - **Time wraping** 在时间维度上对频谱进行非线性变换，以模拟声音的变化。论文原文中使用的是 tensorflow 中的 sparse image warp 进行处理的。 - **Frequency masking** 在频率维度掩码，在频率维度上随机选择（根据均匀分布）一些连续的频带，并将其值设为零，以模拟声音的噪声或失真。 - **Time masking** 在时间维度掩码，基本同上。 - [[1912.05533] SpecAugment on Large Scale Datasets](https://arxiv.org/abs/1912.05533) - 基于上面的方法进行了研究，证明了其在大规模数据集任务上的有效性。 - **Adaptive masking** 作者认为对于不同长度的语音使用固定的掩码并不合适，使用了自适应掩码。 #### 2. Convolution Subsampling 将 conv2d 的 stride 设置为 2 进行下采样操作。 > 推荐拓展阅读：[Pooling vs. stride for downsampling](https://stats.stackexchange.com/questions/387482/pooling-vs-stride-for-downsampling) ```python class Conv2dSubampling(nn.Module): def __init__(self, in_channels: int, out_channels: int) -> None: super(Conv2dSubampling, self).__init__() self.sequential = nn.Sequential( nn.Conv2d(in_channels, out_channels, kernel_size=3, stride=2), nn.ReLU(), nn.Conv2d(out_channels, out_channels, kernel_size=3, stride=2), nn.ReLU(), ) def forward(self, inputs: Tensor, input_lengths: Tensor) -> Tuple[Tensor, Tensor]: outputs = self.sequential(inputs.unsqueeze(1)) batch_size, channels, subsampled_lengths, sumsampled_dim = outputs.size() outputs = outputs.permute(0, 2, 1, 3) # (batch_size, subsampled_lengths, channels, subsampled_dim) outputs = outputs.contiguous().view(batch_size, subsampled_lengths, channels * sumsampled_dim) output_lengths = input_lengths >> 2 output_lengths -= 1 return outputs, output_lengths ``` #### 3. Linear & Dropout - **Linear** 对经过下采样处理后的数据做一个映射，`((input_dim - 1) // 2 - 1) // 2`是下采样之后的维度。 - **Dropout** 随机失活层，在训练过程中以一定的概率随机丢弃一些特征，用于防止过拟合。 ```python class ConformerEncoder(nn.Module): def __init__(self, ...): ... self.conv_subsample = Conv2dSubampling(in_channels=1, out_channels=encoder_dim) self.input_projection = nn.Sequential( Linear(encoder_dim * (((input_dim - 1) // 2 - 1) // 2), encoder_dim), nn.Dropout(p=input_dropout_p), ) ... def forward(self, ...): ... outputs, output_lengths = self.conv_subsample(inputs, input_lengths) outputs = self.input_projection(outputs) ... ``` #### 4. Conformer Block - **Feed Forward Module** 前馈和后馈模块，其实就是对输入进行 Layernorm 之后，过两层Linear，中间使用 Swish 激活并且进行 Dropout 操作，最后再过一次 Dropout。 ```python class FeedForwardModule(nn.Module): def __init__( self, encoder_dim: int = 512, expansion_factor: int = 4, dropout_p: float = 0.1, ) -> None: super(FeedForwardModule, self).__init__() self.sequential = nn.Sequential( nn.LayerNorm(encoder_dim), Linear(encoder_dim, encoder_dim * expansion_factor, bias=True), Swish(), nn.Dropout(p=dropout_p), Linear(encoder_dim * expansion_factor, encoder_dim, bias=True), nn.Dropout(p=dropout_p), ) def forward(self, inputs: Tensor) -> Tensor: return self.sequential(inputs) ``` - **Multi-Head Self Attention Module** 多头自注意力模块，这里还使用了相对位置编码（源于 [Transformer-XL](https://arxiv.org/abs/1901.02860)） ```python from typing import Optional class RelativeMultiHeadAttention(nn.Module): def __init__( self, d_model: int = 512, num_heads: int = 16, dropout_p: float = 0.1, ): super(RelativeMultiHeadAttention, self).__init__() assert d_model % num_heads == 0, "d_model % num_heads should be zero." self.d_model = d_model self.d_head = int(d_model / num_heads) self.num_heads = num_heads self.sqrt_dim = math.sqrt(d_model) self.query_proj = Linear(d_model, d_model) self.key_proj = Linear(d_model, d_model) self.value_proj = Linear(d_model, d_model) self.pos_proj = Linear(d_model, d_model, bias=False) self.dropout = nn.Dropout(p=dropout_p) self.u_bias = nn.Parameter(torch.Tensor(self.num_heads, self.d_head)) self.v_bias = nn.Parameter(torch.Tensor(self.num_heads, self.d_head)) torch.nn.init.xavier_uniform_(self.u_bias) torch.nn.init.xavier_uniform_(self.v_bias) self.out_proj = Linear(d_model, d_model) def forward( self, query: Tensor, key: Tensor, value: Tensor, pos_embedding: Tensor, mask: Optional[Tensor] = None, ) -> Tensor: batch_size = value.size(0) query = self.query_proj(query).view(batch_size, -1, self.num_heads, self.d_head) key = self.key_proj(key).view(batch_size, -1, self.num_heads, self.d_head).permute(0, 2, 1, 3) value = self.value_proj(value).view(batch_size, -1, self.num_heads, self.d_head).permute(0, 2, 1, 3) pos_embedding = self.pos_proj(pos_embedding).view(batch_size, -1, self.num_heads, self.d_head) content_score = torch.matmul((query + self.u_bias).transpose(1, 2), key.transpose(2, 3)) pos_score = torch.matmul((query + self.v_bias).transpose(1, 2), pos_embedding.permute(0, 2, 3, 1)) pos_score = self._relative_shift(pos_score) score = (content_score + pos_score) / self.sqrt_dim if mask is not None: mask = mask.unsqueeze(1) score.masked_fill_(mask, -1e9) attn = F.softmax(score, -1) attn = self.dropout(attn) context = torch.matmul(attn, value).transpose(1, 2) context = context.contiguous().view(batch_size, -1, self.d_model) return self.out_proj(context) def _relative_shift(self, pos_score: Tensor) -> Tensor: batch_size, num_heads, seq_length1, seq_length2 = pos_score.size() zeros = pos_score.new_zeros(batch_size, num_heads, seq_length1, 1) padded_pos_score = torch.cat([zeros, pos_score], dim=-1) padded_pos_score = padded_pos_score.view(batch_size, num_heads, seq_length2 + 1, seq_length1) pos_score = padded_pos_score[:, :, 1:].view_as(pos_score) return pos_score class MultiHeadedSelfAttentionModule(nn.Module): def __init__(self, d_model: int, num_heads: int, dropout_p: float = 0.1): super(MultiHeadedSelfAttentionModule, self).__init__() self.positional_encoding = PositionalEncoding(d_model) self.layer_norm = nn.LayerNorm(d_model) self.attention = RelativeMultiHeadAttention(d_model, num_heads, dropout_p) self.dropout = nn.Dropout(p=dropout_p) def forward(self, inputs: Tensor, mask: Optional[Tensor] = None): batch_size, seq_length, _ = inputs.size() pos_embedding = self.positional_encoding(seq_length) pos_embedding = pos_embedding.repeat(batch_size, 1, 1) inputs = self.layer_norm(inputs) outputs = self.attention(inputs, inputs, inputs, pos_embedding=pos_embedding, mask=mask) return self.dropout(outputs) ``` - **Convolution Module** 卷积模块，架构如图所示。 ![image-20231011181636095](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231026174618.png) ```python class DepthwiseConv1d(nn.Module): def __init__( self, in_channels: int, out_channels: int, kernel_size: int, stride: int = 1, padding: int = 0, bias: bool = False, ) -> None: super(DepthwiseConv1d, self).__init__() assert out_channels % in_channels == 0, "out_channels should be constant multiple of in_channels" self.conv = nn.Conv1d( in_channels=in_channels, out_channels=out_channels, kernel_size=kernel_size, groups=in_channels, stride=stride, padding=padding, bias=bias, ) def forward(self, inputs: Tensor) -> Tensor: return self.conv(inputs) class PointwiseConv1d(nn.Module): def __init__( self, in_channels: int, out_channels: int, stride: int = 1, padding: int = 0, bias: bool = True, ) -> None: super(PointwiseConv1d, self).__init__() self.conv = nn.Conv1d( in_channels=in_channels, out_channels=out_channels, kernel_size=1, stride=stride, padding=padding, bias=bias, ) def forward(self, inputs: Tensor) -> Tensor: return self.conv(inputs) class ConformerConvModule(nn.Module): def __init__( self, in_channels: int, kernel_size: int = 31, expansion_factor: int = 2, dropout_p: float = 0.1, ) -> None: super(ConformerConvModule, self).__init__() assert (kernel_size - 1) % 2 == 0, "kernel_size should be a odd number for 'SAME' padding" assert expansion_factor == 2, "Currently, Only Supports expansion_factor 2" self.sequential = nn.Sequential( nn.LayerNorm(in_channels), Transpose(shape=(1, 2)), PointwiseConv1d(in_channels, in_channels * expansion_factor, stride=1, padding=0, bias=True), GLU(dim=1), DepthwiseConv1d(in_channels, in_channels, kernel_size, stride=1, padding=(kernel_size - 1) // 2), nn.BatchNorm1d(in_channels), Swish(), PointwiseConv1d(in_channels, in_channels, stride=1, padding=0, bias=True), nn.Dropout(p=dropout_p), ) def forward(self, inputs: Tensor) -> Tensor: return self.sequential(inputs).transpose(1, 2) ``` **ConformerBlock code** 需要注意的是，每个 Module 都使用了残差连接。 ```python class ConformerBlock(nn.Module): def __init__( self, encoder_dim: int = 512, num_attention_heads: int = 8, feed_forward_expansion_factor: int = 4, conv_expansion_factor: int = 2, feed_forward_dropout_p: float = 0.1, attention_dropout_p: float = 0.1, conv_dropout_p: float = 0.1, conv_kernel_size: int = 31, half_step_residual: bool = True, ): super(ConformerBlock, self).__init__() if half_step_residual: self.feed_forward_residual_factor = 0.5 else: self.feed_forward_residual_factor = 1 self.sequential = nn.Sequential( ResidualConnectionModule( module=FeedForwardModule( encoder_dim=encoder_dim, expansion_factor=feed_forward_expansion_factor, dropout_p=feed_forward_dropout_p, ), module_factor=self.feed_forward_residual_factor, ), ResidualConnectionModule( module=MultiHeadedSelfAttentionModule( d_model=encoder_dim, num_heads=num_attention_heads, dropout_p=attention_dropout_p, ), ), ResidualConnectionModule( module=ConformerConvModule( in_channels=encoder_dim, kernel_size=conv_kernel_size, expansion_factor=conv_expansion_factor, dropout_p=conv_dropout_p, ), ), ResidualConnectionModule( module=FeedForwardModule( encoder_dim=encoder_dim, expansion_factor=feed_forward_expansion_factor, dropout_p=feed_forward_dropout_p, ), module_factor=self.feed_forward_residual_factor, ), nn.LayerNorm(encoder_dim), ) def forward(self, inputs: Tensor) -> Tensor: return self.sequential(inputs) ``` ================================================ FILE: HW05/README.md ================================================ > ML2023Spring - HW5 相关信息： > > [课程主页](https://speech.ee.ntu.edu.tw/~hylee/ml/2023-spring.php) > > [课程视频](https://www.bilibili.com/video/BV1TD4y137mP/?spm_id_from=333.337.search-card.all.click&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [Sample code](https://colab.research.google.com/drive/17plKxw_Fm94E0SYrGMJe8T0BJluTBNb6) > > [HW05 视频]( https://www.bilibili.com/video/BV1TD4y137mP/?p=40&share_source=copy_web&vd_source=e46571d631061853c8f9eead71bdb390&t=6567) > > [HW05 PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/HW05.pdf) > > 运行日志: [wandb]( https://wandb.ai/hoper-hw/hw5.seq2seq/runs/ej174j09) > > P.S. HW05/06 是在 Judgeboi 上提交的，完全遵循 hint 就可以达到预期效果。 > > 因为无法在 Judgeboi 上提交，所以 HW05/06 代码仓库中展示的是在验证集上的分数。 > > 每年的数据集 size 和 feature 并不完全相同，但基本一致，过去的代码仍可用于新一年的 Homework。 > > 仓库中 HW05 的代码分成了英文 EN 和中文 ZH 两个版本。 > > （碎碎念：翻译比较麻烦，所以之后的 Homework 代码暂只有英文版本） * [任务目标（seq2seq）](#任务目标seq2seq) * [性能指标（BLEU）](#性能指标bleu) * [数据解析](#数据解析) * [Baselines](#baselines) * [Simple baseline (15.05)](#simple-baseline-1505) * [Medium baseline (18.44)](#medium-baseline-1844) * [Strong baseline (23.57)](#strong-baseline-2357) * [Boss baseline (30.08)](#boss-baseline-3008) * [Gradescope](#gradescope) * [Visualize Positional Embedding](#visualize-positional-embedding) * [Clipping Gradient Norm](#clipping-gradient-norm) # 任务目标（seq2seq） - Machine translation 机器翻译，**英译中** # 性能指标（BLEU） > 参考链接： > > [BLEU: a Method for Automatic Evaluation of Machine Translation](https://aclanthology.org/P02-1040.pdf) > > [Foundations of NLP Explained — Bleu Score and WER Metrics](https://towardsdatascience.com/foundations-of-nlp-explained-bleu-score-and-wer-metrics-1a5ba06d812b) **BLEU（Bilingual Evaluation Understudy）** 双语评估替换 公式： $$\text{BLEU} = BP \cdot \exp \left( \sum_{n=1}^{N} w_n log\ p_n\right)^{\frac{1}{N}}$$ 首先要明确两个概念 1. **N-gram** 用来描述句子中的一组 n 个连续的单词。比如，"Thank you so much" 中的 n-grams: - 1-gram: "Thank", "you", "so", "much" - 2-gram: "Thank you", "you so", "so much" - 3-gram: "Thank you so", "you so much" - 4-gram: "Thank you so much" 需要注意的一点是，n-gram 中的单词是按顺序排列的，所以 "so much Thank you" 不是一个有效的 4-gram。 2. **精确度（Precision）** 精确度是 Candidate text 中与 Reference text 相同的单词数占总单词数的比例。 具体公式如下： $\text{Precision} = \frac{\text{Number of overlapping words}}{\text{Total number of words in candidate text}}$ 比如： Candidate: Thank you so much, Chris Reference: Thank you so much, my brother 这里相同的单词数为4，总单词数为5，所以 $\text{Precision} = \frac{{4}}{{5}}$ 但存在一个问题： - **Repetition** 重复 Candidate: Thank Thank Thank Reference: Thank you so much, my brother 此时的 $\text{Precision} = \frac{{3}}{{3}}$ **解决方法：Modified Precision** 很简单的思想，就是匹配过的不再进行匹配。 Candidate: Thank Thank Thank Reference: Thank you so much, my brother $\text{Precision}_1 = \frac{{1}}{{3}}$ - 具体计算如下： $$Count_{clip} = \min(Count,\ Max\\_Ref\\_Count)=\min(3,\ 1)=1$$ $$p_n = \frac{\sum_{\text{n-gram}} Count_{clip}}{\sum_{\text{n-gram}} Count} = \frac{1}{3}$$ 现在还存在一个问题：**译文过短** Candidate: Thank you Reference: Thank you so much, my brother $p_1 = \frac{{2}}{{2}} = 1$ 这里引出了 **brevity penalty**，这是一个惩罚因子，公式如下： ```math BP = \begin{cases} 1& \text{if}\ c>r\\ e^{1-\frac{r}{c}}& \text{if}\ c \leq r \end{cases} ``` 其中 c 是 candidate 的长度，r 是 reference 的长度。 当候选译文的长度 c 等于参考译文的长度 r 的时候，BP = 1，当候选翻译的文本长度较短的时候，用 $e^{1-\frac{r}{c}}$ 作为 BP 值。 回到原来的公式： $$\text{BLEU} = BP \cdot \exp\left( \sum_{n=1}^{N} w_n log\ p_n\right)^{\frac{1}{N}}$$ 汇总一下符号定义： - $BP$ 文本长度的惩罚因子 - $N$ n-gram 中 n 的最大值，作业中设置为 4。 - $w_n$ 权重 - $p_n$ n-gram 的精度 (precision) # 数据解析 - Paired data - TED2020: 演讲 - Raw: 400,726 (sentences) - Processed: 394, 052 (sentences) - 英文和中文两个版本 - Monolingual data - 只有中文版本的 TED 演讲数据 # Baselines > 这里存在一个问题，就是HW05是在 Judgeboi 上进行提交的，所以没办法获取最终的分数，所以简单的使用 simple baseline 对应的 validate BLEU 来做个映射。 > > 因为有 EN / ZH 两个版本，对于每个 hint 我会给出代码的修改位置方便大家索引。 ## Simple baseline (15.05) - 运行所给的 sample code ## Medium baseline (18.44) - 增加学习率的调度 (`Optimizer: Adam + lr scheduling` / `优化器: Adam + 学习率调度`) - 训练得更久 (`Configuration for experiments` / `实验配置`) 这里根据预估的时间，可以简单的将 epoch 设置为原来的两倍。 ## Strong baseline (23.57) - 将模型架构转变为 Transformer (`Model Initialization` / `模型初始化`) - 调整超参数 (`Architecture Related Configuration` / `架构相关配置`) 这里需要参考 [Attention is all you need](https://arxiv.org/abs/1706.03762) 论文中 table 3 的 transformer-base 超参数设置。 ![image-20231115135033382](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231115135033.png) 你可以仅遵循 sample code 的注释，将 encoder_layer 和 decoder_layer 改为 4（简单的将这一个改动称之为 transformer_4layer），此时模型的参数数量会和之前的 RNN 差不多，在 max_epoch =30 的情况下，Bleu 可以达到 23.59。 [代码仓库](https://github.com/Hoper-J/HUNG-YI_LEE_Machine-Learning_Homework)中分享的 Strong 代码完全遵循了 transformer-base 的超参数设置，此时的模型参数将约为之前 RNN 的 5 倍，每一轮训练的时间约为 transform_4layer 的三倍，所以我将 max_epoch 设置为了 10，让其能够匹配上预估的时间，此时的 Bleu 为 24.91。如果将 max_epoch 设置为 30，最终的 Bleu 可以达到 27.48。 下面是二者实验对比。 ![](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231115174121.png) ## Boss baseline (30.08) - 应用 back-translation (`TODO`) 这里我们需要交换实验配置 config 中的 source_lang 和 target_lang，并修改 savedir，训练一个 back-translation 模型后再修改回原来的 config。 然后你需要将 TODO 的部分完善，修改并复用之前的函数就可以达到目的。 （为了与预估时间匹配，这里将 max_epoch 设置为 30 进行实验。） [代码仓库](https://github.com/Hoper-J/HUNG-YI_LEE_Machine-Learning_Homework)中分享的 Boss 代码展示的是最终训练的结果，完整的运行流程是： 1. 将`实验配置中 ` / `Configuration for experiments` 的 **BACK_TRANSLATION** 设置为 **True** 运行 训练一个 back-translation 模型，并处理好对应的语料。 2. 将`实验配置` / `Configuration for experiments` 中的 **BACK_TRANSLATION** 设置为 **False** 运行 结合 ted2020 和 mono (back-translation) 的语料进行训练。 # Gradescope ## Visualize Positional Embedding 你可以直接在 `确定用于生成 submission 的模型权重` / `Confirm model weights used to generate submission` 后进行处理，在仓库的代码中我已经提前注释掉了 `训练循环` / `Training loop` 中的训练部分，如果在之前，模型没有训练，直接运行代码会报错。 ![image-20231119122408389](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231119122408.png) 添加的处理代码如下（可以复制下面的处理代码放到你的 submission 模块之后）： > 推荐阅读：[All Pairs Cosine Similarity in PyTorch](https://medium.com/@dhruvbird/all-pairs-cosine-similarity-in-pytorch-867e722c8572) ```python pos_emb = model.decoder.embed_positions.weights.cpu().detach() # 计算余弦相似度矩阵 def get_cosine_similarity_matrix(x): x = x / x.norm(dim=1, keepdim=True) sim = torch.mm(x, x.t()) return sim sim = get_cosine_similarity_matrix(pos_emb) #sim = F.cosine_similarity(pos_emb.unsqueeze(1), pos_emb.unsqueeze(0), dim=2) # 一样的 # 绘制位置向量的余弦相似度矩阵的热力图 plt.imshow(sim, cmap="hot", vmin=0, vmax=1) plt.colorbar() plt.show() ``` ## Clipping Gradient Norm 只需要将 config.wandb 设置为 True 即可，此时可以在 wandb 上查看。 ![image-20231119183413555](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231119183413.png) 或者直接在 train_one_epoch 添加一下处理代码，记录 gnorm。 ![image-20231119183535765](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231119183535.png) ================================================ FILE: HW05/en/HW05_Boss_29.69.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Boss Baseline\n", "\n", "You can search for the “Boss” tag to check for changes (Ctrl + F or Command + F)\n", "\n", "This shows the final training result. The complete workflow is:\n", "\n", "1. Set **BACK_TRANSLATION** to **True** in the **configuration for experiments** and run. Train a back-translation model and process the corresponding corpus.\n", "2. Set **BACK_TRANSLATION** to **False** in the **configuration for experiments** and run. Train with the corpus of ted2020 and mono (back-translation)." ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# Homework Description\n", "- English to Chinese (Traditional) Translation\n", " - Input: an English sentence (e.g.\t\ttom is a student .)\n", " - Output: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - Train a simple RNN seq2seq to acheive translation\n", " - Switch to transformer model to boost performance\n", " - Apply Back-translation to furthur boost performance" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Sat Nov 18 15:04:49 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 28C P5 27W / 170W | 394MiB / 12288MiB | 2% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1190 G /usr/lib/xorg/Xorg 181MiB |\n", "| 0 N/A N/A 1505 G /usr/bin/gnome-shell 27MiB |\n", "| 0 N/A N/A 1708 G ...nlogin/bin/sunloginclient 9MiB |\n", "| 0 N/A N/A 131095 G /usr/lib/firefox/firefox 162MiB |\n", "| 0 N/A N/A 135011 G ...2gtk-4.0/WebKitWebProcess 9MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# Download and import required packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159" }, "outputs": [], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# Fix random seed" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s" }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# Dataset\n", "\n", "## En-Zh Bilingual Parallel Corpus\n", "* TED2020\n", " - Raw: 400,726 (sentences) \n", " - Processed: 394,052 (sentences)\n", " \n", "\n", "## Testdata\n", "- Size: 4,000 (sentences)\n", "- **Chinese translation is undisclosed. The provided (.zh) file is psuedo translation, each line is a '。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## Dataset Download" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## Language" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## Preprocess files\n", "- strQ2B(): Convert full-width characters to half-width characters\n", "- clean_s(): Clean the text by removing characters such as commas, dashes, and spaces\n", "- len_s(): Return the length of the text\n", "- clean_corpus(): Clean and process the specified text files using the above functions" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## Split into train/valid" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000~4000 would suffice\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## Subword Units\n", "Out of vocabulary (OOV) has been a major problem in machine translation. This can be alleviated by using subword units.\n", "- We will use the [sentencepiece](#kudo-richardson-2018-sentencepiece) package\n", "- select 'unigram' or 'byte-pair encoding (BPE)' algorithm" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## Binarize the data with fairseq\n", "Prepare the files in pairs for both the source and target languages.\n", "\n", "In case a pair is unavailable, generate a pseudo pair to facilitate binarization." ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# Configuration for experiments" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020_with_mono\",\n", " savedir = \"./checkpoints/transformer-bt\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # cpu threads when fetching & processing data.\n", " num_workers=2,\n", " # batch size in terms of tokens. gradient accumulation increases the effective batchsize.\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # the lr s calculated from Noam lr scheduler. you can tune the maximum lr by this factor.\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # clipping gradient norm helps alleviate gradient exploding\n", " clip_norm=1.0,\n", "\n", " # maximum epochs for training (Medium)\n", " max_epoch=30,\n", " start_epoch=1,\n", "\n", " # beam size for beam search\n", " beam=5,\n", " # generate sequences of maximum length ax + b, where x is the source length\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # when decoding, post process sentence by removing sentencepiece symbols and jieba tokenization.\n", " post_process = \"sentencepiece\",\n", "\n", " # checkpoints\n", " keep_last_epochs=5,\n", " resume=None, # if resume from checkpoint name (under config.savedir)\n", "\n", " # logging\n", " use_wandb=False,\n", ")\n", "\n", "BACK_TRANSLATION = False # Boss\n", "if BACK_TRANSLATION:\n", " config.datadir = \"./DATA/data-bin/ted2020\"\n", " config.savedir = \"./checkpoints/transformer-back\"\n", " config.source_lang, config.target_lang= tgt_lang, src_lang" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# Logging\n", "- logging package logs ordinary messages\n", "- wandb logs the loss, bleu, etc. in the training process" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "\u001b[34m\u001b[1mwandb\u001b[0m: Currently logged in as: \u001b[33mhoper-hw\u001b[0m. Use \u001b[1m`wandb login --relogin`\u001b[0m to force relogin\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "7cae632a06ba4e8b8847c056780da0ec", "version_major": 2, "version_minor": 0 }, "text/plain": [ "VBox(children=(Label(value='Waiting for wandb.init()...\\r'), FloatProgress(value=0.011113333365776473, max=1.0…" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ "wandb version 0.16.0 is available! To upgrade, please run:\n", " $ pip install wandb --upgrade" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ "Tracking run with wandb version 0.15.12" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ "Run data is saved locally in /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/wandb/run-20231118_150602-de1c3w4x" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ "Syncing run transformer-bt to Weights & Biases (docs)
" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ " View project at https://wandb.ai/hoper-hw/hw5.seq2seq" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ " View run at https://wandb.ai/hoper-hw/hw5.seq2seq/runs/de1c3w4x" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA Environments" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-18 15:06:08 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-18 15:06:08 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-18 15:06:08 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# Dataloading" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## We borrow the TranslationTask from fairseq\n", "* used to load the binarized data created above\n", "* well-implemented data iterator (dataloader)\n", "* built-in task.source_dictionary and task.target_dictionary are also handy\n", "* well-implemented beam search decoder" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-18 15:06:08 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-18 15:06:08 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-18 15:06:08 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-18 15:06:08 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020_with_mono/train.en-zh.en\n", "2023-11-18 15:06:08 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020_with_mono/train.en-zh.zh\n", "2023-11-18 15:06:08 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono train en-zh 390112 examples\n", "2023-11-18 15:06:08 | INFO | fairseq.data.data_utils | loaded 781,713 examples from: ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en\n", "2023-11-18 15:06:08 | INFO | fairseq.data.data_utils | loaded 781,713 examples from: ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh\n", "2023-11-18 15:06:08 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono train1 en-zh 781713 examples\n", "2023-11-18 15:06:08 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020_with_mono/valid.en-zh.en\n", "2023-11-18 15:06:08 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020_with_mono/valid.en-zh.zh\n", "2023-11-18 15:06:08 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# Dataset iterator" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* Controls every batch to contain no more than N tokens, which optimizes GPU memory efficiency\n", "* Shuffles the training set for every epoch\n", "* Ignore sentences exceeding maximum length\n", "* Pad all sentences in a batch to the same length, which enables parallel computing by GPU\n", "* Add eos and shift one token\n", " - teacher forcing: to train the model to predict the next token based on prefix, we feed the right shifted target sequence as the decoder input.\n", " - generally, prepending bos to the target would do the job (as shown below)\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - in fairseq however, this is done by moving the eos token to the begining. Empirically, this has the same effect. For instance:\n", " ```\n", " # output target (target) and Decoder input (prev_output_tokens):\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-18 15:06:08 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-18 15:06:08 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-18 15:06:08 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-18 15:06:08 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-18 15:06:08 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # Set this to False to speed up. However, if set to False, changing max_tokens beyond\n", " # first call of this method has no effect.\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# Model Architecture\n", "* We again inherit fairseq's encoder, decoder and model, so that in the testing phase we can directly leverage fairseq's beam search decoder." ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# Encoder" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- The Encoder is a RNN or Transformer Encoder. The following description is for RNN. For every input token, Encoder will generate a output vector and a hidden states vector, and the hidden states vector is passed on to the next step. In other words, the Encoder sequentially reads in the input sequence, and outputs a single vector at each timestep, then finally outputs the final hidden states, or content vector, at the last timestep.\n", "- Parameters:\n", " - *args*\n", " - encoder_embed_dim: the dimension of embeddings, this compresses the one-hot vector into fixed dimensions, which achieves dimension reduction\n", " - encoder_ffn_embed_dim: the dimension of hidden states and output vectors\n", " - encoder_layers: the number of layers for Encoder RNN\n", " - dropout determines the probability of a neuron's activation being set to 0, in order to prevent overfitting. Generally this is applied in training, and removed in testing.\n", " - *dictionary*: the dictionary provided by fairseq. it's used to obtain the padding index, and in turn the encoder padding mask.\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "\n", "- Inputs:\n", " - *src_tokens*: integer sequence representing english e.g. 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: the output of RNN at each timestep, can be furthur processed by Attention\n", " - *final_hiddens*: the hidden states of each timestep, will be passed to decoder for decoding\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # get embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # pass thru bidirectional RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # Since Encoder is bidirectional, we need to concatenate the hidden states of two directions\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## Attention" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- When the input sequence is long, \"content vector\" alone cannot accurately represent the whole sequence, attention mechanism can provide the Decoder more information.\n", "- According to the **Decoder embeddings** of the current timestep, match the **Encoder outputs** with decoder embeddings to determine correlation, and then sum the Encoder outputs weighted by the correlation as the input to **Decoder** RNN.\n", "- Common attention implementations use neural network / dot product as the correlation between **query** (decoder embeddings) and **key** (Encoder outputs), followed by **softmax** to obtain a distribution, and finally **values** (Encoder outputs) is **weighted sum**-ed by said distribution.\n", "\n", "- Parameters:\n", " - *input_embed_dim*: dimensionality of key, should be that of the vector in decoder to attend others\n", " - *source_embed_dim*: dimensionality of query, should be that of the vector to be attended to (encoder outputs)\n", " - *output_embed_dim*: dimensionality of value, should be that of the vector after attention, expected by the next layer\n", "\n", "- Inputs:\n", " - *inputs*: is the key, the vector to attend to others\n", " - *encoder_outputs*: is the query/value, the vector to be attended to\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n", "- Outputs:\n", " - *output*: the context vector after attention\n", " - *attention score*: the attention distribution\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # convert all to batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # project to the dimensionality of encoder_outputs\n", " x = self.input_proj(inputs)\n", "\n", " # compute attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # cancel the attention at positions corresponding to padding\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # softmax on the dimension corresponding to source sequence\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) weighted sum\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# Decoder" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* The hidden states of **Decoder** will be initialized by the final hidden states of **Encoder** (the content vector)\n", "* At the same time, **Decoder** will change its hidden states based on the input of the current timestep (the outputs of previous timesteps), and generates an output\n", "* Attention improves the performance\n", "* The seq2seq steps are implemented in decoder, so that later the Seq2Seq class can accept RNN and Transformer, without furthur modification.\n", "- Parameters:\n", " - *args*\n", " - decoder_embed_dim: is the dimensionality of the decoder embeddings, similar to encoder_embed_dim，\n", " - decoder_ffn_embed_dim: is the dimensionality of the decoder RNN hidden states, similar to encoder_ffn_embed_dim\n", " - decoder_layers: number of layers of RNN decoder\n", " - share_decoder_input_output_embed: usually, the projection matrix of the decoder will share weights with the decoder input embeddings\n", " - *dictionary*: the dictionary provided by fairseq\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "- Inputs:\n", " - *prev_output_tokens*: integer sequence representing the right-shifted target e.g. 1, 28, 29, 205, 2\n", " - *encoder_out*: encoder's output.\n", " - *incremental_state*: in order to speed up decoding during test time, we will save the hidden state of each timestep. see forward() for details.\n", "- Outputs:\n", " - *outputs*: the logits (before softmax) output of decoder for each timesteps\n", " - *extra*: unused" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # extract the outputs from encoder\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # if the information from last timestep is retained, we can continue from there instead of starting from bos\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # incremental state does not exist, either this is training time, or the first timestep of test time\n", " # prepare for seq2seq: pass the encoder_hidden to the decoder hidden states\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # pass thru unidirectional RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # project to embedding size (if hidden differs from embed size, and share_embedding is True,\n", " # we need to do an extra projection)\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # project to vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, record the hidden states of current timestep, which will be restored in the next timestep\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(\n", " self,\n", " incremental_state,\n", " new_order,\n", " ):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- Composed of **Encoder** and **Decoder**\n", "- Recieves inputs and pass to **Encoder**\n", "- Pass the outputs from **Encoder** to **Decoder**\n", "- **Decoder** will decode according to outputs of previous timesteps as well as **Encoder** outputs \n", "- Once done decoding, return the **Decoder** outputs" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# Model Initialization (Boss)" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # HINT: transformer architecture\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # HINT: TODO: switch to TransformerEncoder & TransformerDecoder\n", " # encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # sequence to sequence model\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # initialization for seq2seq model is important, requires extra handling\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # weight initialization\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## Architecture Related Configuration (Boss)\n", "\n", "For strong baseline, please refer to the hyperparameters for *transformer-base* in Table 3 in [Attention is all you need](#vaswani2017)" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=512,\n", " encoder_ffn_embed_dim=2048,\n", " encoder_layers=6,\n", " decoder_embed_dim=512,\n", " decoder_ffn_embed_dim=2048,\n", " decoder_layers=6,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# HINT: these patches on parameters for Transformer\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=8\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=8\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # patches on default parameters for Transformer (those not set above)\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-18 15:06:09 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): TransformerEncoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerEncoderLayerBase(\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (dropout_module): FairseqDropout()\n", " (activation_dropout_module): FairseqDropout()\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " (decoder): TransformerDecoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerDecoderLayerBase(\n", " (dropout_module): FairseqDropout()\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (activation_dropout_module): FairseqDropout()\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (encoder_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (encoder_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (output_projection): Linear(in_features=512, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# Optimization" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## Loss: Label Smoothing Regularization\n", "* let the model learn to generate less concentrated distribution, and prevent over-confidence\n", "* sometimes the ground truth may not be the only answer. thus, when calculating loss, we reserve some probability for incorrect labels\n", "* avoids overfitting\n", "\n", "code [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood，the cross-entropy when target is one-hot. following line is same as F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # reserve some probability for other labels. thus when calculating cross-entropy,\n", " # equivalent to summing the log probs of all labels\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # when calculating cross-entropy, add the loss of other labels\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# generally, 0.1 is good enough\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ" }, "source": [ "## Optimizer: Adam + lr scheduling\n", "Inverse square root scheduling is important to the stability when training Transformer. It's later used on RNN as well.\n", "Update the learning rate according to the following equation. Linearly increase the first stage, then decay proportionally to the inverse square root of timestep.\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "import math\n", "\n", "def get_rate(d_model, step_num, warmup_step):\n", " # TODO: Change lr from constant to the equation shown above\n", " lr = 1.0 / math.sqrt(d_model) * min(1.0 / math.sqrt(step_num), step_num / (warmup_step * math.sqrt(warmup_step)))\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim wrapper that implements rate.\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"Multiplies grads by a constant *c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"Update parameters and rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"Implement `lrate` above\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## Scheduling Visualized" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# Training Procedure" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # gradient accumulation: update every accum_steps samples\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # automatic mixed precision (amp)\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # gradient accumulation: update every accum_steps samples\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # emptying the CUDA cache after the first step can reduce the chance of OOM\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # mixed precision training\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # logging\n", " accum_loss += loss.item()\n", " # back-prop\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) handles the case of a zero gradient\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # grad norm clipping prevents gradient exploding\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # logging\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## Validation & Inference\n", "To prevent overfitting, validation is required every epoch to validate the performance on unseen data.\n", "- the procedure is essensially same as training, with the addition of inference step\n", "- after validation we can save the model weights\n", "\n", "Validation loss alone cannot describe the actual performance of the model\n", "- Directly produce translation hypotheses based on current model, then calculate BLEU with the reference translation\n", "- We can also manually examine the hypotheses' quality\n", "- We use fairseq's sequence generator for beam search to generate translation hypotheses" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq's beam search generator\n", "# given model and input seqeunce, produce translation hypotheses by beam search\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # convert from Tensor to human readable sentence\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # for each sample, collect the input, hypothesis and reference, later be used to calculate BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 indicates using the top hypothesis in beam\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # validation loss\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # do inference\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # show bleu results\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# Save and Load Model Weights\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # save epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # save epoch samples\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # get best valid bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## Training loop" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-18 15:06:10 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-18 15:06:10 | INFO | hw5.seq2seq | encoder: TransformerEncoder\n", "2023-11-18 15:06:10 | INFO | hw5.seq2seq | decoder: TransformerDecoder\n", "2023-11-18 15:06:10 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-18 15:06:10 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-18 15:06:10 | INFO | hw5.seq2seq | num. model params: 52,324,352 (num. trained: 52,324,352)\n", "2023-11-18 15:06:10 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-18 15:06:10 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-18 15:06:10 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-18 15:06:10 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-18 15:06:10 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-18 15:06:10 | WARNING | fairseq.tasks.fairseq_task | 1 samples have invalid sizes and will be skipped, max_positions=(1024, 1024), first few sample ids=[326653]\n", "2023-11-18 15:06:10 | INFO | hw5.seq2seq | no checkpoints found at checkpoints/transformer-bt/checkpoint_last.pt!\n", "2023-11-18 15:06:10 | INFO | fairseq.data.iterators | grouped total_num_itrs = 1874\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "train epoch 1: 0%| | 0/1874 [00:00 2\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "if not BACK_TRANSLATION:\n", " raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation (Boss)" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## Train a backward translation model" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. Switch the source_lang and target_lang in **config**\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-back\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## Generate synthetic data with backward model" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### Download monolingual data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: clean corpus\n", "\n", "1. remove sentences that are too long or too short\n", "2. unify punctuation\n", "\n", "hint: you can use clean_s() defined above to do this" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [ "def clean_mono_corpus(prefix, l, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.zh').exists():\n", " print(f'{prefix}.clean.zh exists. skipping clean.')\n", " return\n", " with open(f'{prefix}', 'r') as l_in_f:\n", " with open(f'{prefix}.clean.zh', 'w') as l_out_f:\n", " for s in l_in_f:\n", " s = s.strip()\n", " s = clean_s(s, l)\n", " s_len = len_s(s, l)\n", " if min_len > 0: # remove short sentence\n", " if s_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s_len > max_len:\n", " continue\n", " print(s, file=l_out_f)\n", " \n", "\n", "mono_data_prefix = f'{mono_prefix}/ted_zh_corpus.deduped'\n", "clean_mono_corpus(mono_data_prefix, 'zh')" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "**Generate pseudo translation**" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [ "import os\n", "\n", "zh_path = mono_prefix / 'ted_zh_corpus.deduped.clean.zh'\n", "en_path = mono_prefix / 'ted_zh_corpus.deduped.clean.en'\n", "\n", "if en_path.exists():\n", " print(f\"{en_path} exists. skipping the generation of psuedo translation.\")\n", "\n", "with open(zh_path, 'r') as zh_f:\n", " with open(en_path, 'w') as en_f:\n", " for line in zh_f:\n", " line = line.strip()\n", " if line:\n", " # Replace with '_.' to get a pseudo translation\n", " pseudo = '_.'\n", " # Write the pseudo translation string to the target file and add a new line\n", " print(pseudo, file=en_f)\n", " # If the line is empty, just add a new line\n", " else:\n", " print(file=en_f)" ] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: Subword Units\n", "\n", "Use the spm model of the backward model to tokenize the data into subword units\n", "\n", "hint: spm model is located at DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [ "def spm_encode(prefix, vocab_size, mono_prefix):\n", " spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "\n", " in_path = mono_prefix / 'ted_zh_corpus.deduped.clean'\n", "\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = mono_prefix / f'mono.tok.{lang}'\n", " # if out_path.exists():\n", " # print(f\"{out_path} exists. skipping spm_encode.\")\n", " # else:\n", " with open(out_path, 'w') as out_f:\n", " with open(f'{in_path}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)\n", "\n", "spm_encode(prefix, vocab_size, mono_prefix)" ] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### Binarize\n", "\n", "use fairseq to binarize data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: Generate synthetic data with backward model\n", "\n", "Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "\n", "ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "then you can use 'generate_prediction(model, task, split=\"split_name\")' to generate translation prediction" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "# ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: do prediction on split='mono' to create prediction_file\n", "task.load_dataset(split=\"mono\", epoch=1)\n", "generate_prediction(model, task, split='mono', outfile='./prediction.txt' )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: Create new dataset\n", "\n", "1. Combine the prediction data with monolingual data\n", "2. Use the original spm model to tokenize data into Subword Units\n", "3. Binarize data with fairseq" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# Combine prediction_file (.en) and mono.zh (.zh) into a new dataset.\n", "#\n", "# hint: tokenize prediction_file with the spm model\n", "!cp ./prediction.txt {mono_prefix}/'ted_zh_corpus.deduped.clean.en'\n", "spm_encode(prefix, vocab_size, mono_prefix)\n", "# output: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# hint: use fairseq to binarize these two files again\n", "binpath = Path('./DATA/data-bin/synthetic')\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# create a new dataset from all the files prepared above\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "Created new dataset \"ted2020_with_mono\"\n", "\n", "1. Change the datadir in **config** (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. Switch back the source_lang and target_lang in **config** (\"en\", \"zh\")\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-bt\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/en/HW05_Gradescope.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Gradescope\n", "\n", "You can search for the “Gradescope” to locate code (Ctrl + F or Command + F)" ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# Homework Description\n", "- English to Chinese (Traditional) Translation\n", " - Input: an English sentence (e.g.\t\ttom is a student .)\n", " - Output: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - Train a simple RNN seq2seq to acheive translation\n", " - Switch to transformer model to boost performance\n", " - Apply Back-translation to furthur boost performance" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Sun Nov 19 18:55:14 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 28C P3 37W / 170W | 5871MiB / 12288MiB | 0% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1142 G /usr/lib/xorg/Xorg 143MiB |\n", "| 0 N/A N/A 1451 G /usr/bin/gnome-shell 23MiB |\n", "| 0 N/A N/A 1644 G ...nlogin/bin/sunloginclient 6MiB |\n", "| 0 N/A N/A 4236 G /usr/lib/firefox/firefox 104MiB |\n", "| 0 N/A N/A 12049 C ...conda3/envs/DL/bin/python 5588MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# Download and import required packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e", "tags": [] }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d", "tags": [] }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159" }, "outputs": [], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# Fix random seed" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s" }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# Dataset\n", "\n", "## En-Zh Bilingual Parallel Corpus\n", "* TED2020\n", " - Raw: 400,726 (sentences) \n", " - Processed: 394,052 (sentences)\n", " \n", "\n", "## Testdata\n", "- Size: 4,000 (sentences)\n", "- **Chinese translation is undisclosed. The provided (.zh) file is psuedo translation, each line is a '。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## Dataset Download" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## Language" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## Preprocess files\n", "- strQ2B(): Convert full-width characters to half-width characters\n", "- clean_s(): Clean the text by removing characters such as commas, dashes, and spaces\n", "- len_s(): Return the length of the text\n", "- clean_corpus(): Clean and process the specified text files using the above functions" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## Split into train/valid" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000~4000 would suffice\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## Subword Units\n", "Out of vocabulary (OOV) has been a major problem in machine translation. This can be alleviated by using subword units.\n", "- We will use the [sentencepiece](#kudo-richardson-2018-sentencepiece) package\n", "- select 'unigram' or 'byte-pair encoding (BPE)' algorithm" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## Binarize the data with fairseq\n", "Prepare the files in pairs for both the source and target languages.\n", "\n", "In case a pair is unavailable, generate a pseudo pair to facilitate binarization." ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# Configuration for experiments" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020_with_mono\",\n", " savedir = \"./checkpoints/transformer-bt\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # cpu threads when fetching & processing data.\n", " num_workers=2,\n", " # batch size in terms of tokens. gradient accumulation increases the effective batchsize.\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # the lr s calculated from Noam lr scheduler. you can tune the maximum lr by this factor.\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # clipping gradient norm helps alleviate gradient exploding\n", " clip_norm=1.0,\n", "\n", " # maximum epochs for training (Medium)\n", " max_epoch=30,\n", " start_epoch=1,\n", "\n", " # beam size for beam search\n", " beam=5,\n", " # generate sequences of maximum length ax + b, where x is the source length\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # when decoding, post process sentence by removing sentencepiece symbols and jieba tokenization.\n", " post_process = \"sentencepiece\",\n", "\n", " # checkpoints\n", " keep_last_epochs=5,\n", " resume=None, # if resume from checkpoint name (under config.savedir)\n", "\n", " # logging\n", " use_wandb=False, # Gradescope. Problem 2: You can set it to True and check it in wandb, you can add code (in train_one_epoch()) to do it yourself.\n", ")\n", "\n", "BACK_TRANSLATION = False # Boss\n", "if BACK_TRANSLATION:\n", " config.datadir = \"./DATA/data-bin/ted2020\"\n", " config.savedir = \"./checkpoints/transformer-back\"\n", " config.source_lang, config.target_lang= tgt_lang, src_lang" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# Logging\n", "- logging package logs ordinary messages\n", "- wandb logs the loss, bleu, etc. in the training process" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA Environments" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:56:28 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-19 18:56:28 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-19 18:56:28 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# Dataloading" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## We borrow the TranslationTask from fairseq\n", "* used to load the binarized data created above\n", "* well-implemented data iterator (dataloader)\n", "* built-in task.source_dictionary and task.target_dictionary are also handy\n", "* well-implemented beam search decoder" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:56:28 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-19 18:56:28 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:56:28 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-19 18:56:28 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020_with_mono/train.en-zh.en\n", "2023-11-19 18:56:28 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020_with_mono/train.en-zh.zh\n", "2023-11-19 18:56:28 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono train en-zh 390112 examples\n", "2023-11-19 18:56:28 | INFO | fairseq.data.data_utils | loaded 781,713 examples from: ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en\n", "2023-11-19 18:56:28 | INFO | fairseq.data.data_utils | loaded 781,713 examples from: ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh\n", "2023-11-19 18:56:28 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono train1 en-zh 781713 examples\n", "2023-11-19 18:56:28 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020_with_mono/valid.en-zh.en\n", "2023-11-19 18:56:28 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020_with_mono/valid.en-zh.zh\n", "2023-11-19 18:56:28 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# Dataset iterator" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* Controls every batch to contain no more than N tokens, which optimizes GPU memory efficiency\n", "* Shuffles the training set for every epoch\n", "* Ignore sentences exceeding maximum length\n", "* Pad all sentences in a batch to the same length, which enables parallel computing by GPU\n", "* Add eos and shift one token\n", " - teacher forcing: to train the model to predict the next token based on prefix, we feed the right shifted target sequence as the decoder input.\n", " - generally, prepending bos to the target would do the job (as shown below)\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - in fairseq however, this is done by moving the eos token to the begining. Empirically, this has the same effect. For instance:\n", " ```\n", " # output target (target) and Decoder input (prev_output_tokens):\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:56:28 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-19 18:56:28 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-19 18:56:28 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-19 18:56:28 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-19 18:56:28 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # Set this to False to speed up. However, if set to False, changing max_tokens beyond\n", " # first call of this method has no effect.\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# Model Architecture\n", "* We again inherit fairseq's encoder, decoder and model, so that in the testing phase we can directly leverage fairseq's beam search decoder." ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# Encoder" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- The Encoder is a RNN or Transformer Encoder. The following description is for RNN. For every input token, Encoder will generate a output vector and a hidden states vector, and the hidden states vector is passed on to the next step. In other words, the Encoder sequentially reads in the input sequence, and outputs a single vector at each timestep, then finally outputs the final hidden states, or content vector, at the last timestep.\n", "- Parameters:\n", " - *args*\n", " - encoder_embed_dim: the dimension of embeddings, this compresses the one-hot vector into fixed dimensions, which achieves dimension reduction\n", " - encoder_ffn_embed_dim: the dimension of hidden states and output vectors\n", " - encoder_layers: the number of layers for Encoder RNN\n", " - dropout determines the probability of a neuron's activation being set to 0, in order to prevent overfitting. Generally this is applied in training, and removed in testing.\n", " - *dictionary*: the dictionary provided by fairseq. it's used to obtain the padding index, and in turn the encoder padding mask.\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "\n", "- Inputs:\n", " - *src_tokens*: integer sequence representing english e.g. 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: the output of RNN at each timestep, can be furthur processed by Attention\n", " - *final_hiddens*: the hidden states of each timestep, will be passed to decoder for decoding\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # get embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # pass thru bidirectional RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # Since Encoder is bidirectional, we need to concatenate the hidden states of two directions\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## Attention" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- When the input sequence is long, \"content vector\" alone cannot accurately represent the whole sequence, attention mechanism can provide the Decoder more information.\n", "- According to the **Decoder embeddings** of the current timestep, match the **Encoder outputs** with decoder embeddings to determine correlation, and then sum the Encoder outputs weighted by the correlation as the input to **Decoder** RNN.\n", "- Common attention implementations use neural network / dot product as the correlation between **query** (decoder embeddings) and **key** (Encoder outputs), followed by **softmax** to obtain a distribution, and finally **values** (Encoder outputs) is **weighted sum**-ed by said distribution.\n", "\n", "- Parameters:\n", " - *input_embed_dim*: dimensionality of key, should be that of the vector in decoder to attend others\n", " - *source_embed_dim*: dimensionality of query, should be that of the vector to be attended to (encoder outputs)\n", " - *output_embed_dim*: dimensionality of value, should be that of the vector after attention, expected by the next layer\n", "\n", "- Inputs:\n", " - *inputs*: is the key, the vector to attend to others\n", " - *encoder_outputs*: is the query/value, the vector to be attended to\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n", "- Outputs:\n", " - *output*: the context vector after attention\n", " - *attention score*: the attention distribution\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # convert all to batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # project to the dimensionality of encoder_outputs\n", " x = self.input_proj(inputs)\n", "\n", " # compute attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # cancel the attention at positions corresponding to padding\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # softmax on the dimension corresponding to source sequence\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) weighted sum\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# Decoder" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* The hidden states of **Decoder** will be initialized by the final hidden states of **Encoder** (the content vector)\n", "* At the same time, **Decoder** will change its hidden states based on the input of the current timestep (the outputs of previous timesteps), and generates an output\n", "* Attention improves the performance\n", "* The seq2seq steps are implemented in decoder, so that later the Seq2Seq class can accept RNN and Transformer, without furthur modification.\n", "- Parameters:\n", " - *args*\n", " - decoder_embed_dim: is the dimensionality of the decoder embeddings, similar to encoder_embed_dim，\n", " - decoder_ffn_embed_dim: is the dimensionality of the decoder RNN hidden states, similar to encoder_ffn_embed_dim\n", " - decoder_layers: number of layers of RNN decoder\n", " - share_decoder_input_output_embed: usually, the projection matrix of the decoder will share weights with the decoder input embeddings\n", " - *dictionary*: the dictionary provided by fairseq\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "- Inputs:\n", " - *prev_output_tokens*: integer sequence representing the right-shifted target e.g. 1, 28, 29, 205, 2\n", " - *encoder_out*: encoder's output.\n", " - *incremental_state*: in order to speed up decoding during test time, we will save the hidden state of each timestep. see forward() for details.\n", "- Outputs:\n", " - *outputs*: the logits (before softmax) output of decoder for each timesteps\n", " - *extra*: unused" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # extract the outputs from encoder\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # if the information from last timestep is retained, we can continue from there instead of starting from bos\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # incremental state does not exist, either this is training time, or the first timestep of test time\n", " # prepare for seq2seq: pass the encoder_hidden to the decoder hidden states\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # pass thru unidirectional RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # project to embedding size (if hidden differs from embed size, and share_embedding is True,\n", " # we need to do an extra projection)\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # project to vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, record the hidden states of current timestep, which will be restored in the next timestep\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(\n", " self,\n", " incremental_state,\n", " new_order,\n", " ):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- Composed of **Encoder** and **Decoder**\n", "- Recieves inputs and pass to **Encoder**\n", "- Pass the outputs from **Encoder** to **Decoder**\n", "- **Decoder** will decode according to outputs of previous timesteps as well as **Encoder** outputs \n", "- Once done decoding, return the **Decoder** outputs" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# Model Initialization (Boss)" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # HINT: transformer architecture\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # HINT: TODO: switch to TransformerEncoder & TransformerDecoder\n", " # encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # sequence to sequence model\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # initialization for seq2seq model is important, requires extra handling\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # weight initialization\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## Architecture Related Configuration (Boss)\n", "\n", "For strong baseline, please refer to the hyperparameters for *transformer-base* in Table 3 in [Attention is all you need](#vaswani2017)" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=512,\n", " encoder_ffn_embed_dim=2048,\n", " encoder_layers=6,\n", " decoder_embed_dim=512,\n", " decoder_ffn_embed_dim=2048,\n", " decoder_layers=6,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# HINT: these patches on parameters for Transformer\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=8\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=8\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # patches on default parameters for Transformer (those not set above)\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:56:29 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): TransformerEncoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerEncoderLayerBase(\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (dropout_module): FairseqDropout()\n", " (activation_dropout_module): FairseqDropout()\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " (decoder): TransformerDecoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerDecoderLayerBase(\n", " (dropout_module): FairseqDropout()\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (activation_dropout_module): FairseqDropout()\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (encoder_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (encoder_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (output_projection): Linear(in_features=512, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# Optimization" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## Loss: Label Smoothing Regularization\n", "* let the model learn to generate less concentrated distribution, and prevent over-confidence\n", "* sometimes the ground truth may not be the only answer. thus, when calculating loss, we reserve some probability for incorrect labels\n", "* avoids overfitting\n", "\n", "code [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood，the cross-entropy when target is one-hot. following line is same as F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # reserve some probability for other labels. thus when calculating cross-entropy,\n", " # equivalent to summing the log probs of all labels\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # when calculating cross-entropy, add the loss of other labels\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# generally, 0.1 is good enough\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ" }, "source": [ "## Optimizer: Adam + lr scheduling\n", "Inverse square root scheduling is important to the stability when training Transformer. It's later used on RNN as well.\n", "Update the learning rate according to the following equation. Linearly increase the first stage, then decay proportionally to the inverse square root of timestep.\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "import math\n", "\n", "def get_rate(d_model, step_num, warmup_step):\n", " # TODO: Change lr from constant to the equation shown above\n", " lr = 1.0 / math.sqrt(d_model) * min(1.0 / math.sqrt(step_num), step_num / (warmup_step * math.sqrt(warmup_step)))\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim wrapper that implements rate.\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"Multiplies grads by a constant *c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"Update parameters and rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"Implement `lrate` above\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## Scheduling Visualized" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# Training Procedure" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # gradient accumulation: update every accum_steps samples\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # automatic mixed precision (amp)\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # gradient accumulation: update every accum_steps samples\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # emptying the CUDA cache after the first step can reduce the chance of OOM\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # mixed precision training\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # logging\n", " accum_loss += loss.item()\n", " # back-prop\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) handles the case of a zero gradient\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # grad norm clipping prevents gradient exploding\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # logging\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## Validation & Inference\n", "To prevent overfitting, validation is required every epoch to validate the performance on unseen data.\n", "- the procedure is essensially same as training, with the addition of inference step\n", "- after validation we can save the model weights\n", "\n", "Validation loss alone cannot describe the actual performance of the model\n", "- Directly produce translation hypotheses based on current model, then calculate BLEU with the reference translation\n", "- We can also manually examine the hypotheses' quality\n", "- We use fairseq's sequence generator for beam search to generate translation hypotheses" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq's beam search generator\n", "# given model and input seqeunce, produce translation hypotheses by beam search\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # convert from Tensor to human readable sentence\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # for each sample, collect the input, hypothesis and reference, later be used to calculate BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 indicates using the top hypothesis in beam\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # validation loss\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # do inference\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # show bleu results\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# Save and Load Model Weights\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # save epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # save epoch samples\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # get best valid bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## Training loop" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [], "source": [ "# logger.info(\"task: {}\".format(task.__class__.__name__))\n", "# logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "# logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "# logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "# logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "# logger.info(\n", "# \"num. model params: {:,} (num. trained: {:,})\".format(\n", "# sum(p.numel() for p in model.parameters()),\n", "# sum(p.numel() for p in model.parameters() if p.requires_grad),\n", "# )\n", "# )\n", "# logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [], "source": [ "# epoch_itr = load_data_iterator(task, \"train\", config.start_epoch, config.max_tokens, config.num_workers)\n", "# try_load_checkpoint(model, optimizer, name=config.resume)\n", "# while epoch_itr.next_epoch_idx <= config.max_epoch:\n", "# # train for one epoch\n", "# train_one_epoch(epoch_itr, model, task, criterion, optimizer, config.accum_steps)\n", "# stats = validate_and_save(model, task, criterion, optimizer, epoch=epoch_itr.epoch)\n", "# logger.info(\"end of epoch {}\".format(epoch_itr.epoch))\n", "# epoch_itr = load_data_iterator(task, \"train\", epoch_itr.next_epoch_idx, config.max_tokens, config.num_workers)" ] }, { "cell_type": "markdown", "metadata": { "id": "KyjRwllxPjtf" }, "source": [ "# Submission" ] }, { "cell_type": "code", "execution_count": 45, "metadata": { "id": "N70Gc6smPi1d", "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Namespace(inputs=['./checkpoints/transformer-bt'], output='./checkpoints/transformer-bt/avg_last_5_checkpoint.pt', num_epoch_checkpoints=5, num_update_checkpoints=None, num_best_checkpoints=0, checkpoint_upper_bound=None)\n", "averaging checkpoints: ['./checkpoints/transformer-bt/checkpoint30.pt', './checkpoints/transformer-bt/checkpoint29.pt', './checkpoints/transformer-bt/checkpoint28.pt', './checkpoints/transformer-bt/checkpoint27.pt', './checkpoints/transformer-bt/checkpoint26.pt']\n", "Finished writing averaged checkpoint to ./checkpoints/transformer-bt/avg_last_5_checkpoint.pt\n" ] } ], "source": [ "# averaging a few checkpoints can have a similar effect to ensemble\n", "checkdir=config.savedir\n", "!python ./fairseq/scripts/average_checkpoints.py \\\n", "--inputs {checkdir} \\\n", "--num-epoch-checkpoints 5 \\\n", "--output {checkdir}/avg_last_5_checkpoint.pt" ] }, { "cell_type": "markdown", "metadata": { "id": "BAGMiun8PnZy" }, "source": [ "## Confirm model weights used to generate submission" ] }, { "cell_type": "code", "execution_count": 46, "metadata": { "id": "tvRdivVUPnsU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:56:32 | INFO | hw5.seq2seq | loaded checkpoint checkpoints/transformer-bt/avg_last_5_checkpoint.pt: step=unknown loss=3.027837038040161 bleu=29.730896524436638\n", "2023-11-19 18:56:32 | INFO | hw5.seq2seq | begin validation\n", "2023-11-19 18:56:32 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-19 18:56:32 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-19 18:56:32 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-19 18:56:32 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "validation: 0%| | 0/22 [00:00" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "def get_cosine_similarity_matrix(x):\n", " x = x / x.norm(dim=1, keepdim=True)\n", " sim = torch.mm(x, x.t())\n", " return sim\n", "\n", "\n", "# Get the positional embeddings from the decoder of the model\n", "pos_emb = model.decoder.embed_positions.weights.cpu().detach()\n", "sim = get_cosine_similarity_matrix(pos_emb)\n", "# sim = F.cosine_similarity(pos_emb.unsqueeze(1), pos_emb.unsqueeze(0), dim=-1) # same\n", "\n", "# Plot the heatmap of the cosine similarity matrix of the positional embeddings\n", "plt.imshow(sim, cmap=\"hot\", vmin=0, vmax=1)\n", "plt.colorbar()\n", "\n", "plt.show()" ] }, { "cell_type": "code", "execution_count": 50, "metadata": { "id": "wvenyi6BPwnD" }, "outputs": [ { "ename": "RuntimeError", "evalue": "No active exception to reraise", "output_type": "error", "traceback": [ "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m", "\u001b[0;31mRuntimeError\u001b[0m Traceback (most recent call last)", "Cell \u001b[0;32mIn[50], line 2\u001b[0m\n\u001b[1;32m 1\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m \u001b[38;5;129;01mnot\u001b[39;00m BACK_TRANSLATION:\n\u001b[0;32m----> 2\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "if not BACK_TRANSLATION:\n", " raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation (Boss)" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## Train a backward translation model" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. Switch the source_lang and target_lang in **config**\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-back\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## Generate synthetic data with backward model" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### Download monolingual data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: clean corpus\n", "\n", "1. remove sentences that are too long or too short\n", "2. unify punctuation\n", "\n", "hint: you can use clean_s() defined above to do this" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [ "def clean_mono_corpus(prefix, l, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.zh').exists():\n", " print(f'{prefix}.clean.zh exists. skipping clean.')\n", " return\n", " with open(f'{prefix}', 'r') as l_in_f:\n", " with open(f'{prefix}.clean.zh', 'w') as l_out_f:\n", " for s in l_in_f:\n", " s = s.strip()\n", " s = clean_s(s, l)\n", " s_len = len_s(s, l)\n", " if min_len > 0: # remove short sentence\n", " if s_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s_len > max_len:\n", " continue\n", " print(s, file=l_out_f)\n", " \n", "\n", "mono_data_prefix = f'{mono_prefix}/ted_zh_corpus.deduped'\n", "clean_mono_corpus(mono_data_prefix, 'zh')" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "**Generate pseudo translation**" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [ "import os\n", "\n", "zh_path = mono_prefix / 'ted_zh_corpus.deduped.clean.zh'\n", "en_path = mono_prefix / 'ted_zh_corpus.deduped.clean.en'\n", "\n", "if en_path.exists():\n", " print(f\"{en_path} exists. skipping the generation of psuedo translation.\")\n", "\n", "with open(zh_path, 'r') as zh_f:\n", " with open(en_path, 'w') as en_f:\n", " for line in zh_f:\n", " line = line.strip()\n", " if line:\n", " # Replace with '_.' to get a pseudo translation\n", " pseudo = '_.'\n", " # Write the pseudo translation string to the target file and add a new line\n", " print(pseudo, file=en_f)\n", " # If the line is empty, just add a new line\n", " else:\n", " print(file=en_f)" ] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: Subword Units\n", "\n", "Use the spm model of the backward model to tokenize the data into subword units\n", "\n", "hint: spm model is located at DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [ "def spm_encode(prefix, vocab_size, mono_prefix):\n", " spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "\n", " in_path = mono_prefix / 'ted_zh_corpus.deduped.clean'\n", "\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = mono_prefix / f'mono.tok.{lang}'\n", " # if out_path.exists():\n", " # print(f\"{out_path} exists. skipping spm_encode.\")\n", " # else:\n", " with open(out_path, 'w') as out_f:\n", " with open(f'{in_path}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)\n", "\n", "spm_encode(prefix, vocab_size, mono_prefix)" ] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### Binarize\n", "\n", "use fairseq to binarize data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: Generate synthetic data with backward model\n", "\n", "Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "\n", "ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "then you can use 'generate_prediction(model, task, split=\"split_name\")' to generate translation prediction" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "# ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: do prediction on split='mono' to create prediction_file\n", "task.load_dataset(split=\"mono\", epoch=1)\n", "generate_prediction(model, task, split='mono', outfile='./prediction.txt' )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: Create new dataset\n", "\n", "1. Combine the prediction data with monolingual data\n", "2. Use the original spm model to tokenize data into Subword Units\n", "3. Binarize data with fairseq" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# Combine prediction_file (.en) and mono.zh (.zh) into a new dataset.\n", "#\n", "# hint: tokenize prediction_file with the spm model\n", "!cp ./prediction.txt {mono_prefix}/'ted_zh_corpus.deduped.clean.en'\n", "spm_encode(prefix, vocab_size, mono_prefix)\n", "# output: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# hint: use fairseq to binarize these two files again\n", "binpath = Path('./DATA/data-bin/synthetic')\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# create a new dataset from all the files prepared above\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "Created new dataset \"ted2020_with_mono\"\n", "\n", "1. Change the datadir in **config** (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. Switch back the source_lang and target_lang in **config** (\"en\", \"zh\")\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-bt\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/en/HW05_Medium_18.83.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Medium Baseline\n", "\n", "You can search for the “Medium” tag to check for changes (Ctrl + F or Command + F)" ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# Homework Description\n", "- English to Chinese (Traditional) Translation\n", " - Input: an English sentence (e.g.\t\ttom is a student .)\n", " - Output: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - Train a simple RNN seq2seq to acheive translation\n", " - Switch to transformer model to boost performance\n", " - Apply Back-translation to furthur boost performance" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Tue Nov 14 09:04:47 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 27C P8 19W / 170W | 5140MiB / 12288MiB | 4% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1190 G /usr/lib/xorg/Xorg 181MiB |\n", "| 0 N/A N/A 1505 G /usr/bin/gnome-shell 20MiB |\n", "| 0 N/A N/A 1708 G ...nlogin/bin/sunloginclient 9MiB |\n", "| 0 N/A N/A 39568 G ...2gtk-4.0/WebKitWebProcess 11MiB |\n", "| 0 N/A N/A 53123 G /usr/lib/firefox/firefox 182MiB |\n", "| 0 N/A N/A 68307 G ...2gtk-4.0/WebKitWebProcess 6MiB |\n", "| 0 N/A N/A 77860 C ...conda3/envs/DL/bin/python 4724MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# Download and import required packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-14 09:05:56 | INFO | fairseq.tasks.text_to_speech | Please install tensorboardX: pip install tensorboardX\n" ] } ], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# Fix random seed" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s" }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# Dataset\n", "\n", "## En-Zh Bilingual Parallel Corpus\n", "* TED2020\n", " - Raw: 400,726 (sentences) \n", " - Processed: 394,052 (sentences)\n", " \n", "\n", "## Testdata\n", "- Size: 4,000 (sentences)\n", "- **Chinese translation is undisclosed. The provided (.zh) file is psuedo translation, each line is a '。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## Dataset Download" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## Language" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## Preprocess files\n", "- strQ2B(): Convert full-width characters to half-width characters\n", "- clean_s(): Clean the text by removing characters such as commas, dashes, and spaces\n", "- len_s(): Return the length of the text\n", "- clean_corpus(): Clean and process the specified text files using the above functions" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## Split into train/valid" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000~4000 would suffice\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## Subword Units\n", "Out of vocabulary (OOV) has been a major problem in machine translation. This can be alleviated by using subword units.\n", "- We will use the [sentencepiece](#kudo-richardson-2018-sentencepiece) package\n", "- select 'unigram' or 'byte-pair encoding (BPE)' algorithm" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## Binarize the data with fairseq\n", "Prepare the files in pairs for both the source and target languages.\n", "\n", "In case a pair is unavailable, generate a pseudo pair to facilitate binarization." ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# Configuration for experiments" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020\",\n", " savedir = \"./checkpoints/rnn\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # cpu threads when fetching & processing data.\n", " num_workers=2,\n", " # batch size in terms of tokens. gradient accumulation increases the effective batchsize.\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # the lr s calculated from Noam lr scheduler. you can tune the maximum lr by this factor.\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # clipping gradient norm helps alleviate gradient exploding\n", " clip_norm=1.0,\n", "\n", " # maximum epochs for training (Medium)\n", " max_epoch=30,\n", " start_epoch=1,\n", "\n", " # beam size for beam search\n", " beam=5,\n", " # generate sequences of maximum length ax + b, where x is the source length\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # when decoding, post process sentence by removing sentencepiece symbols and jieba tokenization.\n", " post_process = \"sentencepiece\",\n", "\n", " # checkpoints\n", " keep_last_epochs=5,\n", " resume=None, # if resume from checkpoint name (under config.savedir)\n", "\n", " # logging\n", " use_wandb=False,\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# Logging\n", "- logging package logs ordinary messages\n", "- wandb logs the loss, bleu, etc. in the training process" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA Environments" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-14 09:05:59 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-14 09:05:59 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-14 09:05:59 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# Dataloading" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## We borrow the TranslationTask from fairseq\n", "* used to load the binarized data created above\n", "* well-implemented data iterator (dataloader)\n", "* built-in task.source_dictionary and task.target_dictionary are also handy\n", "* well-implemented beam search decoder" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-14 09:05:59 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-14 09:05:59 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-14 09:05:59 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-14 09:05:59 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.en\n", "2023-11-14 09:05:59 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.zh\n", "2023-11-14 09:05:59 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 train en-zh 390112 examples\n", "2023-11-14 09:05:59 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.en\n", "2023-11-14 09:05:59 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.zh\n", "2023-11-14 09:05:59 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# Dataset iterator" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* Controls every batch to contain no more than N tokens, which optimizes GPU memory efficiency\n", "* Shuffles the training set for every epoch\n", "* Ignore sentences exceeding maximum length\n", "* Pad all sentences in a batch to the same length, which enables parallel computing by GPU\n", "* Add eos and shift one token\n", " - teacher forcing: to train the model to predict the next token based on prefix, we feed the right shifted target sequence as the decoder input.\n", " - generally, prepending bos to the target would do the job (as shown below)\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - in fairseq however, this is done by moving the eos token to the begining. Empirically, this has the same effect. For instance:\n", " ```\n", " # output target (target) and Decoder input (prev_output_tokens):\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-14 09:05:59 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-14 09:05:59 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-14 09:05:59 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-14 09:05:59 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-14 09:05:59 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # Set this to False to speed up. However, if set to False, changing max_tokens beyond\n", " # first call of this method has no effect.\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# Model Architecture\n", "* We again inherit fairseq's encoder, decoder and model, so that in the testing phase we can directly leverage fairseq's beam search decoder." ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# Encoder" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- The Encoder is a RNN or Transformer Encoder. The following description is for RNN. For every input token, Encoder will generate a output vector and a hidden states vector, and the hidden states vector is passed on to the next step. In other words, the Encoder sequentially reads in the input sequence, and outputs a single vector at each timestep, then finally outputs the final hidden states, or content vector, at the last timestep.\n", "- Parameters:\n", " - *args*\n", " - encoder_embed_dim: the dimension of embeddings, this compresses the one-hot vector into fixed dimensions, which achieves dimension reduction\n", " - encoder_ffn_embed_dim: the dimension of hidden states and output vectors\n", " - encoder_layers: the number of layers for Encoder RNN\n", " - dropout determines the probability of a neuron's activation being set to 0, in order to prevent overfitting. Generally this is applied in training, and removed in testing.\n", " - *dictionary*: the dictionary provided by fairseq. it's used to obtain the padding index, and in turn the encoder padding mask.\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "\n", "- Inputs:\n", " - *src_tokens*: integer sequence representing english e.g. 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: the output of RNN at each timestep, can be furthur processed by Attention\n", " - *final_hiddens*: the hidden states of each timestep, will be passed to decoder for decoding\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # get embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # pass thru bidirectional RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # Since Encoder is bidirectional, we need to concatenate the hidden states of two directions\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## Attention" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- When the input sequence is long, \"content vector\" alone cannot accurately represent the whole sequence, attention mechanism can provide the Decoder more information.\n", "- According to the **Decoder embeddings** of the current timestep, match the **Encoder outputs** with decoder embeddings to determine correlation, and then sum the Encoder outputs weighted by the correlation as the input to **Decoder** RNN.\n", "- Common attention implementations use neural network / dot product as the correlation between **query** (decoder embeddings) and **key** (Encoder outputs), followed by **softmax** to obtain a distribution, and finally **values** (Encoder outputs) is **weighted sum**-ed by said distribution.\n", "\n", "- Parameters:\n", " - *input_embed_dim*: dimensionality of key, should be that of the vector in decoder to attend others\n", " - *source_embed_dim*: dimensionality of query, should be that of the vector to be attended to (encoder outputs)\n", " - *output_embed_dim*: dimensionality of value, should be that of the vector after attention, expected by the next layer\n", "\n", "- Inputs:\n", " - *inputs*: is the key, the vector to attend to others\n", " - *encoder_outputs*: is the query/value, the vector to be attended to\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n", "- Outputs:\n", " - *output*: the context vector after attention\n", " - *attention score*: the attention distribution\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # convert all to batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # project to the dimensionality of encoder_outputs\n", " x = self.input_proj(inputs)\n", "\n", " # compute attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # cancel the attention at positions corresponding to padding\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # softmax on the dimension corresponding to source sequence\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) weighted sum\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# Decoder" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* The hidden states of **Decoder** will be initialized by the final hidden states of **Encoder** (the content vector)\n", "* At the same time, **Decoder** will change its hidden states based on the input of the current timestep (the outputs of previous timesteps), and generates an output\n", "* Attention improves the performance\n", "* The seq2seq steps are implemented in decoder, so that later the Seq2Seq class can accept RNN and Transformer, without furthur modification.\n", "- Parameters:\n", " - *args*\n", " - decoder_embed_dim: is the dimensionality of the decoder embeddings, similar to encoder_embed_dim，\n", " - decoder_ffn_embed_dim: is the dimensionality of the decoder RNN hidden states, similar to encoder_ffn_embed_dim\n", " - decoder_layers: number of layers of RNN decoder\n", " - share_decoder_input_output_embed: usually, the projection matrix of the decoder will share weights with the decoder input embeddings\n", " - *dictionary*: the dictionary provided by fairseq\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "- Inputs:\n", " - *prev_output_tokens*: integer sequence representing the right-shifted target e.g. 1, 28, 29, 205, 2\n", " - *encoder_out*: encoder's output.\n", " - *incremental_state*: in order to speed up decoding during test time, we will save the hidden state of each timestep. see forward() for details.\n", "- Outputs:\n", " - *outputs*: the logits (before softmax) output of decoder for each timesteps\n", " - *extra*: unused" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # extract the outputs from encoder\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # if the information from last timestep is retained, we can continue from there instead of starting from bos\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # incremental state does not exist, either this is training time, or the first timestep of test time\n", " # prepare for seq2seq: pass the encoder_hidden to the decoder hidden states\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # pass thru unidirectional RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # project to embedding size (if hidden differs from embed size, and share_embedding is True,\n", " # we need to do an extra projection)\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # project to vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, record the hidden states of current timestep, which will be restored in the next timestep\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(\n", " self,\n", " incremental_state,\n", " new_order,\n", " ):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- Composed of **Encoder** and **Decoder**\n", "- Recieves inputs and pass to **Encoder**\n", "- Pass the outputs from **Encoder** to **Decoder**\n", "- **Decoder** will decode according to outputs of previous timesteps as well as **Encoder** outputs \n", "- Once done decoding, return the **Decoder** outputs" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# Model Initialization" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # HINT: transformer architecture\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # HINT: TODO: switch to TransformerEncoder & TransformerDecoder\n", " encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " # encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # sequence to sequence model\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # initialization for seq2seq model is important, requires extra handling\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # weight initialization\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## Architecture Related Configuration\n", "\n", "For strong baseline, please refer to the hyperparameters for *transformer-base* in Table 3 in [Attention is all you need](#vaswani2017)" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=256,\n", " encoder_ffn_embed_dim=512,\n", " encoder_layers=1,\n", " decoder_embed_dim=256,\n", " decoder_ffn_embed_dim=1024,\n", " decoder_layers=1,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# HINT: these patches on parameters for Transformer\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=4\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=4\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # patches on default parameters for Transformer (those not set above)\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "# add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/torch/nn/modules/rnn.py:82: UserWarning: dropout option adds dropout after all but last recurrent layer, so non-zero dropout expects num_layers greater than 1, but got dropout=0.3 and num_layers=1\n", " warnings.warn(\"dropout option adds dropout after all but last \"\n", "2023-11-14 09:06:00 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): RNNEncoder(\n", " (embed_tokens): Embedding(7992, 256, padding_idx=1)\n", " (dropout_in_module): Dropout(p=0.3, inplace=False)\n", " (rnn): GRU(256, 512, dropout=0.3, bidirectional=True)\n", " (dropout_out_module): Dropout(p=0.3, inplace=False)\n", " )\n", " (decoder): RNNDecoder(\n", " (embed_tokens): Embedding(7992, 256, padding_idx=1)\n", " (dropout_in_module): Dropout(p=0.3, inplace=False)\n", " (rnn): GRU(256, 1024, dropout=0.3)\n", " (attention): AttentionLayer(\n", " (input_proj): Linear(in_features=256, out_features=1024, bias=False)\n", " (output_proj): Linear(in_features=1280, out_features=256, bias=False)\n", " )\n", " (dropout_out_module): Dropout(p=0.3, inplace=False)\n", " (project_out_dim): Linear(in_features=1024, out_features=256, bias=True)\n", " (output_projection): Linear(in_features=256, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# Optimization" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## Loss: Label Smoothing Regularization\n", "* let the model learn to generate less concentrated distribution, and prevent over-confidence\n", "* sometimes the ground truth may not be the only answer. thus, when calculating loss, we reserve some probability for incorrect labels\n", "* avoids overfitting\n", "\n", "code [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood，the cross-entropy when target is one-hot. following line is same as F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # reserve some probability for other labels. thus when calculating cross-entropy,\n", " # equivalent to summing the log probs of all labels\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # when calculating cross-entropy, add the loss of other labels\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# generally, 0.1 is good enough\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ" }, "source": [ "## Optimizer: Adam + lr scheduling (Medium)\n", "Inverse square root scheduling is important to the stability when training Transformer. It's later used on RNN as well.\n", "Update the learning rate according to the following equation. Linearly increase the first stage, then decay proportionally to the inverse square root of timestep.\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "import math\n", "\n", "def get_rate(d_model, step_num, warmup_step):\n", " # TODO: Change lr from constant to the equation shown above\n", " lr = 1.0 / math.sqrt(d_model) * min(1.0 / math.sqrt(step_num), step_num / (warmup_step * math.sqrt(warmup_step)))\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim wrapper that implements rate.\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"Multiplies grads by a constant *c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"Update parameters and rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"Implement `lrate` above\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## Scheduling Visualized" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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"text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# Training Procedure" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # gradient accumulation: update every accum_steps samples\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # automatic mixed precision (amp)\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # gradient accumulation: update every accum_steps samples\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # emptying the CUDA cache after the first step can reduce the chance of OOM\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # mixed precision training\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # logging\n", " accum_loss += loss.item()\n", " # back-prop\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) handles the case of a zero gradient\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # grad norm clipping prevents gradient exploding\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # logging\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## Validation & Inference\n", "To prevent overfitting, validation is required every epoch to validate the performance on unseen data.\n", "- the procedure is essensially same as training, with the addition of inference step\n", "- after validation we can save the model weights\n", "\n", "Validation loss alone cannot describe the actual performance of the model\n", "- Directly produce translation hypotheses based on current model, then calculate BLEU with the reference translation\n", "- We can also manually examine the hypotheses' quality\n", "- We use fairseq's sequence generator for beam search to generate translation hypotheses" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq's beam search generator\n", "# given model and input seqeunce, produce translation hypotheses by beam search\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # convert from Tensor to human readable sentence\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # for each sample, collect the input, hypothesis and reference, later be used to calculate BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 indicates using the top hypothesis in beam\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # validation loss\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # do inference\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # show bleu results\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# Save and Load Model Weights\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # save epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # save epoch samples\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # get best valid bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## Training loop" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-14 09:06:01 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-14 09:06:01 | INFO | hw5.seq2seq | encoder: RNNEncoder\n", "2023-11-14 09:06:01 | INFO | hw5.seq2seq | decoder: RNNDecoder\n", "2023-11-14 09:06:01 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-14 09:06:01 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-14 09:06:01 | INFO | hw5.seq2seq | num. model params: 11,247,872 (num. trained: 11,247,872)\n", "2023-11-14 09:06:01 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-14 09:06:01 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-14 09:06:01 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-14 09:06:01 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-14 09:06:01 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-14 09:06:01 | WARNING | fairseq.tasks.fairseq_task | 1 samples have invalid sizes and will be skipped, max_positions=(1024, 1024), first few sample ids=[326653]\n", "2023-11-14 09:06:01 | INFO | hw5.seq2seq | loaded checkpoint checkpoints/rnn/checkpoint_last.pt: step=11673 loss=4.018208026885986 bleu=16.227050064531397\n", "2023-11-14 09:06:01 | INFO | fairseq.data.iterators | grouped total_num_itrs = 790\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "train epoch 1: 0%| | 0/790 [00:00 1\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## Train a backward translation model" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. Switch the source_lang and target_lang in **config**\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-back\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## Generate synthetic data with backward model" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### Download monolingual data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: clean corpus\n", "\n", "1. remove sentences that are too long or too short\n", "2. unify punctuation\n", "\n", "hint: you can use clean_s() defined above to do this" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: Subword Units\n", "\n", "Use the spm model of the backward model to tokenize the data into subword units\n", "\n", "hint: spm model is located at DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### Binarize\n", "\n", "use fairseq to binarize data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: Generate synthetic data with backward model\n", "\n", "Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "\n", "ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "then you can use 'generate_prediction(model, task, split=\"split_name\")' to generate translation prediction" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "# ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: do prediction on split='mono' to create prediction_file\n", "# generate_prediction( ... ,split=... ,outfile=... )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: Create new dataset\n", "\n", "1. Combine the prediction data with monolingual data\n", "2. Use the original spm model to tokenize data into Subword Units\n", "3. Binarize data with fairseq" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# Combine prediction_file (.en) and mono.zh (.zh) into a new dataset.\n", "#\n", "# hint: tokenize prediction_file with the spm model\n", "# spm_model.encode(line, out_type=str)\n", "# output: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# hint: use fairseq to binarize these two files again\n", "# binpath = Path('./DATA/data-bin/synthetic')\n", "# src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "# tgt_dict_file = src_dict_file\n", "# monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "# if binpath.exists():\n", "# print(binpath, \"exists, will not overwrite!\")\n", "# else:\n", "# !python -m fairseq_cli.preprocess\\\n", "# --source-lang 'zh'\\\n", "# --target-lang 'en'\\\n", "# --trainpref {monopref}\\\n", "# --destdir {binpath}\\\n", "# --srcdict {src_dict_file}\\\n", "# --tgtdict {tgt_dict_file}\\\n", "# --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# create a new dataset from all the files prepared above\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "Created new dataset \"ted2020_with_mono\"\n", "\n", "1. Change the datadir in **config** (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. Switch back the source_lang and target_lang in **config** (\"en\", \"zh\")\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-bt\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/en/HW05_Simple_16.63.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Simple Baseline\n", "Just run the sample code, and here you can see the results directly." ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# Homework Description\n", "- English to Chinese (Traditional) Translation\n", " - Input: an English sentence (e.g.\t\ttom is a student .)\n", " - Output: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - Train a simple RNN seq2seq to acheive translation\n", " - Switch to transformer model to boost performance\n", " - Apply Back-translation to furthur boost performance" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Mon Nov 13 13:46:02 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 28C P8 20W / 170W | 383MiB / 12288MiB | 5% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1190 G /usr/lib/xorg/Xorg 180MiB |\n", "| 0 N/A N/A 1505 G /usr/bin/gnome-shell 20MiB |\n", "| 0 N/A N/A 1708 G ...nlogin/bin/sunloginclient 9MiB |\n", "| 0 N/A N/A 39568 G ...2gtk-4.0/WebKitWebProcess 11MiB |\n", "| 0 N/A N/A 53123 G /usr/lib/firefox/firefox 152MiB |\n", "| 0 N/A N/A 68307 G ...2gtk-4.0/WebKitWebProcess 6MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# Download and import required packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 13:47:09 | INFO | fairseq.tasks.text_to_speech | Please install tensorboardX: pip install tensorboardX\n" ] } ], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# Fix random seed" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s" }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# Dataset\n", "\n", "## En-Zh Bilingual Parallel Corpus\n", "* TED2020\n", " - Raw: 400,726 (sentences) \n", " - Processed: 394,052 (sentences)\n", " \n", "\n", "## Testdata\n", "- Size: 4,000 (sentences)\n", "- **Chinese translation is undisclosed. The provided (.zh) file is psuedo translation, each line is a '。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## Dataset Download" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## Language" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## Preprocess files\n", "- strQ2B(): Convert full-width characters to half-width characters\n", "- clean_s(): Clean the text by removing characters such as commas, dashes, and spaces\n", "- len_s(): Return the length of the text\n", "- clean_corpus(): Clean and process the specified text files using the above functions" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## Split into train/valid" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000~4000 would suffice\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## Subword Units\n", "Out of vocabulary (OOV) has been a major problem in machine translation. This can be alleviated by using subword units.\n", "- We will use the [sentencepiece](#kudo-richardson-2018-sentencepiece) package\n", "- select 'unigram' or 'byte-pair encoding (BPE)' algorithm" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## Binarize the data with fairseq\n", "Prepare the files in pairs for both the source and target languages.\n", "\n", "In case a pair is unavailable, generate a pseudo pair to facilitate binarization." ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# Configuration for experiments" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020\",\n", " savedir = \"./checkpoints/rnn\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # cpu threads when fetching & processing data.\n", " num_workers=2,\n", " # batch size in terms of tokens. gradient accumulation increases the effective batchsize.\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # the lr s calculated from Noam lr scheduler. you can tune the maximum lr by this factor.\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # clipping gradient norm helps alleviate gradient exploding\n", " clip_norm=1.0,\n", "\n", " # maximum epochs for training\n", " max_epoch=15,\n", " start_epoch=1,\n", "\n", " # beam size for beam search\n", " beam=5,\n", " # generate sequences of maximum length ax + b, where x is the source length\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # when decoding, post process sentence by removing sentencepiece symbols and jieba tokenization.\n", " post_process = \"sentencepiece\",\n", "\n", " # checkpoints\n", " keep_last_epochs=5,\n", " resume=None, # if resume from checkpoint name (under config.savedir)\n", "\n", " # logging\n", " use_wandb=False,\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# Logging\n", "- logging package logs ordinary messages\n", "- wandb logs the loss, bleu, etc. in the training process" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA Environments" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 13:47:12 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-13 13:47:12 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-13 13:47:12 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# Dataloading" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## We borrow the TranslationTask from fairseq\n", "* used to load the binarized data created above\n", "* well-implemented data iterator (dataloader)\n", "* built-in task.source_dictionary and task.target_dictionary are also handy\n", "* well-implemented beam search decoder" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 13:47:12 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-13 13:47:12 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 13:47:12 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-13 13:47:12 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.en\n", "2023-11-13 13:47:12 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.zh\n", "2023-11-13 13:47:12 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 train en-zh 390112 examples\n", "2023-11-13 13:47:12 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.en\n", "2023-11-13 13:47:12 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.zh\n", "2023-11-13 13:47:12 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# Dataset iterator" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* Controls every batch to contain no more than N tokens, which optimizes GPU memory efficiency\n", "* Shuffles the training set for every epoch\n", "* Ignore sentences exceeding maximum length\n", "* Pad all sentences in a batch to the same length, which enables parallel computing by GPU\n", "* Add eos and shift one token\n", " - teacher forcing: to train the model to predict the next token based on prefix, we feed the right shifted target sequence as the decoder input.\n", " - generally, prepending bos to the target would do the job (as shown below)\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - in fairseq however, this is done by moving the eos token to the begining. Empirically, this has the same effect. For instance:\n", " ```\n", " # output target (target) and Decoder input (prev_output_tokens):\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 13:47:12 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-13 13:47:12 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-13 13:47:12 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-13 13:47:12 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-13 13:47:12 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # Set this to False to speed up. However, if set to False, changing max_tokens beyond\n", " # first call of this method has no effect.\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# Model Architecture\n", "* We again inherit fairseq's encoder, decoder and model, so that in the testing phase we can directly leverage fairseq's beam search decoder." ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# Encoder" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- The Encoder is a RNN or Transformer Encoder. The following description is for RNN. For every input token, Encoder will generate a output vector and a hidden states vector, and the hidden states vector is passed on to the next step. In other words, the Encoder sequentially reads in the input sequence, and outputs a single vector at each timestep, then finally outputs the final hidden states, or content vector, at the last timestep.\n", "- Parameters:\n", " - *args*\n", " - encoder_embed_dim: the dimension of embeddings, this compresses the one-hot vector into fixed dimensions, which achieves dimension reduction\n", " - encoder_ffn_embed_dim: the dimension of hidden states and output vectors\n", " - encoder_layers: the number of layers for Encoder RNN\n", " - dropout determines the probability of a neuron's activation being set to 0, in order to prevent overfitting. Generally this is applied in training, and removed in testing.\n", " - *dictionary*: the dictionary provided by fairseq. it's used to obtain the padding index, and in turn the encoder padding mask.\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "\n", "- Inputs:\n", " - *src_tokens*: integer sequence representing english e.g. 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: the output of RNN at each timestep, can be furthur processed by Attention\n", " - *final_hiddens*: the hidden states of each timestep, will be passed to decoder for decoding\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # get embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # pass thru bidirectional RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # Since Encoder is bidirectional, we need to concatenate the hidden states of two directions\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## Attention" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- When the input sequence is long, \"content vector\" alone cannot accurately represent the whole sequence, attention mechanism can provide the Decoder more information.\n", "- According to the **Decoder embeddings** of the current timestep, match the **Encoder outputs** with decoder embeddings to determine correlation, and then sum the Encoder outputs weighted by the correlation as the input to **Decoder** RNN.\n", "- Common attention implementations use neural network / dot product as the correlation between **query** (decoder embeddings) and **key** (Encoder outputs), followed by **softmax** to obtain a distribution, and finally **values** (Encoder outputs) is **weighted sum**-ed by said distribution.\n", "\n", "- Parameters:\n", " - *input_embed_dim*: dimensionality of key, should be that of the vector in decoder to attend others\n", " - *source_embed_dim*: dimensionality of query, should be that of the vector to be attended to (encoder outputs)\n", " - *output_embed_dim*: dimensionality of value, should be that of the vector after attention, expected by the next layer\n", "\n", "- Inputs:\n", " - *inputs*: is the key, the vector to attend to others\n", " - *encoder_outputs*: is the query/value, the vector to be attended to\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n", "- Outputs:\n", " - *output*: the context vector after attention\n", " - *attention score*: the attention distribution\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # convert all to batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # project to the dimensionality of encoder_outputs\n", " x = self.input_proj(inputs)\n", "\n", " # compute attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # cancel the attention at positions corresponding to padding\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # softmax on the dimension corresponding to source sequence\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) weighted sum\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# Decoder" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* The hidden states of **Decoder** will be initialized by the final hidden states of **Encoder** (the content vector)\n", "* At the same time, **Decoder** will change its hidden states based on the input of the current timestep (the outputs of previous timesteps), and generates an output\n", "* Attention improves the performance\n", "* The seq2seq steps are implemented in decoder, so that later the Seq2Seq class can accept RNN and Transformer, without furthur modification.\n", "- Parameters:\n", " - *args*\n", " - decoder_embed_dim: is the dimensionality of the decoder embeddings, similar to encoder_embed_dim，\n", " - decoder_ffn_embed_dim: is the dimensionality of the decoder RNN hidden states, similar to encoder_ffn_embed_dim\n", " - decoder_layers: number of layers of RNN decoder\n", " - share_decoder_input_output_embed: usually, the projection matrix of the decoder will share weights with the decoder input embeddings\n", " - *dictionary*: the dictionary provided by fairseq\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "- Inputs:\n", " - *prev_output_tokens*: integer sequence representing the right-shifted target e.g. 1, 28, 29, 205, 2\n", " - *encoder_out*: encoder's output.\n", " - *incremental_state*: in order to speed up decoding during test time, we will save the hidden state of each timestep. see forward() for details.\n", "- Outputs:\n", " - *outputs*: the logits (before softmax) output of decoder for each timesteps\n", " - *extra*: unused" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # extract the outputs from encoder\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # if the information from last timestep is retained, we can continue from there instead of starting from bos\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # incremental state does not exist, either this is training time, or the first timestep of test time\n", " # prepare for seq2seq: pass the encoder_hidden to the decoder hidden states\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # pass thru unidirectional RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # project to embedding size (if hidden differs from embed size, and share_embedding is True,\n", " # we need to do an extra projection)\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # project to vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, record the hidden states of current timestep, which will be restored in the next timestep\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(\n", " self,\n", " incremental_state,\n", " new_order,\n", " ):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- Composed of **Encoder** and **Decoder**\n", "- Recieves inputs and pass to **Encoder**\n", "- Pass the outputs from **Encoder** to **Decoder**\n", "- **Decoder** will decode according to outputs of previous timesteps as well as **Encoder** outputs \n", "- Once done decoding, return the **Decoder** outputs" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# Model Initialization" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # HINT: transformer architecture\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # HINT: TODO: switch to TransformerEncoder & TransformerDecoder\n", " encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " # encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # sequence to sequence model\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # initialization for seq2seq model is important, requires extra handling\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # weight initialization\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## Architecture Related Configuration\n", "\n", "For strong baseline, please refer to the hyperparameters for *transformer-base* in Table 3 in [Attention is all you need](#vaswani2017)" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=256,\n", " encoder_ffn_embed_dim=512,\n", " encoder_layers=1,\n", " decoder_embed_dim=256,\n", " decoder_ffn_embed_dim=1024,\n", " decoder_layers=1,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# HINT: these patches on parameters for Transformer\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=4\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=4\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # patches on default parameters for Transformer (those not set above)\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "# add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/torch/nn/modules/rnn.py:82: UserWarning: dropout option adds dropout after all but last recurrent layer, so non-zero dropout expects num_layers greater than 1, but got dropout=0.3 and num_layers=1\n", " warnings.warn(\"dropout option adds dropout after all but last \"\n", "2023-11-13 13:47:12 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): RNNEncoder(\n", " (embed_tokens): Embedding(7992, 256, padding_idx=1)\n", " (dropout_in_module): Dropout(p=0.3, inplace=False)\n", " (rnn): GRU(256, 512, dropout=0.3, bidirectional=True)\n", " (dropout_out_module): Dropout(p=0.3, inplace=False)\n", " )\n", " (decoder): RNNDecoder(\n", " (embed_tokens): Embedding(7992, 256, padding_idx=1)\n", " (dropout_in_module): Dropout(p=0.3, inplace=False)\n", " (rnn): GRU(256, 1024, dropout=0.3)\n", " (attention): AttentionLayer(\n", " (input_proj): Linear(in_features=256, out_features=1024, bias=False)\n", " (output_proj): Linear(in_features=1280, out_features=256, bias=False)\n", " )\n", " (dropout_out_module): Dropout(p=0.3, inplace=False)\n", " (project_out_dim): Linear(in_features=1024, out_features=256, bias=True)\n", " (output_projection): Linear(in_features=256, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# Optimization" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## Loss: Label Smoothing Regularization\n", "* let the model learn to generate less concentrated distribution, and prevent over-confidence\n", "* sometimes the ground truth may not be the only answer. thus, when calculating loss, we reserve some probability for incorrect labels\n", "* avoids overfitting\n", "\n", "code [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood，the cross-entropy when target is one-hot. following line is same as F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # reserve some probability for other labels. thus when calculating cross-entropy,\n", " # equivalent to summing the log probs of all labels\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # when calculating cross-entropy, add the loss of other labels\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# generally, 0.1 is good enough\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ" }, "source": [ "## Optimizer: Adam + lr scheduling\n", "Inverse square root scheduling is important to the stability when training Transformer. It's later used on RNN as well.\n", "Update the learning rate according to the following equation. Linearly increase the first stage, then decay proportionally to the inverse square root of timestep.\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "def get_rate(d_model, step_num, warmup_step):\n", " # TODO: Change lr from constant to the equation shown above\n", " lr = 0.001\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim wrapper that implements rate.\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"Multiplies grads by a constant *c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"Update parameters and rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"Implement `lrate` above\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## Scheduling Visualized" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# Training Procedure" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # gradient accumulation: update every accum_steps samples\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # automatic mixed precision (amp)\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # gradient accumulation: update every accum_steps samples\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # emptying the CUDA cache after the first step can reduce the chance of OOM\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # mixed precision training\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # logging\n", " accum_loss += loss.item()\n", " # back-prop\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) handles the case of a zero gradient\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # grad norm clipping prevents gradient exploding\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # logging\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## Validation & Inference\n", "To prevent overfitting, validation is required every epoch to validate the performance on unseen data.\n", "- the procedure is essensially same as training, with the addition of inference step\n", "- after validation we can save the model weights\n", "\n", "Validation loss alone cannot describe the actual performance of the model\n", "- Directly produce translation hypotheses based on current model, then calculate BLEU with the reference translation\n", "- We can also manually examine the hypotheses' quality\n", "- We use fairseq's sequence generator for beam search to generate translation hypotheses" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq's beam search generator\n", "# given model and input seqeunce, produce translation hypotheses by beam search\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # convert from Tensor to human readable sentence\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # for each sample, collect the input, hypothesis and reference, later be used to calculate BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 indicates using the top hypothesis in beam\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # validation loss\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # do inference\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # show bleu results\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# Save and Load Model Weights\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # save epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # save epoch samples\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # get best valid bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## Training loop" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 13:47:13 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-13 13:47:13 | INFO | hw5.seq2seq | encoder: RNNEncoder\n", "2023-11-13 13:47:13 | INFO | hw5.seq2seq | decoder: RNNDecoder\n", "2023-11-13 13:47:13 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-13 13:47:13 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-13 13:47:13 | INFO | hw5.seq2seq | num. model params: 11,247,872 (num. trained: 11,247,872)\n", "2023-11-13 13:47:13 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 13:47:13 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-13 13:47:13 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-13 13:47:13 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-13 13:47:13 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-13 13:47:13 | WARNING | fairseq.tasks.fairseq_task | 1 samples have invalid sizes and will be skipped, max_positions=(1024, 1024), first few sample ids=[326653]\n", "2023-11-13 13:47:13 | INFO | hw5.seq2seq | no checkpoints found at checkpoints/rnn/checkpoint_last.pt!\n", "2023-11-13 13:47:14 | INFO | fairseq.data.iterators | grouped total_num_itrs = 790\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "train epoch 1: 0%| | 0/790 [00:00 1\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## Train a backward translation model" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. Switch the source_lang and target_lang in **config**\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-back\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## Generate synthetic data with backward model" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### Download monolingual data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: clean corpus\n", "\n", "1. remove sentences that are too long or too short\n", "2. unify punctuation\n", "\n", "hint: you can use clean_s() defined above to do this" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: Subword Units\n", "\n", "Use the spm model of the backward model to tokenize the data into subword units\n", "\n", "hint: spm model is located at DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### Binarize\n", "\n", "use fairseq to binarize data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: Generate synthetic data with backward model\n", "\n", "Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "\n", "ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "then you can use 'generate_prediction(model, task, split=\"split_name\")' to generate translation prediction" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "# ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: do prediction on split='mono' to create prediction_file\n", "# generate_prediction( ... ,split=... ,outfile=... )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: Create new dataset\n", "\n", "1. Combine the prediction data with monolingual data\n", "2. Use the original spm model to tokenize data into Subword Units\n", "3. Binarize data with fairseq" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# Combine prediction_file (.en) and mono.zh (.zh) into a new dataset.\n", "#\n", "# hint: tokenize prediction_file with the spm model\n", "# spm_model.encode(line, out_type=str)\n", "# output: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# hint: use fairseq to binarize these two files again\n", "# binpath = Path('./DATA/data-bin/synthetic')\n", "# src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "# tgt_dict_file = src_dict_file\n", "# monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "# if binpath.exists():\n", "# print(binpath, \"exists, will not overwrite!\")\n", "# else:\n", "# !python -m fairseq_cli.preprocess\\\n", "# --source-lang 'zh'\\\n", "# --target-lang 'en'\\\n", "# --trainpref {monopref}\\\n", "# --destdir {binpath}\\\n", "# --srcdict {src_dict_file}\\\n", "# --tgtdict {tgt_dict_file}\\\n", "# --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# create a new dataset from all the files prepared above\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "Created new dataset \"ted2020_with_mono\"\n", "\n", "1. Change the datadir in **config** (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. Switch back the source_lang and target_lang in **config** (\"en\", \"zh\")\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-bt\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/en/HW05_Strong_24.60.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Medium Baseline\n", "\n", "You can search for the “Medium” tag to check for changes (Ctrl + F or Command + F)" ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# Homework Description\n", "- English to Chinese (Traditional) Translation\n", " - Input: an English sentence (e.g.\t\ttom is a student .)\n", " - Output: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - Train a simple RNN seq2seq to acheive translation\n", " - Switch to transformer model to boost performance\n", " - Apply Back-translation to furthur boost performance" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thu Nov 16 11:25:19 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 29C P5 26W / 170W | 376MiB / 12288MiB | 2% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1190 G /usr/lib/xorg/Xorg 161MiB |\n", "| 0 N/A N/A 1505 G /usr/bin/gnome-shell 24MiB |\n", "| 0 N/A N/A 1708 G ...nlogin/bin/sunloginclient 9MiB |\n", "| 0 N/A N/A 53123 G /usr/lib/firefox/firefox 178MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# Download and import required packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159" }, "outputs": [], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# Fix random seed" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s" }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# Dataset\n", "\n", "## En-Zh Bilingual Parallel Corpus\n", "* TED2020\n", " - Raw: 400,726 (sentences) \n", " - Processed: 394,052 (sentences)\n", " \n", "\n", "## Testdata\n", "- Size: 4,000 (sentences)\n", "- **Chinese translation is undisclosed. The provided (.zh) file is psuedo translation, each line is a '。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## Dataset Download" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## Language" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## Preprocess files\n", "- strQ2B(): Convert full-width characters to half-width characters\n", "- clean_s(): Clean the text by removing characters such as commas, dashes, and spaces\n", "- len_s(): Return the length of the text\n", "- clean_corpus(): Clean and process the specified text files using the above functions" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## Split into train/valid" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000~4000 would suffice\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## Subword Units\n", "Out of vocabulary (OOV) has been a major problem in machine translation. This can be alleviated by using subword units.\n", "- We will use the [sentencepiece](#kudo-richardson-2018-sentencepiece) package\n", "- select 'unigram' or 'byte-pair encoding (BPE)' algorithm" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/en/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## Binarize the data with fairseq\n", "Prepare the files in pairs for both the source and target languages.\n", "\n", "In case a pair is unavailable, generate a pseudo pair to facilitate binarization." ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# Configuration for experiments" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020\",\n", " savedir = \"./checkpoints/transformer\", # Strong\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # cpu threads when fetching & processing data.\n", " num_workers=2,\n", " # batch size in terms of tokens. gradient accumulation increases the effective batchsize.\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # the lr s calculated from Noam lr scheduler. you can tune the maximum lr by this factor.\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # clipping gradient norm helps alleviate gradient exploding\n", " clip_norm=1.0,\n", "\n", " # maximum epochs for training\n", " max_epoch=10,\n", " start_epoch=1,\n", "\n", " # beam size for beam search\n", " beam=5,\n", " # generate sequences of maximum length ax + b, where x is the source length\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # when decoding, post process sentence by removing sentencepiece symbols and jieba tokenization.\n", " post_process = \"sentencepiece\",\n", "\n", " # checkpoints\n", " keep_last_epochs=5,\n", " resume=None, # if resume from checkpoint name (under config.savedir)\n", "\n", " # logging\n", " use_wandb=False,\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# Logging\n", "- logging package logs ordinary messages\n", "- wandb logs the loss, bleu, etc. in the training process" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA Environments" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-16 11:26:29 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-16 11:26:29 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-16 11:26:29 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# Dataloading" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## We borrow the TranslationTask from fairseq\n", "* used to load the binarized data created above\n", "* well-implemented data iterator (dataloader)\n", "* built-in task.source_dictionary and task.target_dictionary are also handy\n", "* well-implemented beam search decoder" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-16 11:26:29 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-16 11:26:29 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-16 11:26:29 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-16 11:26:29 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.en\n", "2023-11-16 11:26:29 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.zh\n", "2023-11-16 11:26:29 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 train en-zh 390112 examples\n", "2023-11-16 11:26:29 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.en\n", "2023-11-16 11:26:29 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.zh\n", "2023-11-16 11:26:29 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# Dataset iterator" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* Controls every batch to contain no more than N tokens, which optimizes GPU memory efficiency\n", "* Shuffles the training set for every epoch\n", "* Ignore sentences exceeding maximum length\n", "* Pad all sentences in a batch to the same length, which enables parallel computing by GPU\n", "* Add eos and shift one token\n", " - teacher forcing: to train the model to predict the next token based on prefix, we feed the right shifted target sequence as the decoder input.\n", " - generally, prepending bos to the target would do the job (as shown below)\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - in fairseq however, this is done by moving the eos token to the begining. Empirically, this has the same effect. For instance:\n", " ```\n", " # output target (target) and Decoder input (prev_output_tokens):\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-16 11:26:29 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-16 11:26:29 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-16 11:26:29 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-16 11:26:29 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-16 11:26:29 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # Set this to False to speed up. However, if set to False, changing max_tokens beyond\n", " # first call of this method has no effect.\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# Model Architecture\n", "* We again inherit fairseq's encoder, decoder and model, so that in the testing phase we can directly leverage fairseq's beam search decoder." ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# Encoder" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- The Encoder is a RNN or Transformer Encoder. The following description is for RNN. For every input token, Encoder will generate a output vector and a hidden states vector, and the hidden states vector is passed on to the next step. In other words, the Encoder sequentially reads in the input sequence, and outputs a single vector at each timestep, then finally outputs the final hidden states, or content vector, at the last timestep.\n", "- Parameters:\n", " - *args*\n", " - encoder_embed_dim: the dimension of embeddings, this compresses the one-hot vector into fixed dimensions, which achieves dimension reduction\n", " - encoder_ffn_embed_dim: the dimension of hidden states and output vectors\n", " - encoder_layers: the number of layers for Encoder RNN\n", " - dropout determines the probability of a neuron's activation being set to 0, in order to prevent overfitting. Generally this is applied in training, and removed in testing.\n", " - *dictionary*: the dictionary provided by fairseq. it's used to obtain the padding index, and in turn the encoder padding mask.\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "\n", "- Inputs:\n", " - *src_tokens*: integer sequence representing english e.g. 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: the output of RNN at each timestep, can be furthur processed by Attention\n", " - *final_hiddens*: the hidden states of each timestep, will be passed to decoder for decoding\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # get embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # pass thru bidirectional RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # Since Encoder is bidirectional, we need to concatenate the hidden states of two directions\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## Attention" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- When the input sequence is long, \"content vector\" alone cannot accurately represent the whole sequence, attention mechanism can provide the Decoder more information.\n", "- According to the **Decoder embeddings** of the current timestep, match the **Encoder outputs** with decoder embeddings to determine correlation, and then sum the Encoder outputs weighted by the correlation as the input to **Decoder** RNN.\n", "- Common attention implementations use neural network / dot product as the correlation between **query** (decoder embeddings) and **key** (Encoder outputs), followed by **softmax** to obtain a distribution, and finally **values** (Encoder outputs) is **weighted sum**-ed by said distribution.\n", "\n", "- Parameters:\n", " - *input_embed_dim*: dimensionality of key, should be that of the vector in decoder to attend others\n", " - *source_embed_dim*: dimensionality of query, should be that of the vector to be attended to (encoder outputs)\n", " - *output_embed_dim*: dimensionality of value, should be that of the vector after attention, expected by the next layer\n", "\n", "- Inputs:\n", " - *inputs*: is the key, the vector to attend to others\n", " - *encoder_outputs*: is the query/value, the vector to be attended to\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n", "- Outputs:\n", " - *output*: the context vector after attention\n", " - *attention score*: the attention distribution\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # convert all to batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # project to the dimensionality of encoder_outputs\n", " x = self.input_proj(inputs)\n", "\n", " # compute attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # cancel the attention at positions corresponding to padding\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # softmax on the dimension corresponding to source sequence\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) weighted sum\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# Decoder" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* The hidden states of **Decoder** will be initialized by the final hidden states of **Encoder** (the content vector)\n", "* At the same time, **Decoder** will change its hidden states based on the input of the current timestep (the outputs of previous timesteps), and generates an output\n", "* Attention improves the performance\n", "* The seq2seq steps are implemented in decoder, so that later the Seq2Seq class can accept RNN and Transformer, without furthur modification.\n", "- Parameters:\n", " - *args*\n", " - decoder_embed_dim: is the dimensionality of the decoder embeddings, similar to encoder_embed_dim，\n", " - decoder_ffn_embed_dim: is the dimensionality of the decoder RNN hidden states, similar to encoder_ffn_embed_dim\n", " - decoder_layers: number of layers of RNN decoder\n", " - share_decoder_input_output_embed: usually, the projection matrix of the decoder will share weights with the decoder input embeddings\n", " - *dictionary*: the dictionary provided by fairseq\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "- Inputs:\n", " - *prev_output_tokens*: integer sequence representing the right-shifted target e.g. 1, 28, 29, 205, 2\n", " - *encoder_out*: encoder's output.\n", " - *incremental_state*: in order to speed up decoding during test time, we will save the hidden state of each timestep. see forward() for details.\n", "- Outputs:\n", " - *outputs*: the logits (before softmax) output of decoder for each timesteps\n", " - *extra*: unused" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # extract the outputs from encoder\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # if the information from last timestep is retained, we can continue from there instead of starting from bos\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # incremental state does not exist, either this is training time, or the first timestep of test time\n", " # prepare for seq2seq: pass the encoder_hidden to the decoder hidden states\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # pass thru unidirectional RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # project to embedding size (if hidden differs from embed size, and share_embedding is True,\n", " # we need to do an extra projection)\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # project to vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, record the hidden states of current timestep, which will be restored in the next timestep\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(\n", " self,\n", " incremental_state,\n", " new_order,\n", " ):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- Composed of **Encoder** and **Decoder**\n", "- Recieves inputs and pass to **Encoder**\n", "- Pass the outputs from **Encoder** to **Decoder**\n", "- **Decoder** will decode according to outputs of previous timesteps as well as **Encoder** outputs \n", "- Once done decoding, return the **Decoder** outputs" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# Model Initialization (Strong)" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # HINT: transformer architecture\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # HINT: TODO: switch to TransformerEncoder & TransformerDecoder\n", " # encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # sequence to sequence model\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # initialization for seq2seq model is important, requires extra handling\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # weight initialization\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## Architecture Related Configuration (Strong)\n", "\n", "For strong baseline, please refer to the hyperparameters for *transformer-base* in Table 3 in [Attention is all you need](#vaswani2017)" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=512,\n", " encoder_ffn_embed_dim=2048,\n", " encoder_layers=6,\n", " decoder_embed_dim=512,\n", " decoder_ffn_embed_dim=2048,\n", " decoder_layers=6,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# HINT: these patches on parameters for Transformer\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=8\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=8\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # patches on default parameters for Transformer (those not set above)\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-16 11:26:30 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): TransformerEncoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerEncoderLayerBase(\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (dropout_module): FairseqDropout()\n", " (activation_dropout_module): FairseqDropout()\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " (decoder): TransformerDecoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerDecoderLayerBase(\n", " (dropout_module): FairseqDropout()\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (activation_dropout_module): FairseqDropout()\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (encoder_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (encoder_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (output_projection): Linear(in_features=512, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# Optimization" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## Loss: Label Smoothing Regularization\n", "* let the model learn to generate less concentrated distribution, and prevent over-confidence\n", "* sometimes the ground truth may not be the only answer. thus, when calculating loss, we reserve some probability for incorrect labels\n", "* avoids overfitting\n", "\n", "code [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood，the cross-entropy when target is one-hot. following line is same as F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # reserve some probability for other labels. thus when calculating cross-entropy,\n", " # equivalent to summing the log probs of all labels\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # when calculating cross-entropy, add the loss of other labels\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# generally, 0.1 is good enough\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ" }, "source": [ "## Optimizer: Adam + lr scheduling\n", "Inverse square root scheduling is important to the stability when training Transformer. It's later used on RNN as well.\n", "Update the learning rate according to the following equation. Linearly increase the first stage, then decay proportionally to the inverse square root of timestep.\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "import math\n", "\n", "def get_rate(d_model, step_num, warmup_step):\n", " lr = 1.0 / math.sqrt(d_model) * min(1.0 / math.sqrt(step_num), step_num / (warmup_step * math.sqrt(warmup_step)))\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim wrapper that implements rate.\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"Multiplies grads by a constant *c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"Update parameters and rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"Implement `lrate` above\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## Scheduling Visualized" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# Training Procedure" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # gradient accumulation: update every accum_steps samples\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # automatic mixed precision (amp)\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # gradient accumulation: update every accum_steps samples\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # emptying the CUDA cache after the first step can reduce the chance of OOM\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # mixed precision training\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # logging\n", " accum_loss += loss.item()\n", " # back-prop\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) handles the case of a zero gradient\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # grad norm clipping prevents gradient exploding\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # logging\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## Validation & Inference\n", "To prevent overfitting, validation is required every epoch to validate the performance on unseen data.\n", "- the procedure is essensially same as training, with the addition of inference step\n", "- after validation we can save the model weights\n", "\n", "Validation loss alone cannot describe the actual performance of the model\n", "- Directly produce translation hypotheses based on current model, then calculate BLEU with the reference translation\n", "- We can also manually examine the hypotheses' quality\n", "- We use fairseq's sequence generator for beam search to generate translation hypotheses" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq's beam search generator\n", "# given model and input seqeunce, produce translation hypotheses by beam search\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # convert from Tensor to human readable sentence\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # for each sample, collect the input, hypothesis and reference, later be used to calculate BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 indicates using the top hypothesis in beam\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # validation loss\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # do inference\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # show bleu results\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# Save and Load Model Weights\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # save epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # save epoch samples\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # get best valid bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## Training loop" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-16 11:26:30 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-16 11:26:30 | INFO | hw5.seq2seq | encoder: TransformerEncoder\n", "2023-11-16 11:26:30 | INFO | hw5.seq2seq | decoder: TransformerDecoder\n", "2023-11-16 11:26:30 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-16 11:26:30 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-16 11:26:30 | INFO | hw5.seq2seq | num. model params: 52,324,352 (num. trained: 52,324,352)\n", "2023-11-16 11:26:30 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-16 11:26:30 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-16 11:26:30 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-16 11:26:30 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-16 11:26:30 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-16 11:26:30 | WARNING | fairseq.tasks.fairseq_task | 1 samples have invalid sizes and will be skipped, max_positions=(1024, 1024), first few sample ids=[326653]\n", "2023-11-16 11:26:30 | INFO | hw5.seq2seq | no checkpoints found at checkpoints/transformer/checkpoint_last.pt!\n", "2023-11-16 11:26:30 | INFO | fairseq.data.iterators | grouped total_num_itrs = 790\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "train epoch 1: 0%| | 0/790 [00:00 1\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## Train a backward translation model" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. Switch the source_lang and target_lang in **config**\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-back\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## Generate synthetic data with backward model" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### Download monolingual data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: clean corpus\n", "\n", "1. remove sentences that are too long or too short\n", "2. unify punctuation\n", "\n", "hint: you can use clean_s() defined above to do this" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: Subword Units\n", "\n", "Use the spm model of the backward model to tokenize the data into subword units\n", "\n", "hint: spm model is located at DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### Binarize\n", "\n", "use fairseq to binarize data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: Generate synthetic data with backward model\n", "\n", "Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "\n", "ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "then you can use 'generate_prediction(model, task, split=\"split_name\")' to generate translation prediction" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "# ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: do prediction on split='mono' to create prediction_file\n", "# generate_prediction( ... ,split=... ,outfile=... )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: Create new dataset\n", "\n", "1. Combine the prediction data with monolingual data\n", "2. Use the original spm model to tokenize data into Subword Units\n", "3. Binarize data with fairseq" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# Combine prediction_file (.en) and mono.zh (.zh) into a new dataset.\n", "#\n", "# hint: tokenize prediction_file with the spm model\n", "# spm_model.encode(line, out_type=str)\n", "# output: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# hint: use fairseq to binarize these two files again\n", "# binpath = Path('./DATA/data-bin/synthetic')\n", "# src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "# tgt_dict_file = src_dict_file\n", "# monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "# if binpath.exists():\n", "# print(binpath, \"exists, will not overwrite!\")\n", "# else:\n", "# !python -m fairseq_cli.preprocess\\\n", "# --source-lang 'zh'\\\n", "# --target-lang 'en'\\\n", "# --trainpref {monopref}\\\n", "# --destdir {binpath}\\\n", "# --srcdict {src_dict_file}\\\n", "# --tgtdict {tgt_dict_file}\\\n", "# --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# create a new dataset from all the files prepared above\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "Created new dataset \"ted2020_with_mono\"\n", "\n", "1. Change the datadir in **config** (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. Switch back the source_lang and target_lang in **config** (\"en\", \"zh\")\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-bt\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/en/HW05_sample_code.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# Homework Description\n", "- English to Chinese (Traditional) Translation\n", " - Input: an English sentence (e.g.\t\ttom is a student .)\n", " - Output: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - Train a simple RNN seq2seq to acheive translation\n", " - Switch to transformer model to boost performance\n", " - Apply Back-translation to furthur boost performance" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Fri Jun 23 03:17:07 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.85.12 Driver Version: 525.85.12 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 Tesla T4 Off | 00000000:00:04.0 Off | 0 |\n", "| N/A 59C P8 13W / 70W | 0MiB / 15360MiB | 0% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| No running processes found |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# Download and import required packages" ] }, { "cell_type": "code", "execution_count": 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uninstalled widgetsnbextension-3.6.4\n", " Attempting uninstall: ipywidgets\n", " Found existing installation: ipywidgets 7.7.1\n", " Uninstalling ipywidgets-7.7.1:\n", " Successfully uninstalled ipywidgets-7.7.1\n", "Successfully installed ipywidgets-8.0.6 jupyter-1.0.0 widgetsnbextension-4.0.7\n", "\u001b[33mWARNING: Running pip as the 'root' user can result in broken permissions and conflicting behaviour with the system package manager. It is recommended to use a virtual environment instead: https://pip.pypa.io/warnings/venv\u001b[0m\u001b[33m\n", "\u001b[0m" ] } ], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Cloning into 'fairseq'...\n", "remote: Enumerating objects: 34544, done.\u001b[K\n", "remote: Counting objects: 100% (1/1), done.\u001b[K\n", "remote: Total 34544 (delta 0), reused 1 (delta 0), pack-reused 34543\u001b[K\n", "Receiving objects: 100% (34544/34544), 24.04 MiB | 26.67 MiB/s, done.\n", "Resolving deltas: 100% (25101/25101), done.\n", "Note: switching to '9a1c497'.\n", "\n", "You are in 'detached HEAD' state. You can look around, make experimental\n", "changes and commit them, and you can discard any commits you make in this\n", "state without impacting any branches by switching back to a branch.\n", "\n", "If you want to create a new branch to retain commits you create, you may\n", "do so (now or later) by using -c with the switch command. Example:\n", "\n", " git switch -c \n", "\n", "Or undo this operation with:\n", "\n", " git switch -\n", "\n", "Turn off this advice by setting config variable advice.detachedHead to false\n", "\n", "HEAD is now at 9a1c4970 Make Hydra logging work with DDP (#1568)\n", "Processing ./fairseq\n", " Installing build dependencies ... \u001b[?25ldone\n", "\u001b[?25h Getting requirements to build wheel ... \u001b[?25ldone\n", "\u001b[?25h Installing backend dependencies ... \u001b[?25ldone\n", "\u001b[?25h Preparing metadata (pyproject.toml) ... \u001b[?25ldone\n", "\u001b[?25hCollecting hydra-core<1.1\n", " Downloading hydra_core-1.0.7-py3-none-any.whl (123 kB)\n", "\u001b[2K \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m123.8/123.8 kB\u001b[0m \u001b[31m3.7 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n", "\u001b[?25hRequirement already satisfied: regex in /opt/conda/lib/python3.10/site-packages (from fairseq==1.0.0a0+9a1c497) (2023.3.23)\n", "Requirement already 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/opt/conda/lib/python3.10/site-packages (from sympy->torch->fairseq==1.0.0a0+9a1c497) (1.3.0)\n", "Building wheels for collected packages: fairseq, antlr4-python3-runtime\n", " Building wheel for fairseq (pyproject.toml) ... \u001b[?25ldone\n", "\u001b[?25h Created wheel for fairseq: filename=fairseq-1.0.0a0+9a1c497-cp310-cp310-linux_x86_64.whl size=1313773 sha256=5a549e2bb0d23376ff9bbd49b9bbc31317558267143d5141b7268fa911167c63\n", " Stored in directory: /tmp/pip-ephem-wheel-cache-1_797u4f/wheels/67/69/06/aa788a7d879a7513f5f2e5c6d56825b6813783cb55ac5c7f8d\n", " Building wheel for antlr4-python3-runtime (setup.py) ... \u001b[?25ldone\n", "\u001b[?25h Created wheel for antlr4-python3-runtime: filename=antlr4_python3_runtime-4.8-py3-none-any.whl size=141229 sha256=b75b7fbe17009c8bb5e0abb970d440bdfcc088d6ee38534e811e21b1eee592c9\n", " Stored in directory: /root/.cache/pip/wheels/a7/20/bd/e1477d664f22d99989fd28ee1a43d6633dddb5cb9e801350d5\n", "Successfully built fairseq antlr4-python3-runtime\n", "Installing collected packages: antlr4-python3-runtime, omegaconf, hydra-core, fairseq\n", "Successfully installed antlr4-python3-runtime-4.8 fairseq-1.0.0a0+9a1c497 hydra-core-1.0.7 omegaconf-2.0.6\n", "\u001b[33mWARNING: Running pip as the 'root' user can result in broken permissions and conflicting behaviour with the system package manager. It is recommended to use a virtual environment instead: https://pip.pypa.io/warnings/venv\u001b[0m\u001b[33m\n", "\u001b[0m" ] } ], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "/opt/conda/lib/python3.10/site-packages/scipy/__init__.py:146: UserWarning: A NumPy version >=1.16.5 and <1.23.0 is required for this version of SciPy (detected version 1.23.5\n", " warnings.warn(f\"A NumPy version >={np_minversion} and <{np_maxversion}\"\n" ] } ], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# Fix random seed" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "xllxxyWxqI7s" }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# Dataset\n", "\n", "## En-Zh Bilingual Parallel Corpus\n", "* TED2020\n", " - Raw: 400,726 (sentences) \n", " - Processed: 394,052 (sentences)\n", " \n", "\n", "## Testdata\n", "- Size: 4,000 (sentences)\n", "- **Chinese translation is undisclosed. The provided (.zh) file is psuedo translation, each line is a '。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## Dataset Download" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## Language" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## Preprocess files\n", "- strQ2B(): Convert full-width characters to half-width characters\n", "- clean_s(): Clean the text by removing characters such as commas, dashes, and spaces\n", "- len_s(): Return the length of the text\n", "- clean_corpus(): Clean and process the specified text files using the above functions" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## Split into train/valid" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000~4000 would suffice\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## Subword Units\n", "Out of vocabulary (OOV) has been a major problem in machine translation. This can be alleviated by using subword units.\n", "- We will use the [sentencepiece](#kudo-richardson-2018-sentencepiece) package\n", "- select 'unigram' or 'byte-pair encoding (BPE)' algorithm" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## Binarize the data with fairseq\n", "Prepare the files in pairs for both the source and target languages.\n", "\n", "In case a pair is unavailable, generate a pseudo pair to facilitate binarization." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# Configuration for experiments" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020\",\n", " savedir = \"./checkpoints/rnn\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # cpu threads when fetching & processing data.\n", " num_workers=2,\n", " # batch size in terms of tokens. gradient accumulation increases the effective batchsize.\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # the lr s calculated from Noam lr scheduler. you can tune the maximum lr by this factor.\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # clipping gradient norm helps alleviate gradient exploding\n", " clip_norm=1.0,\n", "\n", " # maximum epochs for training\n", " max_epoch=15,\n", " start_epoch=1,\n", "\n", " # beam size for beam search\n", " beam=5,\n", " # generate sequences of maximum length ax + b, where x is the source length\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # when decoding, post process sentence by removing sentencepiece symbols and jieba tokenization.\n", " post_process = \"sentencepiece\",\n", "\n", " # checkpoints\n", " keep_last_epochs=5,\n", " resume=None, # if resume from checkpoint name (under config.savedir)\n", "\n", " # logging\n", " use_wandb=False,\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# Logging\n", "- logging package logs ordinary messages\n", "- wandb logs the loss, bleu, etc. in the training process" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA Environments" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# Dataloading" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## We borrow the TranslationTask from fairseq\n", "* used to load the binarized data created above\n", "* well-implemented data iterator (dataloader)\n", "* built-in task.source_dictionary and task.target_dictionary are also handy\n", "* well-implemented beam search decoder" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# Dataset iterator" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* Controls every batch to contain no more than N tokens, which optimizes GPU memory efficiency\n", "* Shuffles the training set for every epoch\n", "* Ignore sentences exceeding maximum length\n", "* Pad all sentences in a batch to the same length, which enables parallel computing by GPU\n", "* Add eos and shift one token\n", " - teacher forcing: to train the model to predict the next token based on prefix, we feed the right shifted target sequence as the decoder input.\n", " - generally, prepending bos to the target would do the job (as shown below)\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - in fairseq however, this is done by moving the eos token to the begining. Empirically, this has the same effect. For instance:\n", " ```\n", " # output target (target) and Decoder input (prev_output_tokens):\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # Set this to False to speed up. However, if set to False, changing max_tokens beyond\n", " # first call of this method has no effect.\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# Model Architecture\n", "* We again inherit fairseq's encoder, decoder and model, so that in the testing phase we can directly leverage fairseq's beam search decoder." ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# Encoder" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- The Encoder is a RNN or Transformer Encoder. The following description is for RNN. For every input token, Encoder will generate a output vector and a hidden states vector, and the hidden states vector is passed on to the next step. In other words, the Encoder sequentially reads in the input sequence, and outputs a single vector at each timestep, then finally outputs the final hidden states, or content vector, at the last timestep.\n", "- Parameters:\n", " - *args*\n", " - encoder_embed_dim: the dimension of embeddings, this compresses the one-hot vector into fixed dimensions, which achieves dimension reduction\n", " - encoder_ffn_embed_dim: the dimension of hidden states and output vectors\n", " - encoder_layers: the number of layers for Encoder RNN\n", " - dropout determines the probability of a neuron's activation being set to 0, in order to prevent overfitting. Generally this is applied in training, and removed in testing.\n", " - *dictionary*: the dictionary provided by fairseq. it's used to obtain the padding index, and in turn the encoder padding mask.\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "\n", "- Inputs:\n", " - *src_tokens*: integer sequence representing english e.g. 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: the output of RNN at each timestep, can be furthur processed by Attention\n", " - *final_hiddens*: the hidden states of each timestep, will be passed to decoder for decoding\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # get embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # pass thru bidirectional RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # Since Encoder is bidirectional, we need to concatenate the hidden states of two directions\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## Attention" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- When the input sequence is long, \"content vector\" alone cannot accurately represent the whole sequence, attention mechanism can provide the Decoder more information.\n", "- According to the **Decoder embeddings** of the current timestep, match the **Encoder outputs** with decoder embeddings to determine correlation, and then sum the Encoder outputs weighted by the correlation as the input to **Decoder** RNN.\n", "- Common attention implementations use neural network / dot product as the correlation between **query** (decoder embeddings) and **key** (Encoder outputs), followed by **softmax** to obtain a distribution, and finally **values** (Encoder outputs) is **weighted sum**-ed by said distribution.\n", "\n", "- Parameters:\n", " - *input_embed_dim*: dimensionality of key, should be that of the vector in decoder to attend others\n", " - *source_embed_dim*: dimensionality of query, should be that of the vector to be attended to (encoder outputs)\n", " - *output_embed_dim*: dimensionality of value, should be that of the vector after attention, expected by the next layer\n", "\n", "- Inputs:\n", " - *inputs*: is the key, the vector to attend to others\n", " - *encoder_outputs*: is the query/value, the vector to be attended to\n", " - *encoder_padding_mask*: this tells the decoder which position to ignore\n", "- Outputs:\n", " - *output*: the context vector after attention\n", " - *attention score*: the attention distribution\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # convert all to batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # project to the dimensionality of encoder_outputs\n", " x = self.input_proj(inputs)\n", "\n", " # compute attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # cancel the attention at positions corresponding to padding\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # softmax on the dimension corresponding to source sequence\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) weighted sum\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# Decoder" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* The hidden states of **Decoder** will be initialized by the final hidden states of **Encoder** (the content vector)\n", "* At the same time, **Decoder** will change its hidden states based on the input of the current timestep (the outputs of previous timesteps), and generates an output\n", "* Attention improves the performance\n", "* The seq2seq steps are implemented in decoder, so that later the Seq2Seq class can accept RNN and Transformer, without furthur modification.\n", "- Parameters:\n", " - *args*\n", " - decoder_embed_dim: is the dimensionality of the decoder embeddings, similar to encoder_embed_dim，\n", " - decoder_ffn_embed_dim: is the dimensionality of the decoder RNN hidden states, similar to encoder_ffn_embed_dim\n", " - decoder_layers: number of layers of RNN decoder\n", " - share_decoder_input_output_embed: usually, the projection matrix of the decoder will share weights with the decoder input embeddings\n", " - *dictionary*: the dictionary provided by fairseq\n", " - *embed_tokens*: an instance of token embeddings (nn.Embedding)\n", "- Inputs:\n", " - *prev_output_tokens*: integer sequence representing the right-shifted target e.g. 1, 28, 29, 205, 2\n", " - *encoder_out*: encoder's output.\n", " - *incremental_state*: in order to speed up decoding during test time, we will save the hidden state of each timestep. see forward() for details.\n", "- Outputs:\n", " - *outputs*: the logits (before softmax) output of decoder for each timesteps\n", " - *extra*: unused" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # extract the outputs from encoder\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # if the information from last timestep is retained, we can continue from there instead of starting from bos\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # incremental state does not exist, either this is training time, or the first timestep of test time\n", " # prepare for seq2seq: pass the encoder_hidden to the decoder hidden states\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # pass thru unidirectional RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # project to embedding size (if hidden differs from embed size, and share_embedding is True,\n", " # we need to do an extra projection)\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # project to vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, record the hidden states of current timestep, which will be restored in the next timestep\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(\n", " self,\n", " incremental_state,\n", " new_order,\n", " ):\n", " # This is used by fairseq's beam search. How and why is not particularly important here.\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- Composed of **Encoder** and **Decoder**\n", "- Recieves inputs and pass to **Encoder**\n", "- Pass the outputs from **Encoder** to **Decoder**\n", "- **Decoder** will decode according to outputs of previous timesteps as well as **Encoder** outputs \n", "- Once done decoding, return the **Decoder** outputs" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# Model Initialization" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # HINT: transformer architecture\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # HINT: TODO: switch to TransformerEncoder & TransformerDecoder\n", " encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " # encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # sequence to sequence model\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # initialization for seq2seq model is important, requires extra handling\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # weight initialization\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## Architecture Related Configuration\n", "\n", "For strong baseline, please refer to the hyperparameters for *transformer-base* in Table 3 in [Attention is all you need](#vaswani2017)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=256,\n", " encoder_ffn_embed_dim=512,\n", " encoder_layers=1,\n", " decoder_embed_dim=256,\n", " decoder_ffn_embed_dim=1024,\n", " decoder_layers=1,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# HINT: these patches on parameters for Transformer\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=4\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=4\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # patches on default parameters for Transformer (those not set above)\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "# add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# Optimization" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## Loss: Label Smoothing Regularization\n", "* let the model learn to generate less concentrated distribution, and prevent over-confidence\n", "* sometimes the ground truth may not be the only answer. thus, when calculating loss, we reserve some probability for incorrect labels\n", "* avoids overfitting\n", "\n", "code [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood，the cross-entropy when target is one-hot. following line is same as F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # reserve some probability for other labels. thus when calculating cross-entropy,\n", " # equivalent to summing the log probs of all labels\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # when calculating cross-entropy, add the loss of other labels\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# generally, 0.1 is good enough\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ" }, "source": [ "## Optimizer: Adam + lr scheduling\n", "Inverse square root scheduling is important to the stability when training Transformer. It's later used on RNN as well.\n", "Update the learning rate according to the following equation. Linearly increase the first stage, then decay proportionally to the inverse square root of timestep.\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "def get_rate(d_model, step_num, warmup_step):\n", " # TODO: Change lr from constant to the equation shown above\n", " lr = 0.001\n", " return lr" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim wrapper that implements rate.\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"Multiplies grads by a constant *c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"Update parameters and rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"Implement `lrate` above\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## Scheduling Visualized" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# Training Procedure" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # gradient accumulation: update every accum_steps samples\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # automatic mixed precision (amp)\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # gradient accumulation: update every accum_steps samples\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # emptying the CUDA cache after the first step can reduce the chance of OOM\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # mixed precision training\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # logging\n", " accum_loss += loss.item()\n", " # back-prop\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) handles the case of a zero gradient\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # grad norm clipping prevents gradient exploding\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # logging\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## Validation & Inference\n", "To prevent overfitting, validation is required every epoch to validate the performance on unseen data.\n", "- the procedure is essensially same as training, with the addition of inference step\n", "- after validation we can save the model weights\n", "\n", "Validation loss alone cannot describe the actual performance of the model\n", "- Directly produce translation hypotheses based on current model, then calculate BLEU with the reference translation\n", "- We can also manually examine the hypotheses' quality\n", "- We use fairseq's sequence generator for beam search to generate translation hypotheses" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq's beam search generator\n", "# given model and input seqeunce, produce translation hypotheses by beam search\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # convert from Tensor to human readable sentence\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # for each sample, collect the input, hypothesis and reference, later be used to calculate BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 indicates using the top hypothesis in beam\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # validation loss\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # do inference\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # show bleu results\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# Save and Load Model Weights\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # save epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # save epoch samples\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # get best valid bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## Training loop" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [], "source": [ "epoch_itr = load_data_iterator(task, \"train\", config.start_epoch, config.max_tokens, config.num_workers)\n", "try_load_checkpoint(model, optimizer, name=config.resume)\n", "while epoch_itr.next_epoch_idx <= config.max_epoch:\n", " # train for one epoch\n", " train_one_epoch(epoch_itr, model, task, criterion, optimizer, config.accum_steps)\n", " stats = validate_and_save(model, task, criterion, optimizer, epoch=epoch_itr.epoch)\n", " logger.info(\"end of epoch {}\".format(epoch_itr.epoch))\n", " epoch_itr = load_data_iterator(task, \"train\", epoch_itr.next_epoch_idx, config.max_tokens, config.num_workers)" ] }, { "cell_type": "markdown", "metadata": { "id": "KyjRwllxPjtf" }, "source": [ "# Submission" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "N70Gc6smPi1d" }, "outputs": [], "source": [ "# averaging a few checkpoints can have a similar effect to ensemble\n", "checkdir=config.savedir\n", "!python ./fairseq/scripts/average_checkpoints.py \\\n", "--inputs {checkdir} \\\n", "--num-epoch-checkpoints 5 \\\n", "--output {checkdir}/avg_last_5_checkpoint.pt" ] }, { "cell_type": "markdown", "metadata": { "id": "BAGMiun8PnZy" }, "source": [ "## Confirm model weights used to generate submission" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "tvRdivVUPnsU" }, "outputs": [], "source": [ "# checkpoint_last.pt : latest epoch\n", "# checkpoint_best.pt : highest validation bleu\n", "# avg_last_5_checkpoint.pt: the average of last 5 epochs\n", "try_load_checkpoint(model, name=\"avg_last_5_checkpoint.pt\")\n", "validate(model, task, criterion, log_to_wandb=False)\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "ioAIflXpPsxt" }, "source": [ "## Generate Prediction" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "oYMxA8FlPtIq" }, "outputs": [], "source": [ "def generate_prediction(model, task, split=\"test\", outfile=\"./prediction.txt\"):\n", " task.load_dataset(split=split, epoch=1)\n", " itr = load_data_iterator(task, split, 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " idxs = []\n", " hyps = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"prediction\")\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # validation loss\n", " sample = utils.move_to_cuda(sample, device=device)\n", "\n", " # do inference\n", " s, h, r = inference_step(sample, model)\n", "\n", " hyps.extend(h)\n", " idxs.extend(list(sample['id']))\n", "\n", " # sort based on the order before preprocess\n", " hyps = [x for _,x in sorted(zip(idxs,hyps))]\n", "\n", " with open(outfile, \"w\") as f:\n", " for h in hyps:\n", " f.write(h+\"\\n\")" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Le4RFWXxjmm0" }, "outputs": [], "source": [ "generate_prediction(model, task)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "wvenyi6BPwnD" }, "outputs": [], "source": [ "raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## Train a backward translation model" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. Switch the source_lang and target_lang in **config**\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-back\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## Generate synthetic data with backward model" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### Download monolingual data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: clean corpus\n", "\n", "1. remove sentences that are too long or too short\n", "2. unify punctuation\n", "\n", "hint: you can use clean_s() defined above to do this" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: Subword Units\n", "\n", "Use the spm model of the backward model to tokenize the data into subword units\n", "\n", "hint: spm model is located at DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### Binarize\n", "\n", "use fairseq to binarize data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: Generate synthetic data with backward model\n", "\n", "Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "\n", "ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "then you can use 'generate_prediction(model, task, split=\"split_name\")' to generate translation prediction" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# Add binarized monolingual data to the original data directory, and name it with \"split_name\"\n", "# ex. ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: do prediction on split='mono' to create prediction_file\n", "# generate_prediction( ... ,split=... ,outfile=... )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: Create new dataset\n", "\n", "1. Combine the prediction data with monolingual data\n", "2. Use the original spm model to tokenize data into Subword Units\n", "3. Binarize data with fairseq" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# Combine prediction_file (.en) and mono.zh (.zh) into a new dataset.\n", "#\n", "# hint: tokenize prediction_file with the spm model\n", "# spm_model.encode(line, out_type=str)\n", "# output: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# hint: use fairseq to binarize these two files again\n", "# binpath = Path('./DATA/data-bin/synthetic')\n", "# src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "# tgt_dict_file = src_dict_file\n", "# monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "# if binpath.exists():\n", "# print(binpath, \"exists, will not overwrite!\")\n", "# else:\n", "# !python -m fairseq_cli.preprocess\\\n", "# --source-lang 'zh'\\\n", "# --target-lang 'en'\\\n", "# --trainpref {monopref}\\\n", "# --destdir {binpath}\\\n", "# --srcdict {src_dict_file}\\\n", "# --tgtdict {tgt_dict_file}\\\n", "# --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# create a new dataset from all the files prepared above\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "Created new dataset \"ted2020_with_mono\"\n", "\n", "1. Change the datadir in **config** (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. Switch back the source_lang and target_lang in **config** (\"en\", \"zh\")\n", "2. Change the savedir in **config** (eg. \"./checkpoints/transformer-bt\")\n", "3. Train model" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/zh/HW05_Boss_zh_29.72.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Boss Baseline\n", "你可以通过搜索 \"Boss\" 来检查是哪些地方做了改变 (Ctrl + F 或者 Command + F)\n", "\n", "展示的是最终训练的结果，完整的运行流程是：\n", "\n", "1. 将**实验配置**中的 **BACK_TRANSLATION** 设置为 **True** 运行。\n", " 训练一个 back-translation 模型，并处理好对应的语料。\n", "2. 将**实验配置**中的 **BACK_TRANSLATION** 设置为 **False** 运行。\n", " 结合 ted2020 和 mono (back-translation) 的语料进行训练。" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Fri Nov 17 12:01:36 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 28C P5 32W / 170W | 398MiB / 12288MiB | 3% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1190 G /usr/lib/xorg/Xorg 181MiB |\n", "| 0 N/A N/A 1505 G /usr/bin/gnome-shell 23MiB |\n", "| 0 N/A N/A 1708 G ...nlogin/bin/sunloginclient 9MiB |\n", "| 0 N/A N/A 131095 G /usr/lib/firefox/firefox 172MiB |\n", "| 0 N/A N/A 135011 G ...2gtk-4.0/WebKitWebProcess 9MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# 作业描述\n", "- 英译中(繁体)\n", " - 输入: an English sentence (e.g.\t\ttom is a student .)\n", " - 输出: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - 训练一个 seq2seq 的简单的 RNN 模型来完成翻译\n", " - 转变模型架构为 transformer，提升性能\n", " - 使用 Back-translation 进一步提升性能" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# 下载和导入需要的包" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d", "tags": [] }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159", "tags": [] }, "outputs": [], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# 固定随机数种子" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s", "tags": [] }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# 数据集\n", "\n", "## 英-中 对应的语料\n", "* TED2020\n", " - 原始: 400,726 (句子) \n", " - 处理后: 394,052 (句子)\n", " \n", "\n", "## 测试集\n", "- 大小: 4,000 (句子)\n", "- **没有提供中文的翻译。(.zh)文件是伪翻译，其中每一行是'。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## 数据集下载" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## 语言" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## 预处理文件\n", "- strQ2B(): 将全角字符转变为半角字符\n", "- clean_s(): 清洗文本，将逗号/破折号/空格等字符删除\n", "- len_s(): 返回文本长度\n", "- clean_corpus: 使用上面的函数对指定的文本文件进行清洗" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## 划分训练/验证集" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000～4000 就够用了\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## 子词单位\n", "不在词表中的单词（OOV）是机器翻译面临的主要问题。这个问题可以通过使用子词（subword）作为基本单位来缓解\n", "- 我们将使用 [sentencepiece](#kudo-richardson-2018-sentencepiece) 包\n", "- 选择 unigram 或者 byte-pair encoding (BPE) 算法" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## 数据二值化（使用 fairseq）\n", "配对源语言和目标语言的文件。\n", "\n", "如果没有对应的文件，就生成伪配对来方便二值化。" ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# 实验配置" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020_with_mono\",\n", " savedir = \"./checkpoints/transformer-bt\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # 设置取数据和处理数据时 cpu 的线程数\n", " num_workers=2,\n", " # batch size 按照 token 数量来计算。梯度累积可以增加有效的 batch size。\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # 学习率通过 Noam 调度器进行计算。你可以修改lr_factor来调整最大的学习率。\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # 梯度裁剪可以缓解梯度爆炸\n", " clip_norm=1.0,\n", "\n", " # 训练的最大轮数\n", " max_epoch=30,\n", " start_epoch=1,\n", "\n", " # 集束搜索中的 beam size\n", " beam=5,\n", " # 生成的序列的最大长度为 ax + b，其中 x 是源长度\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # 解码时，通过去除 sentencepiece 符号和 jieba 分词来后处理句子。\n", " post_process = \"sentencepiece\",\n", "\n", " # 检查点\n", " keep_last_epochs=5,\n", " resume=None, # if resume 则根据 checkpoint name 进行恢复（文件保存在 config.savedir 下）\n", "\n", " # 日志记录\n", " use_wandb=False,\n", ")\n", "\n", "BACK_TRANSLATION = False # Boss\n", "if BACK_TRANSLATION:\n", " config.datadir = \"./DATA/data-bin/ted2020\"\n", " config.savedir = \"./checkpoints/transformer-back\"\n", " config.source_lang, config.target_lang= tgt_lang, src_lang" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# 日志\n", "- logging 包用于记录普通的信息\n", "- wandb 记录训练过程中的损失/bleu等" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "\u001b[34m\u001b[1mwandb\u001b[0m: Currently logged in as: \u001b[33mhoper-hw\u001b[0m. Use \u001b[1m`wandb login --relogin`\u001b[0m to force relogin\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "801dd9fbb182485cbd98af6652ba1d25", "version_major": 2, "version_minor": 0 }, "text/plain": [ "VBox(children=(Label(value='Waiting for wandb.init()...\\r'), FloatProgress(value=0.011112561211403874, max=1.0…" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ "wandb version 0.16.0 is available! To upgrade, please run:\n", " $ pip install wandb --upgrade" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ "Tracking run with wandb version 0.15.12" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ "Run data is saved locally in /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/wandb/run-20231117_120247-ej174j09" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ "Syncing run transformer-bt to Weights & Biases (docs)
" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ " View project at https://wandb.ai/hoper-hw/hw5.seq2seq" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" }, { "data": { "text/html": [ " View run at https://wandb.ai/hoper-hw/hw5.seq2seq/runs/ej174j09" ], "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA 环境" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-17 12:02:54 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-17 12:02:54 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-17 12:02:54 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# 数据导入" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## 我们采用了 TranslationTask（来自 fairseq）\n", "* 用于加载上面创建的二值化数据\n", "* 实现数据迭代器（dataloader）\n", "* 内置的 task.source_dictionary 和 task.target_dictionary 也很有用\n", "* 实现集束搜索解码器" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-17 12:02:54 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-17 12:02:54 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-17 12:02:54 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-17 12:02:54 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020_with_mono/train.en-zh.en\n", "2023-11-17 12:02:54 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020_with_mono/train.en-zh.zh\n", "2023-11-17 12:02:54 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono train en-zh 390112 examples\n", "2023-11-17 12:02:54 | INFO | fairseq.data.data_utils | loaded 781,713 examples from: ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en\n", "2023-11-17 12:02:54 | INFO | fairseq.data.data_utils | loaded 781,713 examples from: ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh\n", "2023-11-17 12:02:54 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono train1 en-zh 781713 examples\n", "2023-11-17 12:02:54 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020_with_mono/valid.en-zh.en\n", "2023-11-17 12:02:54 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020_with_mono/valid.en-zh.zh\n", "2023-11-17 12:02:54 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# 数据集迭代器" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* 控制每个 batch 不超过 N 个 token，这样可以优化 GPU 内存效率\n", "* 在每个 epoch 都对训练集进行随机打乱\n", "* 忽略超过最大长度的句子\n", "* 将一个 batch 中的所有句子填充到相同的长度，这样可以利用 GPU 进行并行计算\n", "* 添加 eos 并移动一个 token\n", " - teacher forcing 技术: 为了训练模型根据前缀预测下一个 token，我们将移动后的目标序列作为解码器的输入。\n", " - 一般来说，在目标前面加上 bos 就可以了（如下图所示）\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - 但是在 fairseq 中，这是通过将 eos token 移动到开头来实现的。在实验上，这个操作拥有相同的效果。例如:\n", " ```\n", " # 目标输出（target）和解码器输入（prev_output_tokens）:\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-17 12:02:54 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-17 12:02:54 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-17 12:02:54 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-17 12:02:54 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-17 12:02:54 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # 如果设置为 False（cached=True），可以加快训练速度。\n", " # 但是，如果设置为 False，那么在第一次调用这个方法之后，再改变 max_tokens就没有效果了。\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# 模型架构\n", "* 我们再次继承 fairseq 的编码器、解码器和模型，以便在测试阶段可以直接利用 fairseq 的集束搜索解码器。" ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# 编码器" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- 编码器（Encoder）是一个循环神经网络（RNN）或者 Transformer 中的编码器。下面的描述是针对 RNN 的。对于每一个输入的 token，编码器会生成一个输出向量和一个隐藏状态向量，并且将隐藏状态向量传递给下一步。换句话说，编码器顺序地读入输入序列，并且在每一个时间步输出一个单独的向量，然后在最后一个时间步输出最终的隐藏状态，或者称为内容向量（content vector）。\n", "- 参数:\n", " - *args*\n", " - encoder_embed_dim: 嵌入的维度，将 one-hot 向量压缩到固定的维度，实现降维的效果\n", " - encoder_ffn_embed_dim: 隐藏状态和输出向量的维度\n", " - encoder_layers: RNN 编码器的层数\n", " - dropout 确定了一个神经元的激活值被设为 0 的概率，用于防止过拟合。通常这个参数在训练时使用，在测试时移除\n", " - *dictionary*: fairseq 提供的字典。它用于获取填充索引，进而得到编码器的填充掩码（encoder padding mask）\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "\n", "- Inputs:\n", " - *src_tokens*: 一个表示英语的整数序列，例如: 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: RNN 在每个时间步的输出，可以由注意力机制（Attention）进一步处理\n", " - *final_hiddens*: 每个时间步的隐藏状态，会被传递给解码器（decoder）进行解码\n", " - *encoder_padding_mask*: 这个参数告诉解码器哪些位置要忽略\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # 获取 embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # 经过双向的 RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # 由于编码器是双向的，我们需要将两个方向的隐藏状态连接起来\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## 注意力" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- 当输入序列很长时，单独的“内容向量”就不能准确地表示整个序列，注意力机制可以为解码器提供更多信息。\n", "- 根据当前时间步的**解码器embeddings**，将**编码器输出**与**解码器 embeddings** 进行匹配，确定相关性，然后将编码器输出按相关性加权求和作为**解码器** RNN 的输入。\n", "- 常见的注意力实现使用神经网络/点积作为 **query**（解码器 embeddings）和 **key**（编码器输出）之间的相关性，然后用 **softmax** 得到一个分布，最后用该分布对 **value**（编码器输出）进行**加权求和**。\n", "\n", "- 参数:\n", " - *input_embed_dim*: key 的维度，应该是解码器中用于 attend 其他向量的向量的维度\n", " - *source_embed_dim*: query 的维度，应该是被 attend 的向量（编码器输出）的维度\n", " - *output_embed_dim*: value 的维度，应该是 after attention 的向量的维度，符合下一层的期望,\n", "- Inputs:\n", " - *inputs*: key, 用于 attend 其他向量\n", " - *encoder_outputs*: query/value, 被 attend 的向量\n", " - *encoder_padding_mask*: 这个告诉解码器应该忽略那些位置\n", "- Outputs:\n", " - *output*: attention 后的上下文向量\n", " - *attention score*: attention 的分数\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # 将所有的输入的维度改为 batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # 投影到 encoder_outputs 的维度\n", " x = self.input_proj(inputs)\n", "\n", " # 计算 attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # 取消与 padding 相对应的位置的 attention\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # 在与源序列对应的维度上进行 softmax\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) 加权求和\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# 解码器" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* **解码器**的隐藏状态将由**编码器**的最终隐藏状态（the content vector）初始化\n", "* 同时，**解码器**会根据当前时间步的输入（前一时间步的输出）改变其隐藏状态，并生成一个输出\n", "* 注意力机制可以提高性能\n", "* seq2seq 的步骤是在解码器中实现的，这样以后 Seq2Seq 类可以接受 RNN 和 Transformer，而不需要进一步修改。\n", "- 参数:\n", " - *args*\n", " - decoder_embed_dim: 解码器嵌入的维度，类似于 encoder_embed_dim\n", " - decoder_ffn_embed_dim: 解码器 RNN 隐藏状态的维度，类似于 encoder_ffn_embed_dim\n", " - decoder_layers: RNN 解码器的层数\n", " - share_decoder_input_output_embed: 通常，解码器的投影矩阵会与解码器输入 embeddings 共享权重\n", " - *dictionary*: fairseq 提供的字典\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "- 输入:\n", " - *prev_output_tokens*: 表示右移目标的整数序列，例如: 1, 28, 29, 205, 2\n", " - *encoder_out*: 编码器的输出\n", " - *incremental_state*: 为了加速测试时的解码，我们会保存每个时间步的隐藏状态。详见forward()。\n", "- 输出:\n", " - *outputs*: 解码器在每个时间步的输出的对数（softmax之前）\n", " - *extra*: 未使用" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # 从编码器中提取输出\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # 如果保留了上一个时间步的信息，可以从那里继续，而不是从bos开始\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # 增量状态不存在，要么是训练时，要么是测试时的第一个时间步\n", " # 为seq2seq做准备：将编码器的隐藏状态传递给解码器的隐藏状态\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # 经过单向的 RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # 投影到 embedding size（如果隐藏状态与 embedding size 不同，并且 share_embedding 为True\n", " # 就需要做一个额外的投影）\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # 投影到 vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, 则记录当前时间步的隐藏状态，在下一个时间步恢复\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(self, incremental_state, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- 由**编码器**和**解码器**组成\n", "- 接收输入并传递给**编码器**\n", "- 将**编码器**的输出传递给**解码器**\n", "- **解码器**会根据前一时间步的输出以及**编码器**的输出进行解码\n", "- 解码完成后，返回**解码器**的输出" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# 模型初始化 (Boss)" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # 提示: transformer 架构\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # 提示: TODO: 转变为 TransformerEncoder & TransformerDecoder\n", " # encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # 序列到序列的模型\n", " model = Seq2Seq(args, encoder, decoder)\n", " \n", " # 初始化 seq2seq 模型很重要, 需要额外的处理\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # 权重初始化\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## 架构相关配置 (Boss)\n", "\n", "为了达成 strong baseline，请参考 [Attention is all you need](#vaswani2017) 中表 3 中 *transformer-base* 的超参数" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=512,\n", " encoder_ffn_embed_dim=2048,\n", " encoder_layers=6,\n", " decoder_embed_dim=512,\n", " decoder_ffn_embed_dim=2048,\n", " decoder_layers=6,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# 提示: 这些是 Transformer 的参数补丁\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=8\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=8\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # Transformer 默认参数的补丁（未在上面设置的参数）\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-17 12:02:55 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): TransformerEncoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerEncoderLayerBase(\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (dropout_module): FairseqDropout()\n", " (activation_dropout_module): FairseqDropout()\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " (decoder): TransformerDecoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerDecoderLayerBase(\n", " (dropout_module): FairseqDropout()\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (activation_dropout_module): FairseqDropout()\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (encoder_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (encoder_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (output_projection): Linear(in_features=512, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# 优化" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## 损失(Loss): Label Smoothing Regularization\n", "* 让模型学习生成更少集中的分布，防止过度自信\n", "* 有时候正确答案可能不是唯一的。因此，在计算损失时，我们为错误标签保留一些概率。\n", "* 避免过拟合\n", "\n", "代码 [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood 负对数似然，当目标是 one-hot 时的交叉熵。下一行代码等同于F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # 保留一些其他标签的概率，这样在计算交叉熵的时候相当于对所有标签的对数概率求和\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # 在计算交叉熵的时候，增加其他标签的损失\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# 通常来说，0.1 已经足够好了\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ", "tags": [] }, "source": [ "## 优化器: Adam + 学习率调度\n", "在训练 Transformer 时，平方根倒数调度（Inverse square root scheduling）对于稳定性非常重要，在后面也用于RNN。\n", "根据以下公式更新学习率，第一阶段线性增加，然后按时间步的平方根倒数成比例衰减。\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "import math\n", "\n", "def get_rate(d_model, step_num, warmup_step):\n", " lr = 1.0 / math.sqrt(d_model) * min(1.0 / math.sqrt(step_num), step_num / (warmup_step * math.sqrt(warmup_step)))\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim 包装，用于实现 rate\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"将梯度乘以常数*c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"更新参数和 rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"实现上面的 `lrate`\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## 调度可视化" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# 训练过程" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## 训练" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # 梯度累积：每 accum_steps 个样本更新一次\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # 自动混合精度（amp）\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # 梯度累积：每 accum_steps 个样本更新一次\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # 在第一步之后清空 CUDA 缓存可以减少 OOM（out of memory）的机会\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # 混合精度训练\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # 日志记录\n", " accum_loss += loss.item()\n", " # 反向传播\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) 处理零梯度的情况\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # 梯度裁剪防止梯度爆炸\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # 日志记录\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## 验证 & 推测\n", "为了防止过拟合，每个训练周期都需要进行验证，以验证模型在未见过的数据上的性能。\n", "- 该过程与训练基本相同，只是多了一个推测步骤。\n", "- 在验证后，我们可以保存模型的权重。\n", "\n", "仅凭验证损失无法描述模型的实际性能\n", "- 基于当前模型直接生成翻译假设，然后使用参考翻译计算BLEU\n", "- 我们也可以手动检查假设的质量\n", "- 我们使用 fairseq 的序列生成器进行集束搜索以生成翻译假设。" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq 的集束搜索生成器\n", "# 给定模型和输入序列，通过集束搜索生成翻译假设\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # 将 Tensor 转换为人类可读的句子\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # 对于每个样本，收集输入、假设和参考，稍后用于计算 BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 表示使用集束中的最佳假设\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # 验证损失\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # 做推测\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # 显示 bleu 结果\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# 保存和加载模型权重\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # 保存 epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # 保存 epoch 样本\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # 获取最佳的验证 bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## 训练循环" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-17 12:02:56 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-17 12:02:56 | INFO | hw5.seq2seq | encoder: TransformerEncoder\n", "2023-11-17 12:02:56 | INFO | hw5.seq2seq | decoder: TransformerDecoder\n", "2023-11-17 12:02:56 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-17 12:02:56 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-17 12:02:56 | INFO | hw5.seq2seq | num. model params: 52,324,352 (num. trained: 52,324,352)\n", "2023-11-17 12:02:56 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-17 12:02:56 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-17 12:02:56 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-17 12:02:56 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-17 12:02:56 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-17 12:02:56 | WARNING | fairseq.tasks.fairseq_task | 1 samples have invalid sizes and will be skipped, max_positions=(1024, 1024), first few sample ids=[326653]\n", "2023-11-17 12:02:56 | INFO | hw5.seq2seq | no checkpoints found at checkpoints/transformer-bt/checkpoint_last.pt!\n", "2023-11-17 12:02:56 | INFO | fairseq.data.iterators | grouped total_num_itrs = 1873\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "train epoch 1: 0%| | 0/1873 [00:00 0: # remove short sentence\n", " if s_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s_len > max_len:\n", " continue\n", " print(s, file=l_out_f)\n", " \n", "\n", "mono_data_prefix = f'{mono_prefix}/ted_zh_corpus.deduped'\n", "clean_mono_corpus(mono_data_prefix, 'zh')" ] }, { "cell_type": "markdown", "metadata": { "tags": [] }, "source": [ "**生成伪翻译**" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "tags": [] }, "outputs": [], "source": [ "import os\n", "\n", "zh_path = mono_prefix / 'ted_zh_corpus.deduped.clean.zh'\n", "en_path = mono_prefix / 'ted_zh_corpus.deduped.clean.en'\n", "\n", "if en_path.exists():\n", " print(f\"{en_path} exists. skipping the generation of psuedo translation.\")\n", "\n", "with open(zh_path, 'r') as zh_f:\n", " with open(en_path, 'w') as en_f:\n", " for line in zh_f:\n", " line = line.strip()\n", " if line:\n", " # 用'_.'替换，得到一个伪翻译的字符串\n", " pseudo = '_.'\n", " # 将伪翻译的字符串写入目标文件中，并换行\n", " print(pseudo, file=en_f)\n", " # 如果这一行为空，直接换行\n", " else:\n", " print(file=en_f)" ] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: 子词单位\n", "\n", "使用后向模型的 spm 模型将数据标记为子词单位\n", "\n", "提示: spm 模型位于 DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [ "def spm_encode(prefix, vocab_size, mono_prefix):\n", " spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "\n", " in_path = mono_prefix / 'ted_zh_corpus.deduped.clean'\n", "\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = mono_prefix / f'mono.tok.{lang}'\n", " # if out_path.exists():\n", " # print(f\"{out_path} exists. skipping spm_encode.\")\n", " # else:\n", " with open(out_path, 'w') as out_f:\n", " with open(f'{in_path}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)\n", "\n", "spm_encode(prefix, vocab_size, mono_prefix)" ] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### 二值化\n", "\n", "使用 fairseq 去二值化数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: 用后向模型生成人造数据\n", "\n", "将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "\n", "例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "然后你可以使用 'generate_prediction(model, task, split=\"split_name\")' 来生成翻译的预测" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# 将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "# 例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# 提示: 在 split='mono' 上做预测来创建 prediction_file\n", "task.load_dataset(split=\"mono\", epoch=1)\n", "generate_prediction(model, task, split='mono', outfile='./prediction.txt' )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: 创建新的数据集\n", "\n", "1. 将预测数据和单语数据结合\n", "2. 使用原始的 spm 模型将数据 tokenize 为子词单位\n", "3. 使用 fairseq 将数据二值化" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# 将 prediction_file (.en) 和 mono.zh (.zh) 结合为新的数据集\n", "#\n", "# 提示: 用 spm 模型 tokenize prediction_file\n", "!cp ./prediction.txt {mono_prefix}/'ted_zh_corpus.deduped.clean.en'\n", "spm_encode(prefix, vocab_size, mono_prefix)\n", "# 输出: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# 提示: 使用 fairseq 再次二值化这两个文件\n", "binpath = Path('./DATA/data-bin/synthetic')\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# 根据上面准备的所有文件创建一个新的数据集\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "创建新数据集 \"ted2020_with_mono\"\n", "\n", "1. 修改 **config** 中的 datadir (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. 将 **config** 中的 source_lang 和 target_lang 进行切换 (\"en\", \"zh\")\n", "2. 更改 **config** 中的 savedir (例如: \"./checkpoints/transformer-bt\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/zh/HW05_Gradescope_zh.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Gradescope\n", "\n", "你可以通过搜索 \"Gradescope\" 来定位代码 (Ctrl + F 或者 Command + F)" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Sun Nov 19 18:41:00 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 26C P8 17W / 170W | 4366MiB / 12288MiB | 1% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1142 G /usr/lib/xorg/Xorg 143MiB |\n", "| 0 N/A N/A 1451 G /usr/bin/gnome-shell 23MiB |\n", "| 0 N/A N/A 1644 G ...nlogin/bin/sunloginclient 6MiB |\n", "| 0 N/A N/A 4236 G /usr/lib/firefox/firefox 116MiB |\n", "| 0 N/A N/A 6748 C ...conda3/envs/DL/bin/python 4072MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# 作业描述\n", "- 英译中(繁体)\n", " - 输入: an English sentence (e.g.\t\ttom is a student .)\n", " - 输出: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - 训练一个 seq2seq 的简单的 RNN 模型来完成翻译\n", " - 转变模型架构为 transformer，提升性能\n", " - 使用 Back-translation 进一步提升性能" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# 下载和导入需要的包" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d", "tags": [] }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159", "tags": [] }, "outputs": [], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# 固定随机数种子" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s", "tags": [] }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# 数据集\n", "\n", "## 英-中 对应的语料\n", "* TED2020\n", " - 原始: 400,726 (句子) \n", " - 处理后: 394,052 (句子)\n", " \n", "\n", "## 测试集\n", "- 大小: 4,000 (句子)\n", "- **没有提供中文的翻译。(.zh)文件是伪翻译，其中每一行是'。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## 数据集下载" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## 语言" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## 预处理文件\n", "- strQ2B(): 将全角字符转变为半角字符\n", "- clean_s(): 清洗文本，将逗号/破折号/空格等字符删除\n", "- len_s(): 返回文本长度\n", "- clean_corpus: 使用上面的函数对指定的文本文件进行清洗" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## 划分训练/验证集" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000～4000 就够用了\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## 子词单位\n", "不在词表中的单词（OOV）是机器翻译面临的主要问题。这个问题可以通过使用子词（subword）作为基本单位来缓解\n", "- 我们将使用 [sentencepiece](#kudo-richardson-2018-sentencepiece) 包\n", "- 选择 unigram 或者 byte-pair encoding (BPE) 算法" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## 数据二值化（使用 fairseq）\n", "配对源语言和目标语言的文件。\n", "\n", "如果没有对应的文件，就生成伪配对来方便二值化。" ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# 实验配置" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020_with_mono\",\n", " savedir = \"./checkpoints/transformer-bt\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # 设置取数据和处理数据时 cpu 的线程数\n", " num_workers=2,\n", " # batch size 按照 token 数量来计算。梯度累积可以增加有效的 batch size。\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # 学习率通过 Noam 调度器进行计算。你可以修改lr_factor来调整最大的学习率。\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # 梯度裁剪可以缓解梯度爆炸\n", " clip_norm=1.0,\n", "\n", " # 训练的最大轮数\n", " max_epoch=30,\n", " start_epoch=1,\n", "\n", " # 集束搜索中的 beam size\n", " beam=5,\n", " # 生成的序列的最大长度为 ax + b，其中 x 是源长度\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # 解码时，通过去除 sentencepiece 符号和 jieba 分词来后处理句子。\n", " post_process = \"sentencepiece\",\n", "\n", " # 检查点\n", " keep_last_epochs=5,\n", " resume=None, # if resume 则根据 checkpoint name 进行恢复（文件保存在 config.savedir 下）\n", "\n", " # 日志记录\n", " use_wandb=False, # Gradescope. Problem 2: 你可以设置为 True 然后在 wandb 中查看，当然，自己添加代码（在 train_one_epoch() 中）处理也行。\n", ")\n", "\n", "BACK_TRANSLATION = False # Boss\n", "if BACK_TRANSLATION:\n", " config.datadir = \"./DATA/data-bin/ted2020\"\n", " config.savedir = \"./checkpoints/transformer-back\"\n", " config.source_lang, config.target_lang= tgt_lang, src_lang" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# 日志\n", "- logging 包用于记录普通的信息\n", "- wandb 记录训练过程中的损失/bleu等" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA 环境" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:42:09 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-19 18:42:09 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-19 18:42:09 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# 数据导入" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## 我们采用了 TranslationTask（来自 fairseq）\n", "* 用于加载上面创建的二值化数据\n", "* 实现数据迭代器（dataloader）\n", "* 内置的 task.source_dictionary 和 task.target_dictionary 也很有用\n", "* 实现集束搜索解码器" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:42:09 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-19 18:42:09 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:42:09 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-19 18:42:09 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020_with_mono/train.en-zh.en\n", "2023-11-19 18:42:09 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020_with_mono/train.en-zh.zh\n", "2023-11-19 18:42:09 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono train en-zh 390112 examples\n", "2023-11-19 18:42:09 | INFO | fairseq.data.data_utils | loaded 781,713 examples from: ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en\n", "2023-11-19 18:42:09 | INFO | fairseq.data.data_utils | loaded 781,713 examples from: ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh\n", "2023-11-19 18:42:09 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono train1 en-zh 781713 examples\n", "2023-11-19 18:42:09 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020_with_mono/valid.en-zh.en\n", "2023-11-19 18:42:09 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020_with_mono/valid.en-zh.zh\n", "2023-11-19 18:42:09 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020_with_mono valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# 数据集迭代器" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* 控制每个 batch 不超过 N 个 token，这样可以优化 GPU 内存效率\n", "* 在每个 epoch 都对训练集进行随机打乱\n", "* 忽略超过最大长度的句子\n", "* 将一个 batch 中的所有句子填充到相同的长度，这样可以利用 GPU 进行并行计算\n", "* 添加 eos 并移动一个 token\n", " - teacher forcing 技术: 为了训练模型根据前缀预测下一个 token，我们将移动后的目标序列作为解码器的输入。\n", " - 一般来说，在目标前面加上 bos 就可以了（如下图所示）\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - 但是在 fairseq 中，这是通过将 eos token 移动到开头来实现的。在实验上，这个操作拥有相同的效果。例如:\n", " ```\n", " # 目标输出（target）和解码器输入（prev_output_tokens）:\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:42:09 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-19 18:42:09 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-19 18:42:09 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-19 18:42:09 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-19 18:42:09 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # 如果设置为 False（cached=True），可以加快训练速度。\n", " # 但是，如果设置为 False，那么在第一次调用这个方法之后，再改变 max_tokens就没有效果了。\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# 模型架构\n", "* 我们再次继承 fairseq 的编码器、解码器和模型，以便在测试阶段可以直接利用 fairseq 的集束搜索解码器。" ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# 编码器" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- 编码器（Encoder）是一个循环神经网络（RNN）或者 Transformer 中的编码器。下面的描述是针对 RNN 的。对于每一个输入的 token，编码器会生成一个输出向量和一个隐藏状态向量，并且将隐藏状态向量传递给下一步。换句话说，编码器顺序地读入输入序列，并且在每一个时间步输出一个单独的向量，然后在最后一个时间步输出最终的隐藏状态，或者称为内容向量（content vector）。\n", "- 参数:\n", " - *args*\n", " - encoder_embed_dim: 嵌入的维度，将 one-hot 向量压缩到固定的维度，实现降维的效果\n", " - encoder_ffn_embed_dim: 隐藏状态和输出向量的维度\n", " - encoder_layers: RNN 编码器的层数\n", " - dropout 确定了一个神经元的激活值被设为 0 的概率，用于防止过拟合。通常这个参数在训练时使用，在测试时移除\n", " - *dictionary*: fairseq 提供的字典。它用于获取填充索引，进而得到编码器的填充掩码（encoder padding mask）\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "\n", "- Inputs:\n", " - *src_tokens*: 一个表示英语的整数序列，例如: 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: RNN 在每个时间步的输出，可以由注意力机制（Attention）进一步处理\n", " - *final_hiddens*: 每个时间步的隐藏状态，会被传递给解码器（decoder）进行解码\n", " - *encoder_padding_mask*: 这个参数告诉解码器哪些位置要忽略\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # 获取 embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # 经过双向的 RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # 由于编码器是双向的，我们需要将两个方向的隐藏状态连接起来\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## 注意力" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- 当输入序列很长时，单独的“内容向量”就不能准确地表示整个序列，注意力机制可以为解码器提供更多信息。\n", "- 根据当前时间步的**解码器embeddings**，将**编码器输出**与**解码器 embeddings** 进行匹配，确定相关性，然后将编码器输出按相关性加权求和作为**解码器** RNN 的输入。\n", "- 常见的注意力实现使用神经网络/点积作为 **query**（解码器 embeddings）和 **key**（编码器输出）之间的相关性，然后用 **softmax** 得到一个分布，最后用该分布对 **value**（编码器输出）进行**加权求和**。\n", "\n", "- 参数:\n", " - *input_embed_dim*: key 的维度，应该是解码器中用于 attend 其他向量的向量的维度\n", " - *source_embed_dim*: query 的维度，应该是被 attend 的向量（编码器输出）的维度\n", " - *output_embed_dim*: value 的维度，应该是 after attention 的向量的维度，符合下一层的期望,\n", "- Inputs:\n", " - *inputs*: key, 用于 attend 其他向量\n", " - *encoder_outputs*: query/value, 被 attend 的向量\n", " - *encoder_padding_mask*: 这个告诉解码器应该忽略那些位置\n", "- Outputs:\n", " - *output*: attention 后的上下文向量\n", " - *attention score*: attention 的分数\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # 将所有的输入的维度改为 batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # 投影到 encoder_outputs 的维度\n", " x = self.input_proj(inputs)\n", "\n", " # 计算 attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # 取消与 padding 相对应的位置的 attention\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # 在与源序列对应的维度上进行 softmax\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) 加权求和\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# 解码器" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* **解码器**的隐藏状态将由**编码器**的最终隐藏状态（the content vector）初始化\n", "* 同时，**解码器**会根据当前时间步的输入（前一时间步的输出）改变其隐藏状态，并生成一个输出\n", "* 注意力机制可以提高性能\n", "* seq2seq 的步骤是在解码器中实现的，这样以后 Seq2Seq 类可以接受 RNN 和 Transformer，而不需要进一步修改。\n", "- 参数:\n", " - *args*\n", " - decoder_embed_dim: 解码器嵌入的维度，类似于 encoder_embed_dim\n", " - decoder_ffn_embed_dim: 解码器 RNN 隐藏状态的维度，类似于 encoder_ffn_embed_dim\n", " - decoder_layers: RNN 解码器的层数\n", " - share_decoder_input_output_embed: 通常，解码器的投影矩阵会与解码器输入 embeddings 共享权重\n", " - *dictionary*: fairseq 提供的字典\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "- 输入:\n", " - *prev_output_tokens*: 表示右移目标的整数序列，例如: 1, 28, 29, 205, 2\n", " - *encoder_out*: 编码器的输出\n", " - *incremental_state*: 为了加速测试时的解码，我们会保存每个时间步的隐藏状态。详见forward()。\n", "- 输出:\n", " - *outputs*: 解码器在每个时间步的输出的对数（softmax之前）\n", " - *extra*: 未使用" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # 从编码器中提取输出\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # 如果保留了上一个时间步的信息，可以从那里继续，而不是从bos开始\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # 增量状态不存在，要么是训练时，要么是测试时的第一个时间步\n", " # 为seq2seq做准备：将编码器的隐藏状态传递给解码器的隐藏状态\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # 经过单向的 RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # 投影到 embedding size（如果隐藏状态与 embedding size 不同，并且 share_embedding 为True\n", " # 就需要做一个额外的投影）\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # 投影到 vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, 则记录当前时间步的隐藏状态，在下一个时间步恢复\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(self, incremental_state, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- 由**编码器**和**解码器**组成\n", "- 接收输入并传递给**编码器**\n", "- 将**编码器**的输出传递给**解码器**\n", "- **解码器**会根据前一时间步的输出以及**编码器**的输出进行解码\n", "- 解码完成后，返回**解码器**的输出" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# 模型初始化 (Boss)" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # 提示: transformer 架构\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # 提示: TODO: 转变为 TransformerEncoder & TransformerDecoder\n", " # encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # 序列到序列的模型\n", " model = Seq2Seq(args, encoder, decoder)\n", " \n", " # 初始化 seq2seq 模型很重要, 需要额外的处理\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # 权重初始化\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## 架构相关配置 (Boss)\n", "\n", "为了达成 strong baseline，请参考 [Attention is all you need](#vaswani2017) 中表 3 中 *transformer-base* 的超参数" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=512,\n", " encoder_ffn_embed_dim=2048,\n", " encoder_layers=6,\n", " decoder_embed_dim=512,\n", " decoder_ffn_embed_dim=2048,\n", " decoder_layers=6,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# 提示: 这些是 Transformer 的参数补丁\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=8\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=8\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # Transformer 默认参数的补丁（未在上面设置的参数）\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:42:10 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): TransformerEncoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerEncoderLayerBase(\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (dropout_module): FairseqDropout()\n", " (activation_dropout_module): FairseqDropout()\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " (decoder): TransformerDecoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerDecoderLayerBase(\n", " (dropout_module): FairseqDropout()\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (activation_dropout_module): FairseqDropout()\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (encoder_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (encoder_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (output_projection): Linear(in_features=512, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# 优化" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## 损失(Loss): Label Smoothing Regularization\n", "* 让模型学习生成更少集中的分布，防止过度自信\n", "* 有时候正确答案可能不是唯一的。因此，在计算损失时，我们为错误标签保留一些概率。\n", "* 避免过拟合\n", "\n", "代码 [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood 负对数似然，当目标是 one-hot 时的交叉熵。下一行代码等同于F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # 保留一些其他标签的概率，这样在计算交叉熵的时候相当于对所有标签的对数概率求和\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # 在计算交叉熵的时候，增加其他标签的损失\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# 通常来说，0.1 已经足够好了\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ", "tags": [] }, "source": [ "## 优化器: Adam + 学习率调度\n", "在训练 Transformer 时，平方根倒数调度（Inverse square root scheduling）对于稳定性非常重要，在后面也用于RNN。\n", "根据以下公式更新学习率，第一阶段线性增加，然后按时间步的平方根倒数成比例衰减。\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "import math\n", "\n", "def get_rate(d_model, step_num, warmup_step):\n", " lr = 1.0 / math.sqrt(d_model) * min(1.0 / math.sqrt(step_num), step_num / (warmup_step * math.sqrt(warmup_step)))\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim 包装，用于实现 rate\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"将梯度乘以常数*c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"更新参数和 rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"实现上面的 `lrate`\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## 调度可视化" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# 训练过程" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## 训练" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # 梯度累积：每 accum_steps 个样本更新一次\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # 自动混合精度（amp）\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # 梯度累积：每 accum_steps 个样本更新一次\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # 在第一步之后清空 CUDA 缓存可以减少 OOM（out of memory）的机会\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # 混合精度训练\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # 日志记录\n", " accum_loss += loss.item()\n", " # 反向传播\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) 处理零梯度的情况\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # 梯度裁剪防止梯度爆炸\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # 日志记录\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## 验证 & 推测\n", "为了防止过拟合，每个训练周期都需要进行验证，以验证模型在未见过的数据上的性能。\n", "- 该过程与训练基本相同，只是多了一个推测步骤。\n", "- 在验证后，我们可以保存模型的权重。\n", "\n", "仅凭验证损失无法描述模型的实际性能\n", "- 基于当前模型直接生成翻译假设，然后使用参考翻译计算BLEU\n", "- 我们也可以手动检查假设的质量\n", "- 我们使用 fairseq 的序列生成器进行集束搜索以生成翻译假设。" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq 的集束搜索生成器\n", "# 给定模型和输入序列，通过集束搜索生成翻译假设\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # 将 Tensor 转换为人类可读的句子\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # 对于每个样本，收集输入、假设和参考，稍后用于计算 BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 表示使用集束中的最佳假设\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # 验证损失\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # 做推测\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # 显示 bleu 结果\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# 保存和加载模型权重\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # 保存 epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # 保存 epoch 样本\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # 获取最佳的验证 bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## 训练循环" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:42:10 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-19 18:42:10 | INFO | hw5.seq2seq | encoder: TransformerEncoder\n", "2023-11-19 18:42:10 | INFO | hw5.seq2seq | decoder: TransformerDecoder\n", "2023-11-19 18:42:10 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-19 18:42:10 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-19 18:42:10 | INFO | hw5.seq2seq | num. model params: 52,324,352 (num. trained: 52,324,352)\n", "2023-11-19 18:42:10 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [], "source": [ "# epoch_itr = load_data_iterator(task, \"train\", config.start_epoch, config.max_tokens, config.num_workers)\n", "# try_load_checkpoint(model, optimizer, name=config.resume)\n", "# while epoch_itr.next_epoch_idx <= config.max_epoch:\n", "# # 训练一个 epoch\n", "# train_one_epoch(epoch_itr, model, task, criterion, optimizer, config.accum_steps)\n", "# stats = validate_and_save(model, task, criterion, optimizer, epoch=epoch_itr.epoch)\n", "# logger.info(\"end of epoch {}\".format(epoch_itr.epoch))\n", "# epoch_itr = load_data_iterator(task, \"train\", epoch_itr.next_epoch_idx, config.max_tokens, config.num_workers)" ] }, { "cell_type": "markdown", "metadata": { "id": "KyjRwllxPjtf" }, "source": [ "# Submission" ] }, { "cell_type": "code", "execution_count": 45, "metadata": { "id": "N70Gc6smPi1d" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Namespace(inputs=['./checkpoints/transformer-bt'], output='./checkpoints/transformer-bt/avg_last_5_checkpoint.pt', num_epoch_checkpoints=5, num_update_checkpoints=None, num_best_checkpoints=0, checkpoint_upper_bound=None)\n", "averaging checkpoints: ['./checkpoints/transformer-bt/checkpoint30.pt', './checkpoints/transformer-bt/checkpoint29.pt', './checkpoints/transformer-bt/checkpoint28.pt', './checkpoints/transformer-bt/checkpoint27.pt', './checkpoints/transformer-bt/checkpoint26.pt']\n", "Finished writing averaged checkpoint to ./checkpoints/transformer-bt/avg_last_5_checkpoint.pt\n" ] } ], "source": [ "# 对几个 checkpoints 进行平均可以产生类似于 ensemble 的效果\n", "checkdir=config.savedir\n", "!python ./fairseq/scripts/average_checkpoints.py \\\n", "--inputs {checkdir} \\\n", "--num-epoch-checkpoints 5 \\\n", "--output {checkdir}/avg_last_5_checkpoint.pt" ] }, { "cell_type": "markdown", "metadata": { "id": "BAGMiun8PnZy" }, "source": [ "## 确定用于生成 submission 的模型权重" ] }, { "cell_type": "code", "execution_count": 46, "metadata": { "id": "tvRdivVUPnsU", "tags": [] }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-19 18:42:13 | INFO | hw5.seq2seq | loaded checkpoint checkpoints/transformer-bt/avg_last_5_checkpoint.pt: step=unknown loss=3.027837038040161 bleu=29.730896524436638\n", "2023-11-19 18:42:13 | INFO | hw5.seq2seq | begin validation\n", "2023-11-19 18:42:13 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-19 18:42:13 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-19 18:42:13 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-19 18:42:13 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "411050ef19b145309ecc5ea4603f8585", "version_major": 2, "version_minor": 0 }, "text/plain": [ "validation: 0%| | 0/22 [00:00" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "# 计算余弦相似度矩阵\n", "def get_cosine_similarity_matrix(x):\n", " x = x / x.norm(dim=1, keepdim=True)\n", " sim = torch.mm(x, x.t())\n", " return sim\n", "\n", "\n", "# 获取 decoder 中的 positional embeddings\n", "pos_emb = model.decoder.embed_positions.weights.cpu().detach()\n", "sim = get_cosine_similarity_matrix(pos_emb)\n", "# sim = F.cosine_similarity(pos_emb.unsqueeze(1), pos_emb.unsqueeze(0), dim=-1) # 一样的\n", "\n", "# # 绘制 positional embeddings 的余弦相似度矩阵的热力图\n", "plt.imshow(sim, cmap=\"hot\", vmin=0, vmax=1)\n", "plt.colorbar()\n", "\n", "plt.show()" ] }, { "cell_type": "code", "execution_count": 50, "metadata": { "id": "wvenyi6BPwnD" }, "outputs": [ { "ename": "RuntimeError", "evalue": "No active exception to reraise", "output_type": "error", "traceback": [ "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m", "\u001b[0;31mRuntimeError\u001b[0m Traceback (most recent call last)", "Cell \u001b[0;32mIn[50], line 2\u001b[0m\n\u001b[1;32m 1\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m \u001b[38;5;129;01mnot\u001b[39;00m BACK_TRANSLATION:\n\u001b[0;32m----> 2\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "if not BACK_TRANSLATION:\n", " raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation (Boss)" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## 训练一个 backward translation 模型" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. 将 **config** 中的 source_lang 和 target_lang 进行切换\n", "2. 更改 **config** 中的 savedir(例如: \"./checkpoints/transformer-back\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## 用后向模型生成人造数据" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### 下载单语言数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: 清洗语料\n", "\n", "1. 移除太长或者太短的句子\n", "2. 统一标点符号\n", "\n", "提示: 你可以使用之前定义的 clean_s() 来执行此操作" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [ "def clean_mono_corpus(prefix, l, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.zh').exists():\n", " print(f'{prefix}.clean.zh exists. skipping clean.')\n", " return\n", " with open(f'{prefix}', 'r') as l_in_f:\n", " with open(f'{prefix}.clean.zh', 'w') as l_out_f:\n", " for s in l_in_f:\n", " s = s.strip()\n", " s = clean_s(s, l)\n", " s_len = len_s(s, l)\n", " if min_len > 0: # remove short sentence\n", " if s_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s_len > max_len:\n", " continue\n", " print(s, file=l_out_f)\n", " \n", "\n", "mono_data_prefix = f'{mono_prefix}/ted_zh_corpus.deduped'\n", "clean_mono_corpus(mono_data_prefix, 'zh')" ] }, { "cell_type": "markdown", "metadata": { "tags": [] }, "source": [ "**生成伪翻译**" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "tags": [] }, "outputs": [], "source": [ "import os\n", "\n", "zh_path = mono_prefix / 'ted_zh_corpus.deduped.clean.zh'\n", "en_path = mono_prefix / 'ted_zh_corpus.deduped.clean.en'\n", "\n", "if en_path.exists():\n", " print(f\"{en_path} exists. skipping the generation of psuedo translation.\")\n", "\n", "with open(zh_path, 'r') as zh_f:\n", " with open(en_path, 'w') as en_f:\n", " for line in zh_f:\n", " line = line.strip()\n", " if line:\n", " # 用'_.'替换，得到一个伪翻译的字符串\n", " pseudo = '_.'\n", " # 将伪翻译的字符串写入目标文件中，并换行\n", " print(pseudo, file=en_f)\n", " # 如果这一行为空，直接换行\n", " else:\n", " print(file=en_f)" ] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: 子词单位\n", "\n", "使用后向模型的 spm 模型将数据标记为子词单位\n", "\n", "提示: spm 模型位于 DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [ "def spm_encode(prefix, vocab_size, mono_prefix):\n", " spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "\n", " in_path = mono_prefix / 'ted_zh_corpus.deduped.clean'\n", "\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = mono_prefix / f'mono.tok.{lang}'\n", " # if out_path.exists():\n", " # print(f\"{out_path} exists. skipping spm_encode.\")\n", " # else:\n", " with open(out_path, 'w') as out_f:\n", " with open(f'{in_path}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)\n", "\n", "spm_encode(prefix, vocab_size, mono_prefix)" ] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### 二值化\n", "\n", "使用 fairseq 去二值化数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: 用后向模型生成人造数据\n", "\n", "将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "\n", "例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "然后你可以使用 'generate_prediction(model, task, split=\"split_name\")' 来生成翻译的预测" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# 将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "# 例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# 提示: 在 split='mono' 上做预测来创建 prediction_file\n", "task.load_dataset(split=\"mono\", epoch=1)\n", "generate_prediction(model, task, split='mono', outfile='./prediction.txt' )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: 创建新的数据集\n", "\n", "1. 将预测数据和单语数据结合\n", "2. 使用原始的 spm 模型将数据 tokenize 为子词单位\n", "3. 使用 fairseq 将数据二值化" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# 将 prediction_file (.en) 和 mono.zh (.zh) 结合为新的数据集\n", "#\n", "# 提示: 用 spm 模型 tokenize prediction_file\n", "!cp ./prediction.txt {mono_prefix}/'ted_zh_corpus.deduped.clean.en'\n", "spm_encode(prefix, vocab_size, mono_prefix)\n", "# 输出: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# 提示: 使用 fairseq 再次二值化这两个文件\n", "binpath = Path('./DATA/data-bin/synthetic')\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# 根据上面准备的所有文件创建一个新的数据集\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "创建新数据集 \"ted2020_with_mono\"\n", "\n", "1. 修改 **config** 中的 datadir (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. 将 **config** 中的 source_lang 和 target_lang 进行切换 (\"en\", \"zh\")\n", "2. 更改 **config** 中的 savedir (例如: \"./checkpoints/transformer-bt\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/zh/HW05_Medium_zh_18.9.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Medium Baseline\n", "你可以通过搜索 \"Medium\" 来检查是哪些地方做了改变 (Ctrl + F 或者 Command + F)" ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# 作业描述\n", "- 英译中(繁体)\n", " - 输入: an English sentence (e.g.\t\ttom is a student .)\n", " - 输出: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - 训练一个 seq2seq 的简单的 RNN 模型来完成翻译\n", " - 转变模型架构为 transformer，提升性能\n", " - 使用 Back-translation 进一步提升性能" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Wed Nov 15 18:12:08 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 28C P8 20W / 170W | 367MiB / 12288MiB | 13% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1190 G /usr/lib/xorg/Xorg 153MiB |\n", "| 0 N/A N/A 1505 G /usr/bin/gnome-shell 24MiB |\n", "| 0 N/A N/A 1708 G ...nlogin/bin/sunloginclient 6MiB |\n", "| 0 N/A N/A 53123 G /usr/lib/firefox/firefox 180MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# 下载和导入需要的包" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159", "tags": [] }, "outputs": [], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# 固定随机数种子" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s", "tags": [] }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# 数据集\n", "\n", "## 英-中 对应的语料\n", "* TED2020\n", " - 原始: 400,726 (句子) \n", " - 处理后: 394,052 (句子)\n", " \n", "\n", "## 测试集\n", "- 大小: 4,000 (句子)\n", "- **没有提供中文的翻译。(.zh)文件是伪翻译，其中每一行是'。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## 数据集下载" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## 语言" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## 预处理文件\n", "- strQ2B(): 将全角字符转变为半角字符\n", "- clean_s(): 清洗文本，将逗号/破折号/空格等字符删除\n", "- len_s(): 返回文本长度\n", "- clean_corpus: 使用上面的函数对指定的文本文件进行清洗" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## 划分训练/验证集" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000～4000 就够用了\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## 子词单位\n", "不在词表中的单词（OOV）是机器翻译面临的主要问题。这个问题可以通过使用子词（subword）作为基本单位来缓解\n", "- 我们将使用 [sentencepiece](#kudo-richardson-2018-sentencepiece) 包\n", "- 选择 unigram 或者 byte-pair encoding (BPE) 算法" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## 数据二值化（使用 fairseq）\n", "配对源语言和目标语言的文件。\n", "\n", "如果没有对应的文件，就生成伪配对来方便二值化。" ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# 实验配置" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020\",\n", " savedir = \"./checkpoints/rnn\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # 设置取数据和处理数据时 cpu 的线程数\n", " num_workers=2,\n", " # batch size 按照 token 数量来计算。梯度累积可以增加有效的 batch size。\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # 学习率通过 Noam 调度器进行计算。你可以修改lr_factor来调整最大的学习率。\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # 梯度裁剪可以缓解梯度爆炸\n", " clip_norm=1.0,\n", "\n", " # 训练的最大轮数 (Medium)\n", " max_epoch=30,\n", " start_epoch=1,\n", "\n", " # 集束搜索中的 beam size\n", " beam=5,\n", " # 生成的序列的最大长度为 ax + b，其中 x 是源长度\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # 解码时，通过去除 sentencepiece 符号和 jieba 分词来后处理句子。\n", " post_process = \"sentencepiece\",\n", "\n", " # 检查点\n", " keep_last_epochs=5,\n", " resume=None, # if resume 则根据 checkpoint name 进行恢复（文件保存在 config.savedir 下）\n", "\n", " # 日志记录\n", " use_wandb=False,\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# 日志\n", "- logging 包用于记录普通的信息\n", "- wandb 记录训练过程中的损失/bleu等" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA 环境" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 18:13:17 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-15 18:13:17 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-15 18:13:17 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# 数据导入" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## 我们采用了 TranslationTask（来自 fairseq）\n", "* 用于加载上面创建的二值化数据\n", "* 实现数据迭代器（dataloader）\n", "* 内置的 task.source_dictionary 和 task.target_dictionary 也很有用\n", "* 实现集束搜索解码器" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 18:13:17 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-15 18:13:17 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 18:13:17 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-15 18:13:17 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.en\n", "2023-11-15 18:13:17 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.zh\n", "2023-11-15 18:13:17 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 train en-zh 390112 examples\n", "2023-11-15 18:13:17 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.en\n", "2023-11-15 18:13:17 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.zh\n", "2023-11-15 18:13:17 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# 数据集迭代器" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* 控制每个 batch 不超过 N 个 token，这样可以优化 GPU 内存效率\n", "* 在每个 epoch 都对训练集进行随机打乱\n", "* 忽略超过最大长度的句子\n", "* 将一个 batch 中的所有句子填充到相同的长度，这样可以利用 GPU 进行并行计算\n", "* 添加 eos 并移动一个 token\n", " - teacher forcing 技术: 为了训练模型根据前缀预测下一个 token，我们将移动后的目标序列作为解码器的输入。\n", " - 一般来说，在目标前面加上 bos 就可以了（如下图所示）\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - 但是在 fairseq 中，这是通过将 eos token 移动到开头来实现的。在实验上，这个操作拥有相同的效果。例如:\n", " ```\n", " # 目标输出（target）和解码器输入（prev_output_tokens）:\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 18:13:17 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-15 18:13:17 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-15 18:13:17 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-15 18:13:17 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-15 18:13:17 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # 如果设置为 False（cached=True），可以加快训练速度。\n", " # 但是，如果设置为 False，那么在第一次调用这个方法之后，再改变 max_tokens就没有效果了。\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# 模型架构\n", "* 我们再次继承 fairseq 的编码器、解码器和模型，以便在测试阶段可以直接利用 fairseq 的集束搜索解码器。" ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# 编码器" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- 编码器（Encoder）是一个循环神经网络（RNN）或者 Transformer 中的编码器。下面的描述是针对 RNN 的。对于每一个输入的 token，编码器会生成一个输出向量和一个隐藏状态向量，并且将隐藏状态向量传递给下一步。换句话说，编码器顺序地读入输入序列，并且在每一个时间步输出一个单独的向量，然后在最后一个时间步输出最终的隐藏状态，或者称为内容向量（content vector）。\n", "- 参数:\n", " - *args*\n", " - encoder_embed_dim: 嵌入的维度，将 one-hot 向量压缩到固定的维度，实现降维的效果\n", " - encoder_ffn_embed_dim: 隐藏状态和输出向量的维度\n", " - encoder_layers: RNN 编码器的层数\n", " - dropout 确定了一个神经元的激活值被设为 0 的概率，用于防止过拟合。通常这个参数在训练时使用，在测试时移除\n", " - *dictionary*: fairseq 提供的字典。它用于获取填充索引，进而得到编码器的填充掩码（encoder padding mask）\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "\n", "- Inputs:\n", " - *src_tokens*: 一个表示英语的整数序列，例如: 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: RNN 在每个时间步的输出，可以由注意力机制（Attention）进一步处理\n", " - *final_hiddens*: 每个时间步的隐藏状态，会被传递给解码器（decoder）进行解码\n", " - *encoder_padding_mask*: 这个参数告诉解码器哪些位置要忽略\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # 获取 embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # 经过双向的 RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # 由于编码器是双向的，我们需要将两个方向的隐藏状态连接起来\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## 注意力" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- 当输入序列很长时，单独的“内容向量”就不能准确地表示整个序列，注意力机制可以为解码器提供更多信息。\n", "- 根据当前时间步的**解码器embeddings**，将**编码器输出**与**解码器 embeddings** 进行匹配，确定相关性，然后将编码器输出按相关性加权求和作为**解码器** RNN 的输入。\n", "- 常见的注意力实现使用神经网络/点积作为 **query**（解码器 embeddings）和 **key**（编码器输出）之间的相关性，然后用 **softmax** 得到一个分布，最后用该分布对 **value**（编码器输出）进行**加权求和**。\n", "\n", "- 参数:\n", " - *input_embed_dim*: key 的维度，应该是解码器中用于 attend 其他向量的向量的维度\n", " - *source_embed_dim*: query 的维度，应该是被 attend 的向量（编码器输出）的维度\n", " - *output_embed_dim*: value 的维度，应该是 after attention 的向量的维度，符合下一层的期望,\n", "- Inputs:\n", " - *inputs*: key, 用于 attend 其他向量\n", " - *encoder_outputs*: query/value, 被 attend 的向量\n", " - *encoder_padding_mask*: 这个告诉解码器应该忽略那些位置\n", "- Outputs:\n", " - *output*: attention 后的上下文向量\n", " - *attention score*: attention 的分数\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # 将所有的输入的维度改为 batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # 投影到 encoder_outputs 的维度\n", " x = self.input_proj(inputs)\n", "\n", " # 计算 attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # 取消与 padding 相对应的位置的 attention\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # 在与源序列对应的维度上进行 softmax\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) 加权求和\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# 解码器" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* **解码器**的隐藏状态将由**编码器**的最终隐藏状态（the content vector）初始化\n", "* 同时，**解码器**会根据当前时间步的输入（前一时间步的输出）改变其隐藏状态，并生成一个输出\n", "* 注意力机制可以提高性能\n", "* seq2seq 的步骤是在解码器中实现的，这样以后 Seq2Seq 类可以接受 RNN 和 Transformer，而不需要进一步修改。\n", "- 参数:\n", " - *args*\n", " - decoder_embed_dim: 解码器嵌入的维度，类似于 encoder_embed_dim\n", " - decoder_ffn_embed_dim: 解码器 RNN 隐藏状态的维度，类似于 encoder_ffn_embed_dim\n", " - decoder_layers: RNN 解码器的层数\n", " - share_decoder_input_output_embed: 通常，解码器的投影矩阵会与解码器输入 embeddings 共享权重\n", " - *dictionary*: fairseq 提供的字典\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "- 输入:\n", " - *prev_output_tokens*: 表示右移目标的整数序列，例如: 1, 28, 29, 205, 2\n", " - *encoder_out*: 编码器的输出\n", " - *incremental_state*: 为了加速测试时的解码，我们会保存每个时间步的隐藏状态。详见forward()。\n", "- 输出:\n", " - *outputs*: 解码器在每个时间步的输出的对数（softmax之前）\n", " - *extra*: 未使用" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # 从编码器中提取输出\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # 如果保留了上一个时间步的信息，可以从那里继续，而不是从bos开始\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # 增量状态不存在，要么是训练时，要么是测试时的第一个时间步\n", " # 为seq2seq做准备：将编码器的隐藏状态传递给解码器的隐藏状态\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # 经过单向的 RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # 投影到 embedding size（如果隐藏状态与 embedding size 不同，并且 share_embedding 为True\n", " # 就需要做一个额外的投影）\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # 投影到 vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, 则记录当前时间步的隐藏状态，在下一个时间步恢复\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(self, incremental_state, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- 由**编码器**和**解码器**组成\n", "- 接收输入并传递给**编码器**\n", "- 将**编码器**的输出传递给**解码器**\n", "- **解码器**会根据前一时间步的输出以及**编码器**的输出进行解码\n", "- 解码完成后，返回**解码器**的输出" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# 模型初始化" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # 提示: transformer 架构\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # 提示: TODO: 转变为 TransformerEncoder & TransformerDecoder\n", " encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " # encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # 序列到序列的模型\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # 初始化 seq2seq 模型很重要, 需要额外的处理\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # 权重初始化\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## 架构相关配置\n", "\n", "为了达成 strong baseline，请参考 [Attention is all you need](#vaswani2017) 中表 3 中 *transformer-base* 的超参数" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=256,\n", " encoder_ffn_embed_dim=512,\n", " encoder_layers=1,\n", " decoder_embed_dim=256,\n", " decoder_ffn_embed_dim=1024,\n", " decoder_layers=1,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# 提示: 这些是 Transformer 的参数补丁\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=4\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=4\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # Transformer 默认参数的补丁（未在上面设置的参数）\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "# add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/torch/nn/modules/rnn.py:82: UserWarning: dropout option adds dropout after all but last recurrent layer, so non-zero dropout expects num_layers greater than 1, but got dropout=0.3 and num_layers=1\n", " warnings.warn(\"dropout option adds dropout after all but last \"\n", "2023-11-15 18:13:18 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): RNNEncoder(\n", " (embed_tokens): Embedding(7992, 256, padding_idx=1)\n", " (dropout_in_module): Dropout(p=0.3, inplace=False)\n", " (rnn): GRU(256, 512, dropout=0.3, bidirectional=True)\n", " (dropout_out_module): Dropout(p=0.3, inplace=False)\n", " )\n", " (decoder): RNNDecoder(\n", " (embed_tokens): Embedding(7992, 256, padding_idx=1)\n", " (dropout_in_module): Dropout(p=0.3, inplace=False)\n", " (rnn): GRU(256, 1024, dropout=0.3)\n", " (attention): AttentionLayer(\n", " (input_proj): Linear(in_features=256, out_features=1024, bias=False)\n", " (output_proj): Linear(in_features=1280, out_features=256, bias=False)\n", " )\n", " (dropout_out_module): Dropout(p=0.3, inplace=False)\n", " (project_out_dim): Linear(in_features=1024, out_features=256, bias=True)\n", " (output_projection): Linear(in_features=256, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# 优化" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## 损失(Loss): Label Smoothing Regularization\n", "* 让模型学习生成更少集中的分布，防止过度自信\n", "* 有时候正确答案可能不是唯一的。因此，在计算损失时，我们为错误标签保留一些概率。\n", "* 避免过拟合\n", "\n", "代码 [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood 负对数似然，当目标是 one-hot 时的交叉熵。下一行代码等同于F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # 保留一些其他标签的概率，这样在计算交叉熵的时候相当于对所有标签的对数概率求和\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # 在计算交叉熵的时候，增加其他标签的损失\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# 通常来说，0.1 已经足够好了\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ", "tags": [] }, "source": [ "## 优化器: Adam + 学习率调度 (Medium)\n", "在训练 Transformer 时，平方根倒数调度（Inverse square root scheduling）对于稳定性非常重要，在后面也用于RNN。\n", "根据以下公式更新学习率，第一阶段线性增加，然后按时间步的平方根倒数成比例衰减。\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "import math\n", "\n", "def get_rate(d_model, step_num, warmup_step):\n", " # TODO: 将 lr 从常数修改为上面显示的公式\n", " lr = 1.0 / math.sqrt(d_model) * min(1.0 / math.sqrt(step_num), step_num / (warmup_step * math.sqrt(warmup_step)))\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim 包装，用于实现 rate\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"将梯度乘以常数*c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"更新参数和 rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"实现上面的 `lrate`\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## 调度可视化" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# 训练过程" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## 训练" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # 梯度累积：每 accum_steps 个样本更新一次\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # 自动混合精度（amp）\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # 梯度累积：每 accum_steps 个样本更新一次\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # 在第一步之后清空 CUDA 缓存可以减少 OOM（out of memory）的机会\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # 混合精度训练\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # 日志记录\n", " accum_loss += loss.item()\n", " # 反向传播\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) 处理零梯度的情况\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # 梯度裁剪防止梯度爆炸\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # 日志记录\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## 验证 & 推测\n", "为了防止过拟合，每个训练周期都需要进行验证，以验证模型在未见过的数据上的性能。\n", "- 该过程与训练基本相同，只是多了一个推测步骤。\n", "- 在验证后，我们可以保存模型的权重。\n", "\n", "仅凭验证损失无法描述模型的实际性能\n", "- 基于当前模型直接生成翻译假设，然后使用参考翻译计算BLEU\n", "- 我们也可以手动检查假设的质量\n", "- 我们使用 fairseq 的序列生成器进行集束搜索以生成翻译假设。" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq 的集束搜索生成器\n", "# 给定模型和输入序列，通过集束搜索生成翻译假设\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # 将 Tensor 转换为人类可读的句子\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # 对于每个样本，收集输入、假设和参考，稍后用于计算 BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 表示使用集束中的最佳假设\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # 验证损失\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # 做推测\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # 显示 bleu 结果\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# 保存和加载模型权重\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # 保存 epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # 保存 epoch 样本\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # 获取最佳的验证 bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## 训练循环" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 18:13:19 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-15 18:13:19 | INFO | hw5.seq2seq | encoder: RNNEncoder\n", "2023-11-15 18:13:19 | INFO | hw5.seq2seq | decoder: RNNDecoder\n", "2023-11-15 18:13:19 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-15 18:13:19 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-15 18:13:19 | INFO | hw5.seq2seq | num. model params: 11,247,872 (num. trained: 11,247,872)\n", "2023-11-15 18:13:19 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 18:13:19 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-15 18:13:19 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-15 18:13:19 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-15 18:13:19 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-15 18:13:19 | WARNING | fairseq.tasks.fairseq_task | 1 samples have invalid sizes and will be skipped, max_positions=(1024, 1024), first few sample ids=[326653]\n", "2023-11-15 18:13:19 | INFO | hw5.seq2seq | no checkpoints found at checkpoints/rnn/checkpoint_last.pt!\n", "2023-11-15 18:13:19 | INFO | fairseq.data.iterators | grouped total_num_itrs = 790\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "train epoch 1: 0%| | 0/790 [00:00 1\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## 训练一个 backward translation 模型" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. 将 **config** 中的 source_lang 和 target_lang 进行切换\n", "2. 更改 **config** 中的 savedir(例如: \"./checkpoints/transformer-back\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## 用后向模型生成人造数据" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### 下载单语言数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: 清洗语料\n", "\n", "1. 移除太长或者太短的句子\n", "2. 统一标点符号\n", "\n", "提示: 你可以使用之前定义的 clean_s() 来执行此操作" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: 子词单位\n", "\n", "使用后向模型的 spm 模型将数据标记为子词单位\n", "\n", "提示: spm 模型位于 DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### 二值化\n", "\n", "使用 fairseq 去二值化数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: 用后向模型生成人造数据\n", "\n", "将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "\n", "例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "然后你可以使用 'generate_prediction(model, task, split=\"split_name\")' 来生成翻译的预测" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# 将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "# 例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: 在 split='mono' 上做预测来创建 prediction_file\n", "# generate_prediction( ... ,split=... ,outfile=... )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: 创建新的数据集\n", "\n", "1. 将预测数据和单语数据结合\n", "2. 使用原始的 spm 模型将数据 tokenize 为子词单位\n", "3. 使用 fairseq 将数据二值化" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# 将 prediction_file (.en) 和 mono.zh (.zh) 结合为新的数据集\n", "#\n", "# 提示: 用 spm 模型 tokenize prediction_file\n", "# spm_model.encode(line, out_type=str)\n", "# 输出: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# 提示: 使用 fairseq 再次二值化这两个文件\n", "# binpath = Path('./DATA/data-bin/synthetic')\n", "# src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "# tgt_dict_file = src_dict_file\n", "# monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "# if binpath.exists():\n", "# print(binpath, \"exists, will not overwrite!\")\n", "# else:\n", "# !python -m fairseq_cli.preprocess\\\n", "# --source-lang 'zh'\\\n", "# --target-lang 'en'\\\n", "# --trainpref {monopref}\\\n", "# --destdir {binpath}\\\n", "# --srcdict {src_dict_file}\\\n", "# --tgtdict {tgt_dict_file}\\\n", "# --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# 根据上面准备的所有文件创建一个新的数据集\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "创建新数据集 \"ted2020_with_mono\"\n", "\n", "1. 修改 **config** 中的 datadir (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. 将 **config** 中的 source_lang 和 target_lang 进行切换 (\"en\", \"zh\")\n", "2. 更改 **config** 中的 savedir (例如: \"./checkpoints/transformer-bt\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/zh/HW05_Simple_zh_16.63.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Simple Baseline\n", "只是运行了 sample code，在这里你可以直接看到运行的结果。" ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# 作业描述\n", "- 英译中(繁体)\n", " - 输入: an English sentence (e.g.\t\ttom is a student .)\n", " - 输出: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - 训练一个 seq2seq 的简单的 RNN 模型来完成翻译\n", " - 转变模型架构为 transformer，提升性能\n", " - 使用 Back-translation 进一步提升性能" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Mon Nov 13 12:18:46 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 29C P8 20W / 170W | 5155MiB / 12288MiB | 21% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1190 G /usr/lib/xorg/Xorg 168MiB |\n", "| 0 N/A N/A 1505 G /usr/bin/gnome-shell 31MiB |\n", "| 0 N/A N/A 1708 G ...nlogin/bin/sunloginclient 9MiB |\n", "| 0 N/A N/A 39568 G ...2gtk-4.0/WebKitWebProcess 11MiB |\n", "| 0 N/A N/A 53123 G /usr/lib/firefox/firefox 181MiB |\n", "| 0 N/A N/A 65640 C ...conda3/envs/DL/bin/python 4748MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# 下载和导入需要的包" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159", "tags": [] }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 12:20:41 | INFO | fairseq.tasks.text_to_speech | Please install tensorboardX: pip install tensorboardX\n" ] } ], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# 固定随机数种子" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s", "tags": [] }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# 数据集\n", "\n", "## 英-中 对应的语料\n", "* TED2020\n", " - 原始: 400,726 (句子) \n", " - 处理后: 394,052 (句子)\n", " \n", "\n", "## 测试集\n", "- 大小: 4,000 (句子)\n", "- **没有提供中文的翻译。(.zh)文件是伪翻译，其中每一行是'。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## 数据集下载" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "--2023-11-13 12:20:42-- https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\n", "Connecting to 127.0.0.1:7890... connected.\n", "Proxy request sent, awaiting response... 302 Found\n", "Location: 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‘/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/ted2020.tgz’ saved [72366080/72366080]\n", "\n", "raw.en\n", "raw.zh\n", "--2023-11-13 12:21:24-- https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\n", "Connecting to 127.0.0.1:7890... connected.\n", "Proxy request sent, awaiting response... 302 Found\n", "Location: https://objects.githubusercontent.com/github-production-release-asset-2e65be/607707172/e9e4475e-e6e9-4e60-8aab-0f4684e27e44?X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Credential=AKIAIWNJYAX4CSVEH53A%2F20231113%2Fus-east-1%2Fs3%2Faws4_request&X-Amz-Date=20231113T042124Z&X-Amz-Expires=300&X-Amz-Signature=99d6367035857a24ac7540016ece6dd6b2632b1955de7ac808eb794d1dc894ab&X-Amz-SignedHeaders=host&actor_id=0&key_id=0&repo_id=607707172&response-content-disposition=attachment%3B%20filename%3Dml2023.hw5.test.tgz&response-content-type=application%2Foctet-stream [following]\n", "--2023-11-13 12:21:24-- 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‘/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/test.tgz’ saved [409600/409600]\n", "\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## 语言" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## 预处理文件\n", "- strQ2B(): 将全角字符转变为半角字符\n", "- clean_s(): 清洗文本，将逗号/破折号/空格等字符删除\n", "- len_s(): 返回文本长度\n", "- clean_corpus: 使用上面的函数对指定的文本文件进行清洗" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## 划分训练/验证集" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000～4000 就够用了\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## 子词单位\n", "不在词表中的单词（OOV）是机器翻译面临的主要问题。这个问题可以通过使用子词（subword）作为基本单位来缓解\n", "- 我们将使用 [sentencepiece](#kudo-richardson-2018-sentencepiece) 包\n", "- 选择 unigram 或者 byte-pair encoding (BPE) 算法" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "sentencepiece_trainer.cc(77) LOG(INFO) Starts training with : \n", "trainer_spec {\n", " input: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.clean.en\n", " input: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.clean.en\n", " input: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.clean.zh\n", " input: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.clean.zh\n", " input_format: \n", " model_prefix: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/spm8000\n", " model_type: UNIGRAM\n", " vocab_size: 8000\n", " self_test_sample_size: 0\n", " character_coverage: 1\n", " input_sentence_size: 1000000\n", " shuffle_input_sentence: 1\n", " seed_sentencepiece_size: 1000000\n", " shrinking_factor: 0.75\n", " max_sentence_length: 4192\n", " num_threads: 16\n", " num_sub_iterations: 2\n", " max_sentencepiece_length: 16\n", " split_by_unicode_script: 1\n", " split_by_number: 1\n", " split_by_whitespace: 1\n", " split_digits: 0\n", " treat_whitespace_as_suffix: 0\n", " allow_whitespace_only_pieces: 0\n", " required_chars: \n", " byte_fallback: 0\n", " vocabulary_output_piece_score: 1\n", " train_extremely_large_corpus: 0\n", " hard_vocab_limit: 1\n", " use_all_vocab: 0\n", " unk_id: 0\n", " bos_id: 1\n", " eos_id: 2\n", " pad_id: -1\n", " unk_piece: \n", " bos_piece: \n", " eos_piece: \n", " pad_piece: \n", " unk_surface: ⁇ \n", " enable_differential_privacy: 0\n", " differential_privacy_noise_level: 0\n", " differential_privacy_clipping_threshold: 0\n", "}\n", "normalizer_spec {\n", " name: nmt_nfkc_cf\n", " add_dummy_prefix: 1\n", " remove_extra_whitespaces: 1\n", " escape_whitespaces: 1\n", " normalization_rule_tsv: \n", "}\n", "denormalizer_spec {}\n", "trainer_interface.cc(350) LOG(INFO) SentenceIterator is not specified. Using MultiFileSentenceIterator.\n", "trainer_interface.cc(181) LOG(INFO) Loading corpus: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.clean.en\n", "trainer_interface.cc(181) LOG(INFO) Loading corpus: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.clean.en\n", "trainer_interface.cc(181) LOG(INFO) Loading corpus: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.clean.zh\n", "trainer_interface.cc(181) LOG(INFO) Loading corpus: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.clean.zh\n", "trainer_interface.cc(406) LOG(INFO) Loaded all 788104 sentences\n", "trainer_interface.cc(422) LOG(INFO) Adding meta_piece: \n", "trainer_interface.cc(422) LOG(INFO) Adding meta_piece: \n", "trainer_interface.cc(422) LOG(INFO) Adding meta_piece: \n", "trainer_interface.cc(427) LOG(INFO) Normalizing sentences...\n", "trainer_interface.cc(536) LOG(INFO) all chars count=51443962\n", "trainer_interface.cc(547) LOG(INFO) Done: 100% characters are covered.\n", "trainer_interface.cc(557) LOG(INFO) Alphabet size=5987\n", "trainer_interface.cc(558) LOG(INFO) Final character coverage=1\n", "trainer_interface.cc(590) LOG(INFO) Done! preprocessed 788104 sentences.\n", "unigram_model_trainer.cc(146) LOG(INFO) Making suffix array...\n", "unigram_model_trainer.cc(150) LOG(INFO) Extracting frequent sub strings...\n", "unigram_model_trainer.cc(201) LOG(INFO) Initialized 1000000 seed sentencepieces\n", "trainer_interface.cc(596) LOG(INFO) Tokenizing input sentences with whitespace: 788104\n", "trainer_interface.cc(607) LOG(INFO) Done! 844374\n", "unigram_model_trainer.cc(491) LOG(INFO) Using 844374 sentences for EM training\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=576480 obj=13.8117 num_tokens=3909180 num_tokens/piece=6.78112\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=503627 obj=11.7042 num_tokens=3922540 num_tokens/piece=7.78858\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=376874 obj=11.6819 num_tokens=4017601 num_tokens/piece=10.6603\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=375625 obj=11.6563 num_tokens=4018927 num_tokens/piece=10.6993\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=281660 obj=11.7315 num_tokens=4169432 num_tokens/piece=14.8031\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=281582 obj=11.7059 num_tokens=4170004 num_tokens/piece=14.8092\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=211179 obj=11.8056 num_tokens=4342465 num_tokens/piece=20.563\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=211174 obj=11.7772 num_tokens=4342982 num_tokens/piece=20.5659\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=158379 obj=11.8934 num_tokens=4522465 num_tokens/piece=28.5547\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=158377 obj=11.8644 num_tokens=4522703 num_tokens/piece=28.5566\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=118782 obj=11.9983 num_tokens=4713496 num_tokens/piece=39.6819\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=118782 obj=11.9689 num_tokens=4713857 num_tokens/piece=39.6849\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=89086 obj=12.1227 num_tokens=4924973 num_tokens/piece=55.2834\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=89086 obj=12.0907 num_tokens=4925145 num_tokens/piece=55.2853\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=66814 obj=12.2688 num_tokens=5158833 num_tokens/piece=77.2119\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=66814 obj=12.2326 num_tokens=5158978 num_tokens/piece=77.214\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=50110 obj=12.4399 num_tokens=5415682 num_tokens/piece=108.076\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=50110 obj=12.3989 num_tokens=5415973 num_tokens/piece=108.082\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=37582 obj=12.6422 num_tokens=5705665 num_tokens/piece=151.819\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=37582 obj=12.5933 num_tokens=5705869 num_tokens/piece=151.825\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=28186 obj=12.8866 num_tokens=6032786 num_tokens/piece=214.035\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=28186 obj=12.8275 num_tokens=6032712 num_tokens/piece=214.032\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=21139 obj=13.192 num_tokens=6418740 num_tokens/piece=303.644\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=21139 obj=13.1188 num_tokens=6418722 num_tokens/piece=303.644\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=15854 obj=13.5938 num_tokens=6862673 num_tokens/piece=432.867\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=15854 obj=13.4992 num_tokens=6862589 num_tokens/piece=432.862\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=11890 obj=14.1524 num_tokens=7418874 num_tokens/piece=623.959\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=11890 obj=14.0214 num_tokens=7419710 num_tokens/piece=624.029\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=8917 obj=15.0586 num_tokens=8210830 num_tokens/piece=920.806\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=8917 obj=14.8401 num_tokens=8210707 num_tokens/piece=920.793\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=0 size=8800 obj=14.8908 num_tokens=8252365 num_tokens/piece=937.769\n", "unigram_model_trainer.cc(507) LOG(INFO) EM sub_iter=1 size=8800 obj=14.8794 num_tokens=8252375 num_tokens/piece=937.77\n", "trainer_interface.cc(685) LOG(INFO) Saving model: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/spm8000.model\n", "trainer_interface.cc(697) LOG(INFO) Saving vocabs: /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/spm8000.vocab\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## 数据二值化（使用 fairseq）\n", "配对源语言和目标语言的文件。\n", "\n", "如果没有对应的文件，就生成伪配对来方便二值化。" ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "2023-11-13 12:22:33 | INFO | fairseq.tasks.text_to_speech | Please install tensorboardX: pip install tensorboardX\n", "2023-11-13 12:22:33 | INFO | fairseq_cli.preprocess | Namespace(no_progress_bar=False, log_interval=100, log_format=None, log_file=None, aim_repo=None, aim_run_hash=None, tensorboard_logdir=None, wandb_project=None, azureml_logging=False, seed=1, cpu=False, tpu=False, bf16=False, memory_efficient_bf16=False, fp16=False, memory_efficient_fp16=False, fp16_no_flatten_grads=False, fp16_init_scale=128, fp16_scale_window=None, fp16_scale_tolerance=0.0, on_cpu_convert_precision=False, min_loss_scale=0.0001, threshold_loss_scale=None, amp=False, amp_batch_retries=2, amp_init_scale=128, amp_scale_window=None, user_dir=None, empty_cache_freq=0, all_gather_list_size=16384, model_parallel_size=1, quantization_config_path=None, profile=False, reset_logging=False, suppress_crashes=False, use_plasma_view=False, plasma_path='/tmp/plasma', criterion='cross_entropy', tokenizer=None, bpe=None, optimizer=None, lr_scheduler='fixed', scoring='bleu', task='translation', source_lang='en', target_lang='zh', trainpref='/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train', validpref='/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid', testpref='/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/test', align_suffix=None, destdir='DATA/data-bin/ted2020', thresholdtgt=0, thresholdsrc=0, tgtdict=None, srcdict=None, nwordstgt=-1, nwordssrc=-1, alignfile=None, dataset_impl='mmap', joined_dictionary=True, only_source=False, padding_factor=8, workers=2, dict_only=False)\n", "2023-11-13 12:22:44 | INFO | fairseq_cli.preprocess | [en] Dictionary: 7992 types\n", "2023-11-13 12:23:13 | INFO | fairseq_cli.preprocess | [en] /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.en: 390112 sents, 12211901 tokens, 0.0% replaced (by )\n", "2023-11-13 12:23:13 | INFO | fairseq_cli.preprocess | [en] Dictionary: 7992 types\n", "2023-11-13 12:23:13 | INFO | fairseq_cli.preprocess | [en] /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.en: 3940 sents, 121903 tokens, 0.0% replaced (by )\n", "2023-11-13 12:23:13 | INFO | fairseq_cli.preprocess | [en] Dictionary: 7992 types\n", "2023-11-13 12:23:14 | INFO | fairseq_cli.preprocess | [en] /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/test.en: 4000 sents, 126847 tokens, 0.0% replaced (by )\n", "2023-11-13 12:23:14 | INFO | fairseq_cli.preprocess | [zh] Dictionary: 7992 types\n", "2023-11-13 12:23:39 | INFO | fairseq_cli.preprocess | [zh] /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.zh: 390112 sents, 9538808 tokens, 0.0% replaced (by )\n", "2023-11-13 12:23:39 | INFO | fairseq_cli.preprocess | [zh] Dictionary: 7992 types\n", "2023-11-13 12:23:40 | INFO | fairseq_cli.preprocess | [zh] /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.zh: 3940 sents, 95167 tokens, 0.0147% replaced (by )\n", "2023-11-13 12:23:40 | INFO | fairseq_cli.preprocess | [zh] Dictionary: 7992 types\n", "2023-11-13 12:23:40 | INFO | fairseq_cli.preprocess | [zh] /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/test.zh: 4000 sents, 8000 tokens, 0.0% replaced (by )\n", "2023-11-13 12:23:40 | INFO | fairseq_cli.preprocess | Wrote preprocessed data to DATA/data-bin/ted2020\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# 实验配置" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020\",\n", " savedir = \"./checkpoints/rnn\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # 设置取数据和处理数据时 cpu 的线程数\n", " num_workers=2,\n", " # batch size 按照 token 数量来计算。梯度累积可以增加有效的 batch size。\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # 学习率通过 Noam 调度器进行计算。你可以修改lr_factor来调整最大的学习率。\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # 梯度裁剪可以缓解梯度爆炸\n", " clip_norm=1.0,\n", "\n", " # 训练的最大轮数\n", " max_epoch=15,\n", " start_epoch=1,\n", "\n", " # 集束搜索中的 beam size\n", " beam=5,\n", " # 生成的序列的最大长度为 ax + b，其中 x 是源长度\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # 解码时，通过去除 sentencepiece 符号和 jieba 分词来后处理句子。\n", " post_process = \"sentencepiece\",\n", "\n", " # 检查点\n", " keep_last_epochs=5,\n", " resume=None, # if resume 则根据 checkpoint name 进行恢复（文件保存在 config.savedir 下）\n", "\n", " # 日志记录\n", " use_wandb=False,\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# 日志\n", "- logging 包用于记录普通的信息\n", "- wandb 记录训练过程中的损失/bleu等" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA 环境" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 12:23:40 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-13 12:23:40 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-13 12:23:40 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# 数据导入" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## 我们采用了 TranslationTask（来自 fairseq）\n", "* 用于加载上面创建的二值化数据\n", "* 实现数据迭代器（dataloader）\n", "* 内置的 task.source_dictionary 和 task.target_dictionary 也很有用\n", "* 实现集束搜索解码器" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 12:23:40 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-13 12:23:40 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 12:23:40 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-13 12:23:40 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.en\n", "2023-11-13 12:23:40 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.zh\n", "2023-11-13 12:23:40 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 train en-zh 390112 examples\n", "2023-11-13 12:23:40 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.en\n", "2023-11-13 12:23:40 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.zh\n", "2023-11-13 12:23:40 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# 数据集迭代器" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* 控制每个 batch 不超过 N 个 token，这样可以优化 GPU 内存效率\n", "* 在每个 epoch 都对训练集进行随机打乱\n", "* 忽略超过最大长度的句子\n", "* 将一个 batch 中的所有句子填充到相同的长度，这样可以利用 GPU 进行并行计算\n", "* 添加 eos 并移动一个 token\n", " - teacher forcing 技术: 为了训练模型根据前缀预测下一个 token，我们将移动后的目标序列作为解码器的输入。\n", " - 一般来说，在目标前面加上 bos 就可以了（如下图所示）\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - 但是在 fairseq 中，这是通过将 eos token 移动到开头来实现的。在实验上，这个操作拥有相同的效果。例如:\n", " ```\n", " # 目标输出（target）和解码器输入（prev_output_tokens）:\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 12:23:40 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-13 12:23:40 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-13 12:23:40 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-13 12:23:40 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-13 12:23:40 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # 如果设置为 False（cached=True），可以加快训练速度。\n", " # 但是，如果设置为 False，那么在第一次调用这个方法之后，再改变 max_tokens就没有效果了。\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# 模型架构\n", "* 我们再次继承 fairseq 的编码器、解码器和模型，以便在测试阶段可以直接利用 fairseq 的集束搜索解码器。" ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# 编码器" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- 编码器（Encoder）是一个循环神经网络（RNN）或者 Transformer 中的编码器。下面的描述是针对 RNN 的。对于每一个输入的 token，编码器会生成一个输出向量和一个隐藏状态向量，并且将隐藏状态向量传递给下一步。换句话说，编码器顺序地读入输入序列，并且在每一个时间步输出一个单独的向量，然后在最后一个时间步输出最终的隐藏状态，或者称为内容向量（content vector）。\n", "- 参数:\n", " - *args*\n", " - encoder_embed_dim: 嵌入的维度，将 one-hot 向量压缩到固定的维度，实现降维的效果\n", " - encoder_ffn_embed_dim: 隐藏状态和输出向量的维度\n", " - encoder_layers: RNN 编码器的层数\n", " - dropout 确定了一个神经元的激活值被设为 0 的概率，用于防止过拟合。通常这个参数在训练时使用，在测试时移除\n", " - *dictionary*: fairseq 提供的字典。它用于获取填充索引，进而得到编码器的填充掩码（encoder padding mask）\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "\n", "- Inputs:\n", " - *src_tokens*: 一个表示英语的整数序列，例如: 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: RNN 在每个时间步的输出，可以由注意力机制（Attention）进一步处理\n", " - *final_hiddens*: 每个时间步的隐藏状态，会被传递给解码器（decoder）进行解码\n", " - *encoder_padding_mask*: 这个参数告诉解码器哪些位置要忽略\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # 获取 embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # 经过双向的 RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # 由于编码器是双向的，我们需要将两个方向的隐藏状态连接起来\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## 注意力" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- 当输入序列很长时，单独的“内容向量”就不能准确地表示整个序列，注意力机制可以为解码器提供更多信息。\n", "- 根据当前时间步的**解码器embeddings**，将**编码器输出**与**解码器 embeddings** 进行匹配，确定相关性，然后将编码器输出按相关性加权求和作为**解码器** RNN 的输入。\n", "- 常见的注意力实现使用神经网络/点积作为 **query**（解码器 embeddings）和 **key**（编码器输出）之间的相关性，然后用 **softmax** 得到一个分布，最后用该分布对 **value**（编码器输出）进行**加权求和**。\n", "\n", "- 参数:\n", " - *input_embed_dim*: key 的维度，应该是解码器中用于 attend 其他向量的向量的维度\n", " - *source_embed_dim*: query 的维度，应该是被 attend 的向量（编码器输出）的维度\n", " - *output_embed_dim*: value 的维度，应该是 after attention 的向量的维度，符合下一层的期望,\n", "- Inputs:\n", " - *inputs*: key, 用于 attend 其他向量\n", " - *encoder_outputs*: query/value, 被 attend 的向量\n", " - *encoder_padding_mask*: 这个告诉解码器应该忽略那些位置\n", "- Outputs:\n", " - *output*: attention 后的上下文向量\n", " - *attention score*: attention 的分数\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # 将所有的输入的维度改为 batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # 投影到 encoder_outputs 的维度\n", " x = self.input_proj(inputs)\n", "\n", " # 计算 attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # 取消与 padding 相对应的位置的 attention\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # 在与源序列对应的维度上进行 softmax\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) 加权求和\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# 解码器" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* **解码器**的隐藏状态将由**编码器**的最终隐藏状态（the content vector）初始化\n", "* 同时，**解码器**会根据当前时间步的输入（前一时间步的输出）改变其隐藏状态，并生成一个输出\n", "* 注意力机制可以提高性能\n", "* seq2seq 的步骤是在解码器中实现的，这样以后 Seq2Seq 类可以接受 RNN 和 Transformer，而不需要进一步修改。\n", "- 参数:\n", " - *args*\n", " - decoder_embed_dim: 解码器嵌入的维度，类似于 encoder_embed_dim\n", " - decoder_ffn_embed_dim: 解码器 RNN 隐藏状态的维度，类似于 encoder_ffn_embed_dim\n", " - decoder_layers: RNN 解码器的层数\n", " - share_decoder_input_output_embed: 通常，解码器的投影矩阵会与解码器输入 embeddings 共享权重\n", " - *dictionary*: fairseq 提供的字典\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "- 输入:\n", " - *prev_output_tokens*: 表示右移目标的整数序列，例如: 1, 28, 29, 205, 2\n", " - *encoder_out*: 编码器的输出\n", " - *incremental_state*: 为了加速测试时的解码，我们会保存每个时间步的隐藏状态。详见forward()。\n", "- 输出:\n", " - *outputs*: 解码器在每个时间步的输出的对数（softmax之前）\n", " - *extra*: 未使用" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # 从编码器中提取输出\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # 如果保留了上一个时间步的信息，可以从那里继续，而不是从bos开始\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # 增量状态不存在，要么是训练时，要么是测试时的第一个时间步\n", " # 为seq2seq做准备：将编码器的隐藏状态传递给解码器的隐藏状态\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # 经过单向的 RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # 投影到 embedding size（如果隐藏状态与 embedding size 不同，并且 share_embedding 为True\n", " # 就需要做一个额外的投影）\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # 投影到 vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, 则记录当前时间步的隐藏状态，在下一个时间步恢复\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(self, incremental_state, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- 由**编码器**和**解码器**组成\n", "- 接收输入并传递给**编码器**\n", "- 将**编码器**的输出传递给**解码器**\n", "- **解码器**会根据前一时间步的输出以及**编码器**的输出进行解码\n", "- 解码完成后，返回**解码器**的输出" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# 模型初始化" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # 提示: transformer 架构\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # 提示: TODO: 转变为 TransformerEncoder & TransformerDecoder\n", " encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " # encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # 序列到序列的模型\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # 初始化 seq2seq 模型很重要, 需要额外的处理\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # 权重初始化\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## 架构相关配置\n", "\n", "为了达成 strong baseline，请参考 [Attention is all you need](#vaswani2017) 中表 3 中 *transformer-base* 的超参数" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=256,\n", " encoder_ffn_embed_dim=512,\n", " encoder_layers=1,\n", " decoder_embed_dim=256,\n", " decoder_ffn_embed_dim=1024,\n", " decoder_layers=1,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# 提示: 这些是 Transformer 的参数补丁\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=4\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=4\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # Transformer 默认参数的补丁（未在上面设置的参数）\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "# add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/torch/nn/modules/rnn.py:82: UserWarning: dropout option adds dropout after all but last recurrent layer, so non-zero dropout expects num_layers greater than 1, but got dropout=0.3 and num_layers=1\n", " warnings.warn(\"dropout option adds dropout after all but last \"\n", "2023-11-13 12:23:41 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): RNNEncoder(\n", " (embed_tokens): Embedding(7992, 256, padding_idx=1)\n", " (dropout_in_module): Dropout(p=0.3, inplace=False)\n", " (rnn): GRU(256, 512, dropout=0.3, bidirectional=True)\n", " (dropout_out_module): Dropout(p=0.3, inplace=False)\n", " )\n", " (decoder): RNNDecoder(\n", " (embed_tokens): Embedding(7992, 256, padding_idx=1)\n", " (dropout_in_module): Dropout(p=0.3, inplace=False)\n", " (rnn): GRU(256, 1024, dropout=0.3)\n", " (attention): AttentionLayer(\n", " (input_proj): Linear(in_features=256, out_features=1024, bias=False)\n", " (output_proj): Linear(in_features=1280, out_features=256, bias=False)\n", " )\n", " (dropout_out_module): Dropout(p=0.3, inplace=False)\n", " (project_out_dim): Linear(in_features=1024, out_features=256, bias=True)\n", " (output_projection): Linear(in_features=256, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# 优化" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## 损失(Loss): Label Smoothing Regularization\n", "* 让模型学习生成更少集中的分布，防止过度自信\n", "* 有时候正确答案可能不是唯一的。因此，在计算损失时，我们为错误标签保留一些概率。\n", "* 避免过拟合\n", "\n", "代码 [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood 负对数似然，当目标是 one-hot 时的交叉熵。下一行代码等同于F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # 保留一些其他标签的概率，这样在计算交叉熵的时候相当于对所有标签的对数概率求和\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # 在计算交叉熵的时候，增加其他标签的损失\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# 通常来说，0.1 已经足够好了\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ", "tags": [] }, "source": [ "## 优化器: Adam + 学习率调度\n", "在训练 Transformer 时，平方根倒数调度（Inverse square root scheduling）对于稳定性非常重要，在后面也用于RNN。\n", "根据以下公式更新学习率，第一阶段线性增加，然后按时间步的平方根倒数成比例衰减。\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "def get_rate(d_model, step_num, warmup_step):\n", " # TODO: 将 lr 从常数修改为上面显示的公式\n", " lr = 0.001\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim 包装，用于实现 rate\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"将梯度乘以常数*c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"更新参数和 rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"实现上面的 `lrate`\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## 调度可视化" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", "text/plain": [ "
" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# 训练过程" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## 训练" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # 梯度累积：每 accum_steps 个样本更新一次\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # 自动混合精度（amp）\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # 梯度累积：每 accum_steps 个样本更新一次\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # 在第一步之后清空 CUDA 缓存可以减少 OOM（out of memory）的机会\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # 混合精度训练\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # 日志记录\n", " accum_loss += loss.item()\n", " # 反向传播\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) 处理零梯度的情况\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # 梯度裁剪防止梯度爆炸\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # 日志记录\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## 验证 & 推测\n", "为了防止过拟合，每个训练周期都需要进行验证，以验证模型在未见过的数据上的性能。\n", "- 该过程与训练基本相同，只是多了一个推测步骤。\n", "- 在验证后，我们可以保存模型的权重。\n", "\n", "仅凭验证损失无法描述模型的实际性能\n", "- 基于当前模型直接生成翻译假设，然后使用参考翻译计算BLEU\n", "- 我们也可以手动检查假设的质量\n", "- 我们使用 fairseq 的序列生成器进行集束搜索以生成翻译假设。" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq 的集束搜索生成器\n", "# 给定模型和输入序列，通过集束搜索生成翻译假设\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # 将 Tensor 转换为人类可读的句子\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # 对于每个样本，收集输入、假设和参考，稍后用于计算 BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 表示使用集束中的最佳假设\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # 验证损失\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # 做推测\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # 显示 bleu 结果\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# 保存和加载模型权重\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # 保存 epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # 保存 epoch 样本\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # 获取最佳的验证 bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## 训练循环" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 12:23:42 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-13 12:23:42 | INFO | hw5.seq2seq | encoder: RNNEncoder\n", "2023-11-13 12:23:42 | INFO | hw5.seq2seq | decoder: RNNDecoder\n", "2023-11-13 12:23:42 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-13 12:23:42 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-13 12:23:42 | INFO | hw5.seq2seq | num. model params: 11,247,872 (num. trained: 11,247,872)\n", "2023-11-13 12:23:42 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-13 12:23:42 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-13 12:23:42 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-13 12:23:42 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-13 12:23:42 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-13 12:23:42 | WARNING | fairseq.tasks.fairseq_task | 1 samples have invalid sizes and will be skipped, max_positions=(1024, 1024), first few sample ids=[326653]\n", "2023-11-13 12:23:42 | INFO | hw5.seq2seq | no checkpoints found at checkpoints/rnn/checkpoint_last.pt!\n", "2023-11-13 12:23:42 | INFO | fairseq.data.iterators | grouped total_num_itrs = 790\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "train epoch 1: 0%| | 0/790 [00:00 1\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## 训练一个 backward translation 模型" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. 将 **config** 中的 source_lang 和 target_lang 进行切换\n", "2. 更改 **config** 中的 savedir(例如: \"./checkpoints/transformer-back\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## 用后向模型生成人造数据" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### 下载单语言数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: 清洗语料\n", "\n", "1. 移除太长或者太短的句子\n", "2. 统一标点符号\n", "\n", "提示: 你可以使用之前定义的 clean_s() 来执行此操作" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: 子词单位\n", "\n", "使用后向模型的 spm 模型将数据标记为子词单位\n", "\n", "提示: spm 模型位于 DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### 二值化\n", "\n", "使用 fairseq 去二值化数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: 用后向模型生成人造数据\n", "\n", "将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "\n", "例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "然后你可以使用 'generate_prediction(model, task, split=\"split_name\")' 来生成翻译的预测" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# 将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "# 例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: 在 split='mono' 上做预测来创建 prediction_file\n", "# generate_prediction( ... ,split=... ,outfile=... )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: 创建新的数据集\n", "\n", "1. 将预测数据和单语数据结合\n", "2. 使用原始的 spm 模型将数据 tokenize 为子词单位\n", "3. 使用 fairseq 将数据二值化" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# 将 prediction_file (.en) 和 mono.zh (.zh) 结合为新的数据集\n", "#\n", "# 提示: 用 spm 模型 tokenize prediction_file\n", "# spm_model.encode(line, out_type=str)\n", "# 输出: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# 提示: 使用 fairseq 再次二值化这两个文件\n", "# binpath = Path('./DATA/data-bin/synthetic')\n", "# src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "# tgt_dict_file = src_dict_file\n", "# monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "# if binpath.exists():\n", "# print(binpath, \"exists, will not overwrite!\")\n", "# else:\n", "# !python -m fairseq_cli.preprocess\\\n", "# --source-lang 'zh'\\\n", "# --target-lang 'en'\\\n", "# --trainpref {monopref}\\\n", "# --destdir {binpath}\\\n", "# --srcdict {src_dict_file}\\\n", "# --tgtdict {tgt_dict_file}\\\n", "# --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# 根据上面准备的所有文件创建一个新的数据集\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "创建新数据集 \"ted2020_with_mono\"\n", "\n", "1. 修改 **config** 中的 datadir (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. 将 **config** 中的 source_lang 和 target_lang 进行切换 (\"en\", \"zh\")\n", "2. 更改 **config** 中的 savedir (例如: \"./checkpoints/transformer-bt\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/zh/HW05_Strong-zh_24.91.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Strong Baseline\n", "你可以通过搜索 \"Strong\" 来检查是哪些地方做了改变 (Ctrl + F 或者 Command + F)" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Wed Nov 15 19:32:49 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.89.02 Driver Version: 525.89.02 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 NVIDIA GeForce ... Off | 00000000:01:00.0 On | N/A |\n", "| 0% 33C P8 20W / 170W | 355MiB / 12288MiB | 10% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| 0 N/A N/A 1190 G /usr/lib/xorg/Xorg 150MiB |\n", "| 0 N/A N/A 1505 G /usr/bin/gnome-shell 24MiB |\n", "| 0 N/A N/A 1708 G ...nlogin/bin/sunloginclient 6MiB |\n", "| 0 N/A N/A 53123 G /usr/lib/firefox/firefox 170MiB |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# 作业描述\n", "- 英译中(繁体)\n", " - 输入: an English sentence (e.g.\t\ttom is a student .)\n", " - 输出: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - 训练一个 seq2seq 的简单的 RNN 模型来完成翻译\n", " - 转变模型架构为 transformer，提升性能\n", " - 使用 Back-translation 进一步提升性能" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# 下载和导入需要的包" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159", "tags": [] }, "outputs": [], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# 固定随机数种子" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "xllxxyWxqI7s", "tags": [] }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# 数据集\n", "\n", "## 英-中 对应的语料\n", "* TED2020\n", " - 原始: 400,726 (句子) \n", " - 处理后: 394,052 (句子)\n", " \n", "\n", "## 测试集\n", "- 大小: 4,000 (句子)\n", "- **没有提供中文的翻译。(.zh)文件是伪翻译，其中每一行是'。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## 数据集下载" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "raw.en\n", "raw.zh\n", "test.en\n", "test.zh\n" ] } ], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## 语言" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much, Chris.\n", "And it's truly a great honor to have the opportunity to come to this stage twice; I'm extremely grateful.\n", "I have been blown away by this conference, and I want to thank all of you for the many nice comments about what I had to say the other night.\n", "And I say that sincerely, partly because I need that.\n", "Put yourselves in my position.\n", "非常謝謝你，克里斯。能有這個機會第二度踏上這個演講台\n", "真是一大榮幸。我非常感激。\n", "這個研討會給我留下了極為深刻的印象，我想感謝大家 對我之前演講的好評。\n", "我是由衷的想這麼說，有部份原因是因為 —— 我真的有需要!\n", "請你們設身處地為我想一想！\n" ] } ], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## 预处理文件\n", "- strQ2B(): 将全角字符转变为半角字符\n", "- clean_s(): 清洗文本，将逗号/破折号/空格等字符删除\n", "- len_s(): 返回文本长度\n", "- clean_corpus: 使用上面的函数对指定的文本文件进行清洗" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train_dev.raw.clean.en & zh exists. skipping clean.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/test.raw.clean.en & zh exists. skipping clean.\n" ] } ], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Thank you so much , Chris .\n", "And it's truly a great honor to have the opportunity to come to this stage twice ; I'm extremely grateful .\n", "I have been blown away by this conference , and I want to thank all of you for the many nice comments about what I had to say the other night .\n", "And I say that sincerely , partly because I need that .\n", "Put yourselves in my position .\n", "非常謝謝你 , 克里斯 。 能有這個機會第二度踏上這個演講台\n", "真是一大榮幸 。 我非常感激 。\n", "這個研討會給我留下了極為深刻的印象 , 我想感謝大家對我之前演講的好評 。\n", "我是由衷的想這麼說 , 有部份原因是因為我真的有需要 !\n", "請你們設身處地為我想一想 !\n" ] } ], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## 划分训练/验证集" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000～4000 就够用了\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "train/valid splits exists. skipping split.\n" ] } ], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## 子词单位\n", "不在词表中的单词（OOV）是机器翻译面临的主要问题。这个问题可以通过使用子词（subword）作为基本单位来缓解\n", "- 我们将使用 [sentencepiece](#kudo-richardson-2018-sentencepiece) 包\n", "- 选择 unigram 或者 byte-pair encoding (BPE) 算法" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/spm8000.model exists. skipping spm_train.\n" ] } ], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/train.zh exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.en exists. skipping spm_encode.\n", "/home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW05/zh/DATA/rawdata/ted2020/valid.zh exists. skipping spm_encode.\n" ] } ], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "▁thank ▁you ▁so ▁much ▁, ▁chris ▁.\n", "▁and ▁it ' s ▁tr u ly ▁a ▁great ▁ho n or ▁to ▁have ▁the ▁ op port un ity ▁to ▁come ▁to ▁this ▁st age ▁ t wi ce ▁; ▁i ' m ▁ex t re me ly ▁gr ate ful ▁.\n", "▁i ▁have ▁been ▁ bl own ▁away ▁by ▁this ▁con fer ence ▁, ▁and ▁i ▁want ▁to ▁thank ▁all ▁of ▁you ▁for ▁the ▁many ▁ ni ce ▁ com ment s ▁about ▁what ▁i ▁had ▁to ▁say ▁the ▁other ▁night ▁.\n", "▁and ▁i ▁say ▁that ▁since re ly ▁, ▁part ly ▁because ▁i ▁need ▁that ▁.\n", "▁put ▁your s el ve s ▁in ▁my ▁po s ition ▁.\n", "▁ 非常 謝 謝 你 ▁, ▁ 克 里 斯 ▁。 ▁ 能 有 這個 機會 第二 度 踏 上 這個 演講 台\n", "▁ 真 是 一 大 榮 幸 ▁。 ▁我 非常 感 激 ▁。\n", "▁這個 研 討 會 給我 留 下 了 極 為 深 刻 的 印 象 ▁, ▁我想 感 謝 大家 對我 之前 演講 的 好 評 ▁。\n", "▁我 是由 衷 的 想 這麼 說 ▁, ▁有 部份 原因 是因為 我 真的 有 需要 ▁!\n", "▁ 請 你們 設 身 處 地 為 我想 一 想 ▁!\n" ] } ], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## 数据二值化（使用 fairseq）\n", "配对源语言和目标语言的文件。\n", "\n", "如果没有对应的文件，就生成伪配对来方便二值化。" ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "DATA/data-bin/ted2020 exists, will not overwrite!\n" ] } ], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# 实验配置" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020\",\n", " savedir = \"./checkpoints/transformer\", # Strong\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # 设置取数据和处理数据时 cpu 的线程数\n", " num_workers=2,\n", " # batch size 按照 token 数量来计算。梯度累积可以增加有效的 batch size。\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # 学习率通过 Noam 调度器进行计算。你可以修改lr_factor来调整最大的学习率。\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # 梯度裁剪可以缓解梯度爆炸\n", " clip_norm=1.0,\n", "\n", " # 训练的最大轮数\n", " max_epoch=10,\n", " start_epoch=1,\n", "\n", " # 集束搜索中的 beam size\n", " beam=5,\n", " # 生成的序列的最大长度为 ax + b，其中 x 是源长度\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # 解码时，通过去除 sentencepiece 符号和 jieba 分词来后处理句子。\n", " post_process = \"sentencepiece\",\n", "\n", " # 检查点\n", " keep_last_epochs=5,\n", " resume=None, # if resume 则根据 checkpoint name 进行恢复（文件保存在 config.savedir 下）\n", "\n", " # 日志记录\n", " use_wandb=False,\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# 日志\n", "- logging 包用于记录普通的信息\n", "- wandb 记录训练过程中的损失/bleu等" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA 环境" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 19:33:59 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n", "2023-11-15 19:33:59 | INFO | fairseq.utils | rank 0: capabilities = 8.6 ; total memory = 11.759 GB ; name = NVIDIA GeForce RTX 3060 \n", "2023-11-15 19:33:59 | INFO | fairseq.utils | ***********************CUDA enviroments for all 1 workers***********************\n" ] } ], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# 数据导入" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## 我们采用了 TranslationTask（来自 fairseq）\n", "* 用于加载上面创建的二值化数据\n", "* 实现数据迭代器（dataloader）\n", "* 内置的 task.source_dictionary 和 task.target_dictionary 也很有用\n", "* 实现集束搜索解码器" ] }, { "cell_type": "code", "execution_count": 21, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 19:33:59 | INFO | fairseq.tasks.translation | [en] dictionary: 7992 types\n", "2023-11-15 19:33:59 | INFO | fairseq.tasks.translation | [zh] dictionary: 7992 types\n" ] } ], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 19:33:59 | INFO | hw5.seq2seq | loading data for epoch 1\n", "2023-11-15 19:33:59 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.en\n", "2023-11-15 19:33:59 | INFO | fairseq.data.data_utils | loaded 390,112 examples from: ./DATA/data-bin/ted2020/train.en-zh.zh\n", "2023-11-15 19:33:59 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 train en-zh 390112 examples\n", "2023-11-15 19:33:59 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.en\n", "2023-11-15 19:33:59 | INFO | fairseq.data.data_utils | loaded 3,940 examples from: ./DATA/data-bin/ted2020/valid.en-zh.zh\n", "2023-11-15 19:33:59 | INFO | fairseq.tasks.translation | ./DATA/data-bin/ted2020 valid en-zh 3940 examples\n" ] } ], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "{'id': 1,\n", " 'source': tensor([ 24, 63, 5, 90, 1323, 143, 140, 184, 281, 37, 8, 81,\n", " 254, 11, 80, 55, 12, 376, 20, 155, 60, 1007, 98, 587,\n", " 76, 256, 6, 98, 1465, 7, 2]),\n", " 'target': tensor([ 162, 116, 3756, 364, 158, 3055, 2925, 9, 2547, 4, 596, 123,\n", " 1518, 455, 667, 64, 406, 566, 74, 1908, 3790, 191, 10, 2])}\n", "('Source: you can throw out crazy theories and not have to back it up with '\n", " 'data or graphs or research .')\n", "'Target: 你能拋開這些瘋狂的理論 , 不用數據圖表、或研究來支撐它 。'\n" ] } ], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# 数据集迭代器" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* 控制每个 batch 不超过 N 个 token，这样可以优化 GPU 内存效率\n", "* 在每个 epoch 都对训练集进行随机打乱\n", "* 忽略超过最大长度的句子\n", "* 将一个 batch 中的所有句子填充到相同的长度，这样可以利用 GPU 进行并行计算\n", "* 添加 eos 并移动一个 token\n", " - teacher forcing 技术: 为了训练模型根据前缀预测下一个 token，我们将移动后的目标序列作为解码器的输入。\n", " - 一般来说，在目标前面加上 bos 就可以了（如下图所示）\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - 但是在 fairseq 中，这是通过将 eos token 移动到开头来实现的。在实验上，这个操作拥有相同的效果。例如:\n", " ```\n", " # 目标输出（target）和解码器输入（prev_output_tokens）:\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 19:33:59 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = False\n", "2023-11-15 19:33:59 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-15 19:33:59 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-15 19:33:59 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-15 19:33:59 | WARNING | fairseq.tasks.fairseq_task | 2,494 samples have invalid sizes and will be skipped, max_positions=(20, 20), first few sample ids=[1856, 2936, 3373, 918, 3863, 3540, 1791, 1246, 1790, 251]\n" ] }, { "data": { "text/plain": [ "{'id': tensor([3381]),\n", " 'nsentences': 1,\n", " 'ntokens': 12,\n", " 'net_input': {'src_tokens': tensor([[ 11, 260, 296, 4, 16, 1083, 19, 14, 34, 233, 4, 260,\n", " 1604, 105, 7, 2]]),\n", " 'src_lengths': tensor([16]),\n", " 'prev_output_tokens': tensor([[ 2, 1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10,\n", " 1, 1, 1, 1]])},\n", " 'target': tensor([[1612, 4, 2475, 1797, 4, 241, 470, 2203, 2835, 35, 10, 2,\n", " 1, 1, 1, 1]])}" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # 如果设置为 False（cached=True），可以加快训练速度。\n", " # 但是，如果设置为 False，那么在第一次调用这个方法之后，再改变 max_tokens就没有效果了。\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# 模型架构\n", "* 我们再次继承 fairseq 的编码器、解码器和模型，以便在测试阶段可以直接利用 fairseq 的集束搜索解码器。" ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# 编码器" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- 编码器（Encoder）是一个循环神经网络（RNN）或者 Transformer 中的编码器。下面的描述是针对 RNN 的。对于每一个输入的 token，编码器会生成一个输出向量和一个隐藏状态向量，并且将隐藏状态向量传递给下一步。换句话说，编码器顺序地读入输入序列，并且在每一个时间步输出一个单独的向量，然后在最后一个时间步输出最终的隐藏状态，或者称为内容向量（content vector）。\n", "- 参数:\n", " - *args*\n", " - encoder_embed_dim: 嵌入的维度，将 one-hot 向量压缩到固定的维度，实现降维的效果\n", " - encoder_ffn_embed_dim: 隐藏状态和输出向量的维度\n", " - encoder_layers: RNN 编码器的层数\n", " - dropout 确定了一个神经元的激活值被设为 0 的概率，用于防止过拟合。通常这个参数在训练时使用，在测试时移除\n", " - *dictionary*: fairseq 提供的字典。它用于获取填充索引，进而得到编码器的填充掩码（encoder padding mask）\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "\n", "- Inputs:\n", " - *src_tokens*: 一个表示英语的整数序列，例如: 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: RNN 在每个时间步的输出，可以由注意力机制（Attention）进一步处理\n", " - *final_hiddens*: 每个时间步的隐藏状态，会被传递给解码器（decoder）进行解码\n", " - *encoder_padding_mask*: 这个参数告诉解码器哪些位置要忽略\n" ] }, { "cell_type": "code", "execution_count": 26, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # 获取 embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # 经过双向的 RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # 由于编码器是双向的，我们需要将两个方向的隐藏状态连接起来\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## 注意力" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- 当输入序列很长时，单独的“内容向量”就不能准确地表示整个序列，注意力机制可以为解码器提供更多信息。\n", "- 根据当前时间步的**解码器embeddings**，将**编码器输出**与**解码器 embeddings** 进行匹配，确定相关性，然后将编码器输出按相关性加权求和作为**解码器** RNN 的输入。\n", "- 常见的注意力实现使用神经网络/点积作为 **query**（解码器 embeddings）和 **key**（编码器输出）之间的相关性，然后用 **softmax** 得到一个分布，最后用该分布对 **value**（编码器输出）进行**加权求和**。\n", "\n", "- 参数:\n", " - *input_embed_dim*: key 的维度，应该是解码器中用于 attend 其他向量的向量的维度\n", " - *source_embed_dim*: query 的维度，应该是被 attend 的向量（编码器输出）的维度\n", " - *output_embed_dim*: value 的维度，应该是 after attention 的向量的维度，符合下一层的期望,\n", "- Inputs:\n", " - *inputs*: key, 用于 attend 其他向量\n", " - *encoder_outputs*: query/value, 被 attend 的向量\n", " - *encoder_padding_mask*: 这个告诉解码器应该忽略那些位置\n", "- Outputs:\n", " - *output*: attention 后的上下文向量\n", " - *attention score*: attention 的分数\n" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # 将所有的输入的维度改为 batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # 投影到 encoder_outputs 的维度\n", " x = self.input_proj(inputs)\n", "\n", " # 计算 attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # 取消与 padding 相对应的位置的 attention\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # 在与源序列对应的维度上进行 softmax\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) 加权求和\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# 解码器" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* **解码器**的隐藏状态将由**编码器**的最终隐藏状态（the content vector）初始化\n", "* 同时，**解码器**会根据当前时间步的输入（前一时间步的输出）改变其隐藏状态，并生成一个输出\n", "* 注意力机制可以提高性能\n", "* seq2seq 的步骤是在解码器中实现的，这样以后 Seq2Seq 类可以接受 RNN 和 Transformer，而不需要进一步修改。\n", "- 参数:\n", " - *args*\n", " - decoder_embed_dim: 解码器嵌入的维度，类似于 encoder_embed_dim\n", " - decoder_ffn_embed_dim: 解码器 RNN 隐藏状态的维度，类似于 encoder_ffn_embed_dim\n", " - decoder_layers: RNN 解码器的层数\n", " - share_decoder_input_output_embed: 通常，解码器的投影矩阵会与解码器输入 embeddings 共享权重\n", " - *dictionary*: fairseq 提供的字典\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "- 输入:\n", " - *prev_output_tokens*: 表示右移目标的整数序列，例如: 1, 28, 29, 205, 2\n", " - *encoder_out*: 编码器的输出\n", " - *incremental_state*: 为了加速测试时的解码，我们会保存每个时间步的隐藏状态。详见forward()。\n", "- 输出:\n", " - *outputs*: 解码器在每个时间步的输出的对数（softmax之前）\n", " - *extra*: 未使用" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # 从编码器中提取输出\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # 如果保留了上一个时间步的信息，可以从那里继续，而不是从bos开始\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # 增量状态不存在，要么是训练时，要么是测试时的第一个时间步\n", " # 为seq2seq做准备：将编码器的隐藏状态传递给解码器的隐藏状态\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # 经过单向的 RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # 投影到 embedding size（如果隐藏状态与 embedding size 不同，并且 share_embedding 为True\n", " # 就需要做一个额外的投影）\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # 投影到 vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, 则记录当前时间步的隐藏状态，在下一个时间步恢复\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(self, incremental_state, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- 由**编码器**和**解码器**组成\n", "- 接收输入并传递给**编码器**\n", "- 将**编码器**的输出传递给**解码器**\n", "- **解码器**会根据前一时间步的输出以及**编码器**的输出进行解码\n", "- 解码完成后，返回**解码器**的输出" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# 模型初始化 (Strong)" ] }, { "cell_type": "code", "execution_count": 30, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # 提示: transformer 架构\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # 提示: TODO: 转变为 TransformerEncoder & TransformerDecoder\n", " # encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # 序列到序列的模型\n", " model = Seq2Seq(args, encoder, decoder)\n", " \n", " # 初始化 seq2seq 模型很重要, 需要额外的处理\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # 权重初始化\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## 架构相关配置 (Strong)\n", "\n", "为了达成 strong baseline，请参考 [Attention is all you need](#vaswani2017) 中表 3 中 *transformer-base* 的超参数" ] }, { "cell_type": "code", "execution_count": 31, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=512,\n", " encoder_ffn_embed_dim=2048,\n", " encoder_layers=6,\n", " decoder_embed_dim=512,\n", " decoder_ffn_embed_dim=2048,\n", " decoder_layers=6,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# 提示: 这些是 Transformer 的参数补丁\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=8\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=8\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # Transformer 默认参数的补丁（未在上面设置的参数）\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": 32, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": 33, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 19:34:00 | INFO | hw5.seq2seq | Seq2Seq(\n", " (encoder): TransformerEncoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerEncoderLayerBase(\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (dropout_module): FairseqDropout()\n", " (activation_dropout_module): FairseqDropout()\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " (decoder): TransformerDecoder(\n", " (dropout_module): FairseqDropout()\n", " (embed_tokens): Embedding(7992, 512, padding_idx=1)\n", " (embed_positions): SinusoidalPositionalEmbedding()\n", " (layers): ModuleList(\n", " (0-5): 6 x TransformerDecoderLayerBase(\n", " (dropout_module): FairseqDropout()\n", " (self_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (activation_dropout_module): FairseqDropout()\n", " (self_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (encoder_attn): MultiheadAttention(\n", " (dropout_module): FairseqDropout()\n", " (k_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (v_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (q_proj): Linear(in_features=512, out_features=512, bias=True)\n", " (out_proj): Linear(in_features=512, out_features=512, bias=True)\n", " )\n", " (encoder_attn_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (fc1): Linear(in_features=512, out_features=2048, bias=True)\n", " (fc2): Linear(in_features=2048, out_features=512, bias=True)\n", " (final_layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " )\n", " )\n", " (layer_norm): LayerNorm((512,), eps=1e-05, elementwise_affine=True)\n", " (output_projection): Linear(in_features=512, out_features=7992, bias=False)\n", " )\n", ")\n" ] } ], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# 优化" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## 损失(Loss): Label Smoothing Regularization\n", "* 让模型学习生成更少集中的分布，防止过度自信\n", "* 有时候正确答案可能不是唯一的。因此，在计算损失时，我们为错误标签保留一些概率。\n", "* 避免过拟合\n", "\n", "代码 [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": 34, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood 负对数似然，当目标是 one-hot 时的交叉熵。下一行代码等同于F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # 保留一些其他标签的概率，这样在计算交叉熵的时候相当于对所有标签的对数概率求和\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # 在计算交叉熵的时候，增加其他标签的损失\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# 通常来说，0.1 已经足够好了\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ", "tags": [] }, "source": [ "## 优化器: Adam + 学习率调度\n", "在训练 Transformer 时，平方根倒数调度（Inverse square root scheduling）对于稳定性非常重要，在后面也用于RNN。\n", "根据以下公式更新学习率，第一阶段线性增加，然后按时间步的平方根倒数成比例衰减。\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": 35, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "import math\n", "\n", "def get_rate(d_model, step_num, warmup_step):\n", " lr = 1.0 / math.sqrt(d_model) * min(1.0 / math.sqrt(step_num), step_num / (warmup_step * math.sqrt(warmup_step)))\n", " return lr" ] }, { "cell_type": "code", "execution_count": 36, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim 包装，用于实现 rate\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"将梯度乘以常数*c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"更新参数和 rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"实现上面的 `lrate`\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## 调度可视化" ] }, { "cell_type": "code", "execution_count": 37, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [ { "data": { "image/png": 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", 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" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# 训练过程" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## 训练" ] }, { "cell_type": "code", "execution_count": 38, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # 梯度累积：每 accum_steps 个样本更新一次\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # 自动混合精度（amp）\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # 梯度累积：每 accum_steps 个样本更新一次\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # 在第一步之后清空 CUDA 缓存可以减少 OOM（out of memory）的机会\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # 混合精度训练\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # 日志记录\n", " accum_loss += loss.item()\n", " # 反向传播\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) 处理零梯度的情况\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # 梯度裁剪防止梯度爆炸\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # 日志记录\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## 验证 & 推测\n", "为了防止过拟合，每个训练周期都需要进行验证，以验证模型在未见过的数据上的性能。\n", "- 该过程与训练基本相同，只是多了一个推测步骤。\n", "- 在验证后，我们可以保存模型的权重。\n", "\n", "仅凭验证损失无法描述模型的实际性能\n", "- 基于当前模型直接生成翻译假设，然后使用参考翻译计算BLEU\n", "- 我们也可以手动检查假设的质量\n", "- 我们使用 fairseq 的序列生成器进行集束搜索以生成翻译假设。" ] }, { "cell_type": "code", "execution_count": 39, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq 的集束搜索生成器\n", "# 给定模型和输入序列，通过集束搜索生成翻译假设\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # 将 Tensor 转换为人类可读的句子\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # 对于每个样本，收集输入、假设和参考，稍后用于计算 BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 表示使用集束中的最佳假设\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": 40, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # 验证损失\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # 做推测\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # 显示 bleu 结果\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# 保存和加载模型权重\n" ] }, { "cell_type": "code", "execution_count": 41, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # 保存 epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # 保存 epoch 样本\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # 获取最佳的验证 bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## 训练循环" ] }, { "cell_type": "code", "execution_count": 42, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": 43, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 19:34:00 | INFO | hw5.seq2seq | task: TranslationTask\n", "2023-11-15 19:34:00 | INFO | hw5.seq2seq | encoder: TransformerEncoder\n", "2023-11-15 19:34:00 | INFO | hw5.seq2seq | decoder: TransformerDecoder\n", "2023-11-15 19:34:00 | INFO | hw5.seq2seq | criterion: LabelSmoothedCrossEntropyCriterion\n", "2023-11-15 19:34:00 | INFO | hw5.seq2seq | optimizer: NoamOpt\n", "2023-11-15 19:34:00 | INFO | hw5.seq2seq | num. model params: 52,324,352 (num. trained: 52,324,352)\n", "2023-11-15 19:34:00 | INFO | hw5.seq2seq | max tokens per batch = 8192, accumulate steps = 2\n" ] } ], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": 44, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2023-11-15 19:34:00 | INFO | fairseq.tasks.fairseq_task | can_reuse_epoch_itr = True\n", "2023-11-15 19:34:00 | INFO | fairseq.tasks.fairseq_task | reuse_dataloader = True\n", "2023-11-15 19:34:00 | INFO | fairseq.tasks.fairseq_task | rebuild_batches = False\n", "2023-11-15 19:34:00 | INFO | fairseq.tasks.fairseq_task | creating new batches for epoch 1\n", "2023-11-15 19:34:00 | WARNING | fairseq.tasks.fairseq_task | 1 samples have invalid sizes and will be skipped, max_positions=(1024, 1024), first few sample ids=[326653]\n", "2023-11-15 19:34:00 | INFO | hw5.seq2seq | no checkpoints found at checkpoints/transformer/checkpoint_last.pt!\n", "2023-11-15 19:34:00 | INFO | fairseq.data.iterators | grouped total_num_itrs = 790\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "", "version_major": 2, "version_minor": 0 }, "text/plain": [ "train epoch 1: 0%| | 0/790 [00:00 1\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m\n", "\u001b[0;31mRuntimeError\u001b[0m: No active exception to reraise" ] } ], "source": [ "raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## 训练一个 backward translation 模型" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. 将 **config** 中的 source_lang 和 target_lang 进行切换\n", "2. 更改 **config** 中的 savedir(例如: \"./checkpoints/transformer-back\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## 用后向模型生成人造数据" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### 下载单语言数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: 清洗语料\n", "\n", "1. 移除太长或者太短的句子\n", "2. 统一标点符号\n", "\n", "提示: 你可以使用之前定义的 clean_s() 来执行此操作" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: 子词单位\n", "\n", "使用后向模型的 spm 模型将数据标记为子词单位\n", "\n", "提示: spm 模型位于 DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### 二值化\n", "\n", "使用 fairseq 去二值化数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: 用后向模型生成人造数据\n", "\n", "将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "\n", "例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "然后你可以使用 'generate_prediction(model, task, split=\"split_name\")' 来生成翻译的预测" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# 将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "# 例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: 在 split='mono' 上做预测来创建 prediction_file\n", "# generate_prediction( ... ,split=... ,outfile=... )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: 创建新的数据集\n", "\n", "1. 将预测数据和单语数据结合\n", "2. 使用原始的 spm 模型将数据 tokenize 为子词单位\n", "3. 使用 fairseq 将数据二值化" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# 将 prediction_file (.en) 和 mono.zh (.zh) 结合为新的数据集\n", "#\n", "# 提示: 用 spm 模型 tokenize prediction_file\n", "# spm_model.encode(line, out_type=str)\n", "# 输出: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# 提示: 使用 fairseq 再次二值化这两个文件\n", "# binpath = Path('./DATA/data-bin/synthetic')\n", "# src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "# tgt_dict_file = src_dict_file\n", "# monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "# if binpath.exists():\n", "# print(binpath, \"exists, will not overwrite!\")\n", "# else:\n", "# !python -m fairseq_cli.preprocess\\\n", "# --source-lang 'zh'\\\n", "# --target-lang 'en'\\\n", "# --trainpref {monopref}\\\n", "# --destdir {binpath}\\\n", "# --srcdict {src_dict_file}\\\n", "# --tgtdict {tgt_dict_file}\\\n", "# --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# 根据上面准备的所有文件创建一个新的数据集\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "创建新数据集 \"ted2020_with_mono\"\n", "\n", "1. 修改 **config** 中的 datadir (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. 将 **config** 中的 source_lang 和 target_lang 进行切换 (\"en\", \"zh\")\n", "2. 更改 **config** 中的 savedir (例如: \"./checkpoints/transformer-bt\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW05/zh/HW05_sample_code_zh.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "AFEKWoh3p1Mv" }, "source": [ "# 作业描述\n", "- 英译中(繁体)\n", " - 输入: an English sentence (e.g.\t\ttom is a student .)\n", " - 输出: the Chinese translation (e.g. \t\t湯姆 是 個 學生 。)\n", "\n", "- TODO\n", " - 训练一个 seq2seq 的简单的 RNN 模型来完成翻译\n", " - 转变模型架构为 transformer，提升性能\n", " - 使用 Back-translation 进一步提升性能" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "background_save": true }, "id": "3Vf1Q79XPQ3D", "outputId": "29b944cd-90f2-47b4-901e-0f267baa2e30" }, "outputs": [], "source": [ "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "59neB_Sxp5Ub" }, "source": [ "# 下载和导入需要的包" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "rRlFbfFRpZYT", "outputId": "c2e805a7-0964-4191-82d0-3466b6d0c10e" }, "outputs": [], "source": [ "!pip install 'torch>=1.6.0' editdistance matplotlib sacrebleu sacremoses sentencepiece tqdm wandb\n", "!pip install --upgrade jupyter ipywidgets" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fSksMTdmp-Wt", "outputId": "f54c747c-2b8f-4fb5-b87e-a293194d217d" }, "outputs": [], "source": [ "!git clone https://github.com/pytorch/fairseq.git\n", "!cd fairseq && git checkout 3f6ba43\n", "!pip install --upgrade ./fairseq/" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "uRLTiuIuqGNc", "outputId": "d23f6974-20ef-40eb-d0cb-11e8a0b48159", "tags": [] }, "outputs": [], "source": [ "import sys\n", "import pdb\n", "import pprint\n", "import logging\n", "import os\n", "import random\n", "\n", "import torch\n", "import torch.nn as nn\n", "import torch.nn.functional as F\n", "from torch.utils import data\n", "import numpy as np\n", "import tqdm.auto as tqdm\n", "from pathlib import Path\n", "from argparse import Namespace\n", "from fairseq import utils\n", "\n", "import matplotlib.pyplot as plt" ] }, { "cell_type": "markdown", "metadata": { "id": "0n07Za1XqJzA" }, "source": [ "# 固定随机数种子" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "xllxxyWxqI7s", "tags": [] }, "outputs": [], "source": [ "seed = 33\n", "random.seed(seed)\n", "torch.manual_seed(seed)\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", "np.random.seed(seed)\n", "torch.backends.cudnn.benchmark = False\n", "torch.backends.cudnn.deterministic = True" ] }, { "cell_type": "markdown", "metadata": { "id": "N5ORDJ-2qdYw" }, "source": [ "# 数据集\n", "\n", "## 英-中 对应的语料\n", "* TED2020\n", " - 原始: 400,726 (句子) \n", " - 处理后: 394,052 (句子)\n", " \n", "\n", "## 测试集\n", "- 大小: 4,000 (句子)\n", "- **没有提供中文的翻译。(.zh)文件是伪翻译，其中每一行是'。'**" ] }, { "cell_type": "markdown", "metadata": { "id": "GQw2mY4Dqkzd" }, "source": [ "## 数据集下载" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "SXT42xQtqijD" }, "outputs": [], "source": [ "data_dir = './DATA/rawdata'\n", "dataset_name = 'ted2020'\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.data.tgz\",\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ml2023.hw5.test.tgz\"\n", ")\n", "file_names = (\n", " 'ted2020.tgz', # train & dev\n", " 'test.tgz', # test\n", ")\n", "prefix = Path(data_dir).absolute() / dataset_name\n", "\n", "prefix.mkdir(parents=True, exist_ok=True)\n", "for u, f in zip(urls, file_names):\n", " path = prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", "!mv {prefix/'raw.en'} {prefix/'train_dev.raw.en'}\n", "!mv {prefix/'raw.zh'} {prefix/'train_dev.raw.zh'}\n", "!mv {prefix/'test.en'} {prefix/'test.raw.en'}\n", "!mv {prefix/'test.zh'} {prefix/'test.raw.zh'}" ] }, { "cell_type": "markdown", "metadata": { "id": "YLkJwNiFrIwZ" }, "source": [ "## 语言" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "_uJYkCncrKJb" }, "outputs": [], "source": [ "src_lang = 'en'\n", "tgt_lang = 'zh'\n", "\n", "data_prefix = f'{prefix}/train_dev.raw'\n", "test_prefix = f'{prefix}/test.raw'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "0t2CPt1brOT3" }, "outputs": [], "source": [ "!head {data_prefix+'.'+src_lang} -n 5\n", "!head {data_prefix+'.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "pRoE9UK7r1gY" }, "source": [ "## 预处理文件\n", "- strQ2B(): 将全角字符转变为半角字符\n", "- clean_s(): 清洗文本，将逗号/破折号/空格等字符删除\n", "- len_s(): 返回文本长度\n", "- clean_corpus: 使用上面的函数对指定的文本文件进行清洗" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3tzFwtnFrle3" }, "outputs": [], "source": [ "import re\n", "\n", "def strQ2B(ustring):\n", " \"\"\"Full width -> half width\"\"\"\n", " # reference:https://ithelp.ithome.com.tw/articles/10233122\n", " ss = []\n", " for s in ustring:\n", " rstring = \"\"\n", " for uchar in s:\n", " inside_code = ord(uchar)\n", " if inside_code == 12288: # Full width space: direct conversion\n", " inside_code = 32\n", " elif (inside_code >= 65281 and inside_code <= 65374): # Full width chars (except space) conversion\n", " inside_code -= 65248\n", " rstring += chr(inside_code)\n", " ss.append(rstring)\n", " return ''.join(ss)\n", "\n", "def clean_s(s, lang):\n", " if lang == 'en':\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace('-', '') # remove '-'\n", " s = re.sub('([.,;!?()\\\"])', r' \\1 ', s) # keep punctuation\n", " elif lang == 'zh':\n", " s = strQ2B(s) # Q2B\n", " s = re.sub(r\"\\([^()]*\\)\", \"\", s) # remove ([text])\n", " s = s.replace(' ', '')\n", " s = s.replace('—', '')\n", " s = s.replace('“', '\"')\n", " s = s.replace('”', '\"')\n", " s = s.replace('_', '')\n", " s = re.sub('([。,;!?()\\\"~「」])', r' \\1 ', s) # keep punctuation\n", " s = ' '.join(s.strip().split())\n", " return s\n", "\n", "def len_s(s, lang):\n", " if lang == 'zh':\n", " return len(s)\n", " return len(s.split())\n", "\n", "def clean_corpus(prefix, l1, l2, ratio=9, max_len=1000, min_len=1):\n", " if Path(f'{prefix}.clean.{l1}').exists() and Path(f'{prefix}.clean.{l2}').exists():\n", " print(f'{prefix}.clean.{l1} & {l2} exists. skipping clean.')\n", " return\n", " with open(f'{prefix}.{l1}', 'r') as l1_in_f:\n", " with open(f'{prefix}.{l2}', 'r') as l2_in_f:\n", " with open(f'{prefix}.clean.{l1}', 'w') as l1_out_f:\n", " with open(f'{prefix}.clean.{l2}', 'w') as l2_out_f:\n", " for s1 in l1_in_f:\n", " s1 = s1.strip()\n", " s2 = l2_in_f.readline().strip()\n", " s1 = clean_s(s1, l1)\n", " s2 = clean_s(s2, l2)\n", " s1_len = len_s(s1, l1)\n", " s2_len = len_s(s2, l2)\n", " if min_len > 0: # remove short sentence\n", " if s1_len < min_len or s2_len < min_len:\n", " continue\n", " if max_len > 0: # remove long sentence\n", " if s1_len > max_len or s2_len > max_len:\n", " continue\n", " if ratio > 0: # remove by ratio of length\n", " if s1_len/s2_len > ratio or s2_len/s1_len > ratio:\n", " continue\n", " print(s1, file=l1_out_f)\n", " print(s2, file=l2_out_f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "h_i8b1PRr9Nf" }, "outputs": [], "source": [ "clean_corpus(data_prefix, src_lang, tgt_lang)\n", "clean_corpus(test_prefix, src_lang, tgt_lang, ratio=-1, min_len=-1, max_len=-1)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "gjT3XCy9r_rj" }, "outputs": [], "source": [ "!head {data_prefix+'.clean.'+src_lang} -n 5\n", "!head {data_prefix+'.clean.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "nKb4u67-sT_Z" }, "source": [ "## 划分训练/验证集" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "AuFKeDz3sGHL" }, "outputs": [], "source": [ "valid_ratio = 0.01 # 3000～4000 就够用了\n", "train_ratio = 1 - valid_ratio" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "QR2NVldqsXyY" }, "outputs": [], "source": [ "if (prefix/f'train.clean.{src_lang}').exists() \\\n", "and (prefix/f'train.clean.{tgt_lang}').exists() \\\n", "and (prefix/f'valid.clean.{src_lang}').exists() \\\n", "and (prefix/f'valid.clean.{tgt_lang}').exists():\n", " print(f'train/valid splits exists. skipping split.')\n", "else:\n", " line_num = sum(1 for line in open(f'{data_prefix}.clean.{src_lang}'))\n", " labels = list(range(line_num))\n", " random.shuffle(labels)\n", " for lang in [src_lang, tgt_lang]:\n", " train_f = open(os.path.join(data_dir, dataset_name, f'train.clean.{lang}'), 'w')\n", " valid_f = open(os.path.join(data_dir, dataset_name, f'valid.clean.{lang}'), 'w')\n", " count = 0\n", " for line in open(f'{data_prefix}.clean.{lang}', 'r'):\n", " if labels[count]/line_num < train_ratio:\n", " train_f.write(line)\n", " else:\n", " valid_f.write(line)\n", " count += 1\n", " train_f.close()\n", " valid_f.close()" ] }, { "cell_type": "markdown", "metadata": { "id": "n1rwQysTsdJq" }, "source": [ "## 子词单位\n", "不在词表中的单词（OOV）是机器翻译面临的主要问题。这个问题可以通过使用子词（subword）作为基本单位来缓解\n", "- 我们将使用 [sentencepiece](#kudo-richardson-2018-sentencepiece) 包\n", "- 选择 unigram 或者 byte-pair encoding (BPE) 算法" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Ecwllsa7sZRA" }, "outputs": [], "source": [ "import sentencepiece as spm\n", "vocab_size = 8000\n", "if (prefix/f'spm{vocab_size}.model').exists():\n", " print(f'{prefix}/spm{vocab_size}.model exists. skipping spm_train.')\n", "else:\n", " spm.SentencePieceTrainer.train(\n", " input=','.join([f'{prefix}/train.clean.{src_lang}',\n", " f'{prefix}/valid.clean.{src_lang}',\n", " f'{prefix}/train.clean.{tgt_lang}',\n", " f'{prefix}/valid.clean.{tgt_lang}']),\n", " model_prefix=prefix/f'spm{vocab_size}',\n", " vocab_size=vocab_size,\n", " character_coverage=1,\n", " model_type='unigram', # 'bpe' works as well\n", " input_sentence_size=1e6,\n", " shuffle_input_sentence=True,\n", " normalization_rule_name='nmt_nfkc_cf',\n", " )" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "lQPRNldqse_V" }, "outputs": [], "source": [ "spm_model = spm.SentencePieceProcessor(model_file=str(prefix/f'spm{vocab_size}.model'))\n", "in_tag = {\n", " 'train': 'train.clean',\n", " 'valid': 'valid.clean',\n", " 'test': 'test.raw.clean',\n", "}\n", "for split in ['train', 'valid', 'test']:\n", " for lang in [src_lang, tgt_lang]:\n", " out_path = prefix/f'{split}.{lang}'\n", " if out_path.exists():\n", " print(f\"{out_path} exists. skipping spm_encode.\")\n", " else:\n", " with open(prefix/f'{split}.{lang}', 'w') as out_f:\n", " with open(prefix/f'{in_tag[split]}.{lang}', 'r') as in_f:\n", " for line in in_f:\n", " line = line.strip()\n", " tok = spm_model.encode(line, out_type=str)\n", " print(' '.join(tok), file=out_f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "4j6lXHjAsjXa" }, "outputs": [], "source": [ "!head {data_dir+'/'+dataset_name+'/train.'+src_lang} -n 5\n", "!head {data_dir+'/'+dataset_name+'/train.'+tgt_lang} -n 5" ] }, { "cell_type": "markdown", "metadata": { "id": "59si_C0Wsms7" }, "source": [ "## 数据二值化（使用 fairseq）\n", "配对源语言和目标语言的文件。\n", "\n", "如果没有对应的文件，就生成伪配对来方便二值化。" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "w-cHVLSpsknh" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', dataset_name)\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess \\\n", " --source-lang {src_lang}\\\n", " --target-lang {tgt_lang}\\\n", " --trainpref {prefix/'train'}\\\n", " --validpref {prefix/'valid'}\\\n", " --testpref {prefix/'test'}\\\n", " --destdir {binpath}\\\n", " --joined-dictionary\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "szMuH1SWLPWA" }, "source": [ "# 实验配置" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "5Luz3_tVLUxs" }, "outputs": [], "source": [ "config = Namespace(\n", " datadir = \"./DATA/data-bin/ted2020\",\n", " savedir = \"./checkpoints/rnn\",\n", " source_lang = src_lang,\n", " target_lang = tgt_lang,\n", "\n", " # 设置取数据和处理数据时 cpu 的线程数\n", " num_workers=2,\n", " # batch size 按照 token 数量来计算。梯度累积可以增加有效的 batch size。\n", " max_tokens=8192,\n", " accum_steps=2,\n", "\n", " # 学习率通过 Noam 调度器进行计算。你可以修改lr_factor来调整最大的学习率。\n", " lr_factor=2.,\n", " lr_warmup=4000,\n", "\n", " # 梯度裁剪可以缓解梯度爆炸\n", " clip_norm=1.0,\n", "\n", " # 训练的最大轮数\n", " max_epoch=15,\n", " start_epoch=1,\n", "\n", " # 集束搜索中的 beam size\n", " beam=5,\n", " # 生成的序列的最大长度为 ax + b，其中 x 是源长度\n", " max_len_a=1.2,\n", " max_len_b=10,\n", " # 解码时，通过去除 sentencepiece 符号和 jieba 分词来后处理句子。\n", " post_process = \"sentencepiece\",\n", "\n", " # 检查点\n", " keep_last_epochs=5,\n", " resume=None, # if resume 则根据 checkpoint name 进行恢复（文件保存在 config.savedir 下）\n", "\n", " # 日志记录\n", " use_wandb=False,\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "cjrJFvyQLg86" }, "source": [ "# 日志\n", "- logging 包用于记录普通的信息\n", "- wandb 记录训练过程中的损失/bleu等" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "-ZiMyDWALbDk" }, "outputs": [], "source": [ "logging.basicConfig(\n", " format=\"%(asctime)s | %(levelname)s | %(name)s | %(message)s\",\n", " datefmt=\"%Y-%m-%d %H:%M:%S\",\n", " level=\"INFO\", # \"DEBUG\" \"WARNING\" \"ERROR\"\n", " stream=sys.stdout,\n", ")\n", "proj = \"hw5.seq2seq\"\n", "logger = logging.getLogger(proj)\n", "if config.use_wandb:\n", " import wandb\n", " wandb.init(project=proj, name=Path(config.savedir).stem, config=config)" ] }, { "cell_type": "markdown", "metadata": { "id": "BNoSkK45Lmqc" }, "source": [ "# CUDA 环境" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "oqrsbmcoLqMl" }, "outputs": [], "source": [ "cuda_env = utils.CudaEnvironment()\n", "utils.CudaEnvironment.pretty_print_cuda_env_list([cuda_env])\n", "device = torch.device('cuda:0' if torch.cuda.is_available() else 'cpu')" ] }, { "cell_type": "markdown", "metadata": { "id": "TbJuBIHLLt2D" }, "source": [ "# 数据导入" ] }, { "cell_type": "markdown", "metadata": { "id": "oOpG4EBRLwe_" }, "source": [ "## 我们采用了 TranslationTask（来自 fairseq）\n", "* 用于加载上面创建的二值化数据\n", "* 实现数据迭代器（dataloader）\n", "* 内置的 task.source_dictionary 和 task.target_dictionary 也很有用\n", "* 实现集束搜索解码器" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3gSEy1uFLvVs" }, "outputs": [], "source": [ "from fairseq.tasks.translation import TranslationConfig, TranslationTask\n", "\n", "## setup task\n", "task_cfg = TranslationConfig(\n", " data=config.datadir,\n", " source_lang=config.source_lang,\n", " target_lang=config.target_lang,\n", " train_subset=\"train\",\n", " required_seq_len_multiple=8,\n", " dataset_impl=\"mmap\",\n", " upsample_primary=1,\n", ")\n", "task = TranslationTask.setup_task(task_cfg)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "mR7Bhov7L4IU" }, "outputs": [], "source": [ "logger.info(\"loading data for epoch 1\")\n", "task.load_dataset(split=\"train\", epoch=1, combine=True) # combine if you have back-translation data.\n", "task.load_dataset(split=\"valid\", epoch=1)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "P0BCEm_9L6ig" }, "outputs": [], "source": [ "sample = task.dataset(\"valid\")[1]\n", "pprint.pprint(sample)\n", "pprint.pprint(\n", " \"Source: \" + \\\n", " task.source_dictionary.string(\n", " sample['source'],\n", " config.post_process,\n", " )\n", ")\n", "pprint.pprint(\n", " \"Target: \" + \\\n", " task.target_dictionary.string(\n", " sample['target'],\n", " config.post_process,\n", " )\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "UcfCVa2FMBSE" }, "source": [ "# 数据集迭代器" ] }, { "cell_type": "markdown", "metadata": { "id": "yBvc-B_6MKZM" }, "source": [ "* 控制每个 batch 不超过 N 个 token，这样可以优化 GPU 内存效率\n", "* 在每个 epoch 都对训练集进行随机打乱\n", "* 忽略超过最大长度的句子\n", "* 将一个 batch 中的所有句子填充到相同的长度，这样可以利用 GPU 进行并行计算\n", "* 添加 eos 并移动一个 token\n", " - teacher forcing 技术: 为了训练模型根据前缀预测下一个 token，我们将移动后的目标序列作为解码器的输入。\n", " - 一般来说，在目标前面加上 bos 就可以了（如下图所示）\n", "![seq2seq](https://i.imgur.com/0zeDyuI.png)\n", " - 但是在 fairseq 中，这是通过将 eos token 移动到开头来实现的。在实验上，这个操作拥有相同的效果。例如:\n", " ```\n", " # 目标输出（target）和解码器输入（prev_output_tokens）:\n", " eos = 2\n", " target = 419, 711, 238, 888, 792, 60, 968, 8, 2\n", " prev_output_tokens = 2, 419, 711, 238, 888, 792, 60, 968, 8\n", " ```\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "OWFJFmCnMDXW" }, "outputs": [], "source": [ "def load_data_iterator(task, split, epoch=1, max_tokens=4000, num_workers=1, cached=True):\n", " batch_iterator = task.get_batch_iterator(\n", " dataset=task.dataset(split),\n", " max_tokens=max_tokens,\n", " max_sentences=None,\n", " max_positions=utils.resolve_max_positions(\n", " task.max_positions(),\n", " max_tokens,\n", " ),\n", " ignore_invalid_inputs=True,\n", " seed=seed,\n", " num_workers=num_workers,\n", " epoch=epoch,\n", " disable_iterator_cache=not cached,\n", " # 如果设置为 False（cached=True），可以加快训练速度。\n", " # 但是，如果设置为 False，那么在第一次调用这个方法之后，再改变 max_tokens就没有效果了。\n", " )\n", " return batch_iterator\n", "\n", "demo_epoch_obj = load_data_iterator(task, \"valid\", epoch=1, max_tokens=20, num_workers=1, cached=False)\n", "demo_iter = demo_epoch_obj.next_epoch_itr(shuffle=True)\n", "sample = next(demo_iter)\n", "sample" ] }, { "cell_type": "markdown", "metadata": { "id": "p86K-0g7Me4M" }, "source": [ "* each batch is a python dict, with string key and Tensor value. Contents are described below:\n", "```python\n", "batch = {\n", " \"id\": id, # id for each example\n", " \"nsentences\": len(samples), # batch size (sentences)\n", " \"ntokens\": ntokens, # batch size (tokens)\n", " \"net_input\": {\n", " \"src_tokens\": src_tokens, # sequence in source language\n", " \"src_lengths\": src_lengths, # sequence length of each example before padding\n", " \"prev_output_tokens\": prev_output_tokens, # right shifted target, as mentioned above.\n", " },\n", " \"target\": target, # target sequence\n", "}\n", "```" ] }, { "cell_type": "markdown", "metadata": { "id": "9EyDBE5ZMkFZ" }, "source": [ "# 模型架构\n", "* 我们再次继承 fairseq 的编码器、解码器和模型，以便在测试阶段可以直接利用 fairseq 的集束搜索解码器。" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Hzh74qLIMfW_" }, "outputs": [], "source": [ "from fairseq.models import (\n", " FairseqEncoder,\n", " FairseqIncrementalDecoder,\n", " FairseqEncoderDecoderModel\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "OI46v1z7MotH" }, "source": [ "# 编码器" ] }, { "cell_type": "markdown", "metadata": { "id": "Wn0wSeLLMrbc" }, "source": [ "- 编码器（Encoder）是一个循环神经网络（RNN）或者 Transformer 中的编码器。下面的描述是针对 RNN 的。对于每一个输入的 token，编码器会生成一个输出向量和一个隐藏状态向量，并且将隐藏状态向量传递给下一步。换句话说，编码器顺序地读入输入序列，并且在每一个时间步输出一个单独的向量，然后在最后一个时间步输出最终的隐藏状态，或者称为内容向量（content vector）。\n", "- 参数:\n", " - *args*\n", " - encoder_embed_dim: 嵌入的维度，将 one-hot 向量压缩到固定的维度，实现降维的效果\n", " - encoder_ffn_embed_dim: 隐藏状态和输出向量的维度\n", " - encoder_layers: RNN 编码器的层数\n", " - dropout 确定了一个神经元的激活值被设为 0 的概率，用于防止过拟合。通常这个参数在训练时使用，在测试时移除\n", " - *dictionary*: fairseq 提供的字典。它用于获取填充索引，进而得到编码器的填充掩码（encoder padding mask）\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "\n", "- Inputs:\n", " - *src_tokens*: 一个表示英语的整数序列，例如: 1, 28, 29, 205, 2\n", "- Outputs:\n", " - *outputs*: RNN 在每个时间步的输出，可以由注意力机制（Attention）进一步处理\n", " - *final_hiddens*: 每个时间步的隐藏状态，会被传递给解码器（decoder）进行解码\n", " - *encoder_padding_mask*: 这个参数告诉解码器哪些位置要忽略\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "WcX3W4iGMq-S" }, "outputs": [], "source": [ "class RNNEncoder(FairseqEncoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " self.embed_dim = args.encoder_embed_dim\n", " self.hidden_dim = args.encoder_ffn_embed_dim\n", " self.num_layers = args.encoder_layers\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=True\n", " )\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " self.padding_idx = dictionary.pad()\n", "\n", " def combine_bidir(self, outs, bsz: int):\n", " out = outs.view(self.num_layers, 2, bsz, -1).transpose(1, 2).contiguous()\n", " return out.view(self.num_layers, bsz, -1)\n", "\n", " def forward(self, src_tokens, **unused):\n", " bsz, seqlen = src_tokens.size()\n", "\n", " # 获取 embeddings\n", " x = self.embed_tokens(src_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # 经过双向的 RNN\n", " h0 = x.new_zeros(2 * self.num_layers, bsz, self.hidden_dim)\n", " x, final_hiddens = self.rnn(x, h0)\n", " outputs = self.dropout_out_module(x)\n", " # outputs = [sequence len, batch size, hid dim * directions]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", "\n", " # 由于编码器是双向的，我们需要将两个方向的隐藏状态连接起来\n", " final_hiddens = self.combine_bidir(final_hiddens, bsz)\n", " # hidden = [num_layers x batch x num_directions*hidden]\n", "\n", " encoder_padding_mask = src_tokens.eq(self.padding_idx).t()\n", " return tuple(\n", " (\n", " outputs, # seq_len x batch x hidden\n", " final_hiddens, # num_layers x batch x num_directions*hidden\n", " encoder_padding_mask, # seq_len x batch\n", " )\n", " )\n", "\n", " def reorder_encoder_out(self, encoder_out, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " return tuple(\n", " (\n", " encoder_out[0].index_select(1, new_order),\n", " encoder_out[1].index_select(1, new_order),\n", " encoder_out[2].index_select(1, new_order),\n", " )\n", " )" ] }, { "cell_type": "markdown", "metadata": { "id": "6ZlE_1JnMv56" }, "source": [ "## 注意力" ] }, { "cell_type": "markdown", "metadata": { "id": "ZSFSKt_ZMzgh" }, "source": [ "- 当输入序列很长时，单独的“内容向量”就不能准确地表示整个序列，注意力机制可以为解码器提供更多信息。\n", "- 根据当前时间步的**解码器embeddings**，将**编码器输出**与**解码器 embeddings** 进行匹配，确定相关性，然后将编码器输出按相关性加权求和作为**解码器** RNN 的输入。\n", "- 常见的注意力实现使用神经网络/点积作为 **query**（解码器 embeddings）和 **key**（编码器输出）之间的相关性，然后用 **softmax** 得到一个分布，最后用该分布对 **value**（编码器输出）进行**加权求和**。\n", "\n", "- 参数:\n", " - *input_embed_dim*: key 的维度，应该是解码器中用于 attend 其他向量的向量的维度\n", " - *source_embed_dim*: query 的维度，应该是被 attend 的向量（编码器输出）的维度\n", " - *output_embed_dim*: value 的维度，应该是 after attention 的向量的维度，符合下一层的期望,\n", "- Inputs:\n", " - *inputs*: key, 用于 attend 其他向量\n", " - *encoder_outputs*: query/value, 被 attend 的向量\n", " - *encoder_padding_mask*: 这个告诉解码器应该忽略那些位置\n", "- Outputs:\n", " - *output*: attention 后的上下文向量\n", " - *attention score*: attention 的分数\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "1Atf_YuCMyyF" }, "outputs": [], "source": [ "class AttentionLayer(nn.Module):\n", " def __init__(self, input_embed_dim, source_embed_dim, output_embed_dim, bias=False):\n", " super().__init__()\n", "\n", " self.input_proj = nn.Linear(input_embed_dim, source_embed_dim, bias=bias)\n", " self.output_proj = nn.Linear(\n", " input_embed_dim + source_embed_dim, output_embed_dim, bias=bias\n", " )\n", "\n", " def forward(self, inputs, encoder_outputs, encoder_padding_mask):\n", " # inputs: T, B, dim\n", " # encoder_outputs: S x B x dim\n", " # padding mask: S x B\n", "\n", " # 将所有的输入的维度改为 batch first\n", " inputs = inputs.transpose(1,0) # B, T, dim\n", " encoder_outputs = encoder_outputs.transpose(1,0) # B, S, dim\n", " encoder_padding_mask = encoder_padding_mask.transpose(1,0) # B, S\n", "\n", " # 投影到 encoder_outputs 的维度\n", " x = self.input_proj(inputs)\n", "\n", " # 计算 attention\n", " # (B, T, dim) x (B, dim, S) = (B, T, S)\n", " attn_scores = torch.bmm(x, encoder_outputs.transpose(1,2))\n", "\n", " # 取消与 padding 相对应的位置的 attention\n", " if encoder_padding_mask is not None:\n", " # leveraging broadcast B, S -> (B, 1, S)\n", " encoder_padding_mask = encoder_padding_mask.unsqueeze(1)\n", " attn_scores = (\n", " attn_scores.float()\n", " .masked_fill_(encoder_padding_mask, float(\"-inf\"))\n", " .type_as(attn_scores)\n", " ) # FP16 support: cast to float and back\n", "\n", " # 在与源序列对应的维度上进行 softmax\n", " attn_scores = F.softmax(attn_scores, dim=-1)\n", "\n", " # shape (B, T, S) x (B, S, dim) = (B, T, dim) 加权求和\n", " x = torch.bmm(attn_scores, encoder_outputs)\n", "\n", " # (B, T, dim)\n", " x = torch.cat((x, inputs), dim=-1)\n", " x = torch.tanh(self.output_proj(x)) # concat + linear + tanh\n", "\n", " # restore shape (B, T, dim) -> (T, B, dim)\n", " return x.transpose(1,0), attn_scores" ] }, { "cell_type": "markdown", "metadata": { "id": "doSCOA2gM7fK" }, "source": [ "# 解码器" ] }, { "cell_type": "markdown", "metadata": { "id": "2M8Vod2gNABR" }, "source": [ "* **解码器**的隐藏状态将由**编码器**的最终隐藏状态（the content vector）初始化\n", "* 同时，**解码器**会根据当前时间步的输入（前一时间步的输出）改变其隐藏状态，并生成一个输出\n", "* 注意力机制可以提高性能\n", "* seq2seq 的步骤是在解码器中实现的，这样以后 Seq2Seq 类可以接受 RNN 和 Transformer，而不需要进一步修改。\n", "- 参数:\n", " - *args*\n", " - decoder_embed_dim: 解码器嵌入的维度，类似于 encoder_embed_dim\n", " - decoder_ffn_embed_dim: 解码器 RNN 隐藏状态的维度，类似于 encoder_ffn_embed_dim\n", " - decoder_layers: RNN 解码器的层数\n", " - share_decoder_input_output_embed: 通常，解码器的投影矩阵会与解码器输入 embeddings 共享权重\n", " - *dictionary*: fairseq 提供的字典\n", " - *embed_tokens*: 一个 token embedding 的实例（nn.Embedding）\n", "- 输入:\n", " - *prev_output_tokens*: 表示右移目标的整数序列，例如: 1, 28, 29, 205, 2\n", " - *encoder_out*: 编码器的输出\n", " - *incremental_state*: 为了加速测试时的解码，我们会保存每个时间步的隐藏状态。详见forward()。\n", "- 输出:\n", " - *outputs*: 解码器在每个时间步的输出的对数（softmax之前）\n", " - *extra*: 未使用" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "QfvgqHYDM6Lp" }, "outputs": [], "source": [ "class RNNDecoder(FairseqIncrementalDecoder):\n", " def __init__(self, args, dictionary, embed_tokens):\n", " super().__init__(dictionary)\n", " self.embed_tokens = embed_tokens\n", "\n", " assert args.decoder_layers == args.encoder_layers, f\"\"\"seq2seq rnn requires that encoder\n", " and decoder have same layers of rnn. got: {args.encoder_layers, args.decoder_layers}\"\"\"\n", " assert args.decoder_ffn_embed_dim == args.encoder_ffn_embed_dim*2, f\"\"\"seq2seq-rnn requires\n", " that decoder hidden to be 2*encoder hidden dim. got: {args.decoder_ffn_embed_dim, args.encoder_ffn_embed_dim*2}\"\"\"\n", "\n", " self.embed_dim = args.decoder_embed_dim\n", " self.hidden_dim = args.decoder_ffn_embed_dim\n", " self.num_layers = args.decoder_layers\n", "\n", "\n", " self.dropout_in_module = nn.Dropout(args.dropout)\n", " self.rnn = nn.GRU(\n", " self.embed_dim,\n", " self.hidden_dim,\n", " self.num_layers,\n", " dropout=args.dropout,\n", " batch_first=False,\n", " bidirectional=False\n", " )\n", " self.attention = AttentionLayer(\n", " self.embed_dim, self.hidden_dim, self.embed_dim, bias=False\n", " )\n", " # self.attention = None\n", " self.dropout_out_module = nn.Dropout(args.dropout)\n", "\n", " if self.hidden_dim != self.embed_dim:\n", " self.project_out_dim = nn.Linear(self.hidden_dim, self.embed_dim)\n", " else:\n", " self.project_out_dim = None\n", "\n", " if args.share_decoder_input_output_embed:\n", " self.output_projection = nn.Linear(\n", " self.embed_tokens.weight.shape[1],\n", " self.embed_tokens.weight.shape[0],\n", " bias=False,\n", " )\n", " self.output_projection.weight = self.embed_tokens.weight\n", " else:\n", " self.output_projection = nn.Linear(\n", " self.output_embed_dim, len(dictionary), bias=False\n", " )\n", " nn.init.normal_(\n", " self.output_projection.weight, mean=0, std=self.output_embed_dim ** -0.5\n", " )\n", "\n", " def forward(self, prev_output_tokens, encoder_out, incremental_state=None, **unused):\n", " # 从编码器中提取输出\n", " encoder_outputs, encoder_hiddens, encoder_padding_mask = encoder_out\n", " # outputs: seq_len x batch x num_directions*hidden\n", " # encoder_hiddens: num_layers x batch x num_directions*encoder_hidden\n", " # padding_mask: seq_len x batch\n", "\n", " if incremental_state is not None and len(incremental_state) > 0:\n", " # 如果保留了上一个时间步的信息，可以从那里继续，而不是从bos开始\n", " prev_output_tokens = prev_output_tokens[:, -1:]\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " else:\n", " # 增量状态不存在，要么是训练时，要么是测试时的第一个时间步\n", " # 为seq2seq做准备：将编码器的隐藏状态传递给解码器的隐藏状态\n", " prev_hiddens = encoder_hiddens\n", "\n", " bsz, seqlen = prev_output_tokens.size()\n", "\n", " # embed tokens\n", " x = self.embed_tokens(prev_output_tokens)\n", " x = self.dropout_in_module(x)\n", "\n", " # B x T x C -> T x B x C\n", " x = x.transpose(0, 1)\n", "\n", " # decoder-to-encoder attention\n", " if self.attention is not None:\n", " x, attn = self.attention(x, encoder_outputs, encoder_padding_mask)\n", "\n", " # 经过单向的 RNN\n", " x, final_hiddens = self.rnn(x, prev_hiddens)\n", " # outputs = [sequence len, batch size, hid dim]\n", " # hidden = [num_layers * directions, batch size , hid dim]\n", " x = self.dropout_out_module(x)\n", "\n", " # 投影到 embedding size（如果隐藏状态与 embedding size 不同，并且 share_embedding 为True\n", " # 就需要做一个额外的投影）\n", " if self.project_out_dim != None:\n", " x = self.project_out_dim(x)\n", "\n", " # 投影到 vocab size\n", " x = self.output_projection(x)\n", "\n", " # T x B x C -> B x T x C\n", " x = x.transpose(1, 0)\n", "\n", " # if incremental, 则记录当前时间步的隐藏状态，在下一个时间步恢复\n", " cache_state = {\n", " \"prev_hiddens\": final_hiddens,\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", "\n", " return x, None\n", "\n", " def reorder_incremental_state(self, incremental_state, new_order):\n", " # 这个被用于 fairseq 的集束搜索。它的具体细节和原因并不重要。\n", " cache_state = self.get_incremental_state(incremental_state, \"cached_state\")\n", " prev_hiddens = cache_state[\"prev_hiddens\"]\n", " prev_hiddens = [p.index_select(0, new_order) for p in prev_hiddens]\n", " cache_state = {\n", " \"prev_hiddens\": torch.stack(prev_hiddens),\n", " }\n", " self.set_incremental_state(incremental_state, \"cached_state\", cache_state)\n", " return" ] }, { "cell_type": "markdown", "metadata": { "id": "UDAPmxjRNEEL" }, "source": [ "## Seq2Seq\n", "- 由**编码器**和**解码器**组成\n", "- 接收输入并传递给**编码器**\n", "- 将**编码器**的输出传递给**解码器**\n", "- **解码器**会根据前一时间步的输出以及**编码器**的输出进行解码\n", "- 解码完成后，返回**解码器**的输出" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "oRwKdLa0NEU6" }, "outputs": [], "source": [ "class Seq2Seq(FairseqEncoderDecoderModel):\n", " def __init__(self, args, encoder, decoder):\n", " super().__init__(encoder, decoder)\n", " self.args = args\n", "\n", " def forward(\n", " self,\n", " src_tokens,\n", " src_lengths,\n", " prev_output_tokens,\n", " return_all_hiddens: bool = True,\n", " ):\n", " \"\"\"\n", " Run the forward pass for an encoder-decoder model.\n", " \"\"\"\n", " encoder_out = self.encoder(\n", " src_tokens, src_lengths=src_lengths, return_all_hiddens=return_all_hiddens\n", " )\n", " logits, extra = self.decoder(\n", " prev_output_tokens,\n", " encoder_out=encoder_out,\n", " src_lengths=src_lengths,\n", " return_all_hiddens=return_all_hiddens,\n", " )\n", " return logits, extra" ] }, { "cell_type": "markdown", "metadata": { "id": "zu3C2JfqNHzk" }, "source": [ "# 模型初始化" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "nyI9FOx-NJ2m" }, "outputs": [], "source": [ "# # 提示: transformer 架构\n", "from fairseq.models.transformer import (\n", " TransformerEncoder,\n", " TransformerDecoder,\n", ")\n", "\n", "def build_model(args, task):\n", " \"\"\" build a model instance based on hyperparameters \"\"\"\n", " src_dict, tgt_dict = task.source_dictionary, task.target_dictionary\n", "\n", " # token embeddings\n", " encoder_embed_tokens = nn.Embedding(len(src_dict), args.encoder_embed_dim, src_dict.pad())\n", " decoder_embed_tokens = nn.Embedding(len(tgt_dict), args.decoder_embed_dim, tgt_dict.pad())\n", "\n", " # encoder decoder\n", " # 提示: TODO: 转变为 TransformerEncoder & TransformerDecoder\n", " encoder = RNNEncoder(args, src_dict, encoder_embed_tokens)\n", " decoder = RNNDecoder(args, tgt_dict, decoder_embed_tokens)\n", " # encoder = TransformerEncoder(args, src_dict, encoder_embed_tokens)\n", " # decoder = TransformerDecoder(args, tgt_dict, decoder_embed_tokens)\n", "\n", " # 序列到序列的模型\n", " model = Seq2Seq(args, encoder, decoder)\n", "\n", " # 初始化 seq2seq 模型很重要, 需要额外的处理\n", " def init_params(module):\n", " from fairseq.modules import MultiheadAttention\n", " if isinstance(module, nn.Linear):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.bias is not None:\n", " module.bias.data.zero_()\n", " if isinstance(module, nn.Embedding):\n", " module.weight.data.normal_(mean=0.0, std=0.02)\n", " if module.padding_idx is not None:\n", " module.weight.data[module.padding_idx].zero_()\n", " if isinstance(module, MultiheadAttention):\n", " module.q_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.k_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " module.v_proj.weight.data.normal_(mean=0.0, std=0.02)\n", " if isinstance(module, nn.RNNBase):\n", " for name, param in module.named_parameters():\n", " if \"weight\" in name or \"bias\" in name:\n", " param.data.uniform_(-0.1, 0.1)\n", "\n", " # 权重初始化\n", " model.apply(init_params)\n", " return model" ] }, { "cell_type": "markdown", "metadata": { "id": "ce5n4eS7NQNy" }, "source": [ "## 架构相关配置\n", "\n", "为了达成 strong baseline，请参考 [Attention is all you need](#vaswani2017) 中表 3 中 *transformer-base* 的超参数" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Cyn30VoGNT6N" }, "outputs": [], "source": [ "arch_args = Namespace(\n", " encoder_embed_dim=256,\n", " encoder_ffn_embed_dim=512,\n", " encoder_layers=1,\n", " decoder_embed_dim=256,\n", " decoder_ffn_embed_dim=1024,\n", " decoder_layers=1,\n", " share_decoder_input_output_embed=True,\n", " dropout=0.3,\n", ")\n", "\n", "# 提示: 这些是 Transformer 的参数补丁\n", "def add_transformer_args(args):\n", " args.encoder_attention_heads=4\n", " args.encoder_normalize_before=True\n", "\n", " args.decoder_attention_heads=4\n", " args.decoder_normalize_before=True\n", "\n", " args.activation_fn=\"relu\"\n", " args.max_source_positions=1024\n", " args.max_target_positions=1024\n", "\n", " # Transformer 默认参数的补丁（未在上面设置的参数）\n", " from fairseq.models.transformer import base_architecture\n", " base_architecture(arch_args)\n", "\n", "# add_transformer_args(arch_args)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Nbb76QLCNZZZ" }, "outputs": [], "source": [ "if config.use_wandb:\n", " wandb.config.update(vars(arch_args))" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "7ZWfxsCDNatH" }, "outputs": [], "source": [ "model = build_model(arch_args, task)\n", "logger.info(model)" ] }, { "cell_type": "markdown", "metadata": { "id": "aHll7GRNNdqc" }, "source": [ "# 优化" ] }, { "cell_type": "markdown", "metadata": { "id": "rUB9f1WCNgMH" }, "source": [ "## 损失(Loss): Label Smoothing Regularization\n", "* 让模型学习生成更少集中的分布，防止过度自信\n", "* 有时候正确答案可能不是唯一的。因此，在计算损失时，我们为错误标签保留一些概率。\n", "* 避免过拟合\n", "\n", "代码 [source](https://fairseq.readthedocs.io/en/latest/_modules/fairseq/criterions/label_smoothed_cross_entropy.html)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "IgspdJn0NdYF" }, "outputs": [], "source": [ "class LabelSmoothedCrossEntropyCriterion(nn.Module):\n", " def __init__(self, smoothing, ignore_index=None, reduce=True):\n", " super().__init__()\n", " self.smoothing = smoothing\n", " self.ignore_index = ignore_index\n", " self.reduce = reduce\n", "\n", " def forward(self, lprobs, target):\n", " if target.dim() == lprobs.dim() - 1:\n", " target = target.unsqueeze(-1)\n", " # nll: Negative log likelihood 负对数似然，当目标是 one-hot 时的交叉熵。下一行代码等同于F.nll_loss\n", " nll_loss = -lprobs.gather(dim=-1, index=target)\n", " # 保留一些其他标签的概率，这样在计算交叉熵的时候相当于对所有标签的对数概率求和\n", " smooth_loss = -lprobs.sum(dim=-1, keepdim=True)\n", " if self.ignore_index is not None:\n", " pad_mask = target.eq(self.ignore_index)\n", " nll_loss.masked_fill_(pad_mask, 0.0)\n", " smooth_loss.masked_fill_(pad_mask, 0.0)\n", " else:\n", " nll_loss = nll_loss.squeeze(-1)\n", " smooth_loss = smooth_loss.squeeze(-1)\n", " if self.reduce:\n", " nll_loss = nll_loss.sum()\n", " smooth_loss = smooth_loss.sum()\n", " # 在计算交叉熵的时候，增加其他标签的损失\n", " eps_i = self.smoothing / lprobs.size(-1)\n", " loss = (1.0 - self.smoothing) * nll_loss + eps_i * smooth_loss\n", " return loss\n", "\n", "# 通常来说，0.1 已经足够好了\n", "criterion = LabelSmoothedCrossEntropyCriterion(\n", " smoothing=0.1,\n", " ignore_index=task.target_dictionary.pad(),\n", ")" ] }, { "cell_type": "markdown", "metadata": { "id": "aRalDto2NkJJ", "tags": [] }, "source": [ "## 优化器: Adam + 学习率调度\n", "在训练 Transformer 时，平方根倒数调度（Inverse square root scheduling）对于稳定性非常重要，在后面也用于RNN。\n", "根据以下公式更新学习率，第一阶段线性增加，然后按时间步的平方根倒数成比例衰减。\n", "$$lrate = d_{\\text{model}}^{-0.5}\\cdot\\min({step\\_num}^{-0.5},{step\\_num}\\cdot{warmup\\_steps}^{-1.5})$$" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "sS7tQj1ROBYm" }, "outputs": [], "source": [ "def get_rate(d_model, step_num, warmup_step):\n", " # TODO: 将 lr 从常数修改为上面显示的公式\n", " lr = 0.001\n", " return lr" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "J8hoAjHPNkh3" }, "outputs": [], "source": [ "class NoamOpt:\n", " \"Optim 包装，用于实现 rate\"\n", " def __init__(self, model_size, factor, warmup, optimizer):\n", " self.optimizer = optimizer\n", " self._step = 0\n", " self.warmup = warmup\n", " self.factor = factor\n", " self.model_size = model_size\n", " self._rate = 0\n", "\n", " @property\n", " def param_groups(self):\n", " return self.optimizer.param_groups\n", "\n", " def multiply_grads(self, c):\n", " \"\"\"将梯度乘以常数*c*.\"\"\"\n", " for group in self.param_groups:\n", " for p in group['params']:\n", " if p.grad is not None:\n", " p.grad.data.mul_(c)\n", "\n", " def step(self):\n", " \"更新参数和 rate\"\n", " self._step += 1\n", " rate = self.rate()\n", " for p in self.param_groups:\n", " p['lr'] = rate\n", " self._rate = rate\n", " self.optimizer.step()\n", "\n", " def rate(self, step = None):\n", " \"实现上面的 `lrate`\"\n", " if step is None:\n", " step = self._step\n", " return 0 if not step else self.factor * get_rate(self.model_size, step, self.warmup)" ] }, { "cell_type": "markdown", "metadata": { "id": "VFJlkOMONsc6" }, "source": [ "## 调度可视化" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "A135fwPCNrQs" }, "outputs": [], "source": [ "optimizer = NoamOpt(\n", " model_size=arch_args.encoder_embed_dim,\n", " factor=config.lr_factor,\n", " warmup=config.lr_warmup,\n", " optimizer=torch.optim.AdamW(model.parameters(), lr=0, betas=(0.9, 0.98), eps=1e-9, weight_decay=0.0001))\n", "plt.plot(np.arange(1, 100000), [optimizer.rate(i) for i in range(1, 100000)])\n", "plt.legend([f\"{optimizer.model_size}:{optimizer.warmup}\"])\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "TOR0g-cVO5ZO" }, "source": [ "# 训练过程" ] }, { "cell_type": "markdown", "metadata": { "id": "f-0ZjbK3O8Iv" }, "source": [ "## 训练" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "foal3xM1O404" }, "outputs": [], "source": [ "from fairseq.data import iterators\n", "from torch.cuda.amp import GradScaler, autocast\n", "\n", "def train_one_epoch(epoch_itr, model, task, criterion, optimizer, accum_steps=1):\n", " itr = epoch_itr.next_epoch_itr(shuffle=True)\n", " itr = iterators.GroupedIterator(itr, accum_steps) # 梯度累积：每 accum_steps 个样本更新一次\n", "\n", " stats = {\"loss\": []}\n", " scaler = GradScaler() # 自动混合精度（amp）\n", "\n", " model.train()\n", " progress = tqdm.tqdm(itr, desc=f\"train epoch {epoch_itr.epoch}\", leave=False)\n", " for samples in progress:\n", " model.zero_grad()\n", " accum_loss = 0\n", " sample_size = 0\n", " # 梯度累积：每 accum_steps 个样本更新一次\n", " for i, sample in enumerate(samples):\n", " if i == 1:\n", " # 在第一步之后清空 CUDA 缓存可以减少 OOM（out of memory）的机会\n", " torch.cuda.empty_cache()\n", "\n", " sample = utils.move_to_cuda(sample, device=device)\n", " target = sample[\"target\"]\n", " sample_size_i = sample[\"ntokens\"]\n", " sample_size += sample_size_i\n", "\n", " # 混合精度训练\n", " with autocast():\n", " net_output = model.forward(**sample[\"net_input\"])\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1))\n", "\n", " # 日志记录\n", " accum_loss += loss.item()\n", " # 反向传播\n", " scaler.scale(loss).backward()\n", "\n", " scaler.unscale_(optimizer)\n", " optimizer.multiply_grads(1 / (sample_size or 1.0)) # (sample_size or 1.0) 处理零梯度的情况\n", " gnorm = nn.utils.clip_grad_norm_(model.parameters(), config.clip_norm) # 梯度裁剪防止梯度爆炸\n", "\n", " scaler.step(optimizer)\n", " scaler.update()\n", "\n", " # 日志记录\n", " loss_print = accum_loss/sample_size\n", " stats[\"loss\"].append(loss_print)\n", " progress.set_postfix(loss=loss_print)\n", " if config.use_wandb:\n", " wandb.log({\n", " \"train/loss\": loss_print,\n", " \"train/grad_norm\": gnorm.item(),\n", " \"train/lr\": optimizer.rate(),\n", " \"train/sample_size\": sample_size,\n", " })\n", "\n", " loss_print = np.mean(stats[\"loss\"])\n", " logger.info(f\"training loss: {loss_print:.4f}\")\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "Gt1lX3DRO_yU" }, "source": [ "## 验证 & 推测\n", "为了防止过拟合，每个训练周期都需要进行验证，以验证模型在未见过的数据上的性能。\n", "- 该过程与训练基本相同，只是多了一个推测步骤。\n", "- 在验证后，我们可以保存模型的权重。\n", "\n", "仅凭验证损失无法描述模型的实际性能\n", "- 基于当前模型直接生成翻译假设，然后使用参考翻译计算BLEU\n", "- 我们也可以手动检查假设的质量\n", "- 我们使用 fairseq 的序列生成器进行集束搜索以生成翻译假设。" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "2og80HYQPAKq" }, "outputs": [], "source": [ "# fairseq 的集束搜索生成器\n", "# 给定模型和输入序列，通过集束搜索生成翻译假设\n", "sequence_generator = task.build_generator([model], config)\n", "\n", "def decode(toks, dictionary):\n", " # 将 Tensor 转换为人类可读的句子\n", " s = dictionary.string(\n", " toks.int().cpu(),\n", " config.post_process,\n", " )\n", " return s if s else \"\"\n", "\n", "def inference_step(sample, model):\n", " gen_out = sequence_generator.generate([model], sample)\n", " srcs = []\n", " hyps = []\n", " refs = []\n", " for i in range(len(gen_out)):\n", " # 对于每个样本，收集输入、假设和参考，稍后用于计算 BLEU\n", " srcs.append(decode(\n", " utils.strip_pad(sample[\"net_input\"][\"src_tokens\"][i], task.source_dictionary.pad()),\n", " task.source_dictionary,\n", " ))\n", " hyps.append(decode(\n", " gen_out[i][0][\"tokens\"], # 0 表示使用集束中的最佳假设\n", " task.target_dictionary,\n", " ))\n", " refs.append(decode(\n", " utils.strip_pad(sample[\"target\"][i], task.target_dictionary.pad()),\n", " task.target_dictionary,\n", " ))\n", " return srcs, hyps, refs" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "y1o7LeDkPDsd" }, "outputs": [], "source": [ "import shutil\n", "import sacrebleu\n", "\n", "def validate(model, task, criterion, log_to_wandb=True):\n", " logger.info('begin validation')\n", " itr = load_data_iterator(task, \"valid\", 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " stats = {\"loss\":[], \"bleu\": 0, \"srcs\":[], \"hyps\":[], \"refs\":[]}\n", " srcs = []\n", " hyps = []\n", " refs = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"validation\", leave=False)\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # 验证损失\n", " sample = utils.move_to_cuda(sample, device=device)\n", " net_output = model.forward(**sample[\"net_input\"])\n", "\n", " lprobs = F.log_softmax(net_output[0], -1)\n", " target = sample[\"target\"]\n", " sample_size = sample[\"ntokens\"]\n", " loss = criterion(lprobs.view(-1, lprobs.size(-1)), target.view(-1)) / sample_size\n", " progress.set_postfix(valid_loss=loss.item())\n", " stats[\"loss\"].append(loss)\n", "\n", " # 做推测\n", " s, h, r = inference_step(sample, model)\n", " srcs.extend(s)\n", " hyps.extend(h)\n", " refs.extend(r)\n", "\n", " tok = 'zh' if task.cfg.target_lang == 'zh' else '13a'\n", " stats[\"loss\"] = torch.stack(stats[\"loss\"]).mean().item()\n", " stats[\"bleu\"] = sacrebleu.corpus_bleu(hyps, [refs], tokenize=tok) # 計算BLEU score\n", " stats[\"srcs\"] = srcs\n", " stats[\"hyps\"] = hyps\n", " stats[\"refs\"] = refs\n", "\n", " if config.use_wandb and log_to_wandb:\n", " wandb.log({\n", " \"valid/loss\": stats[\"loss\"],\n", " \"valid/bleu\": stats[\"bleu\"].score,\n", " }, commit=False)\n", "\n", " showid = np.random.randint(len(hyps))\n", " logger.info(\"example source: \" + srcs[showid])\n", " logger.info(\"example hypothesis: \" + hyps[showid])\n", " logger.info(\"example reference: \" + refs[showid])\n", "\n", " # 显示 bleu 结果\n", " logger.info(f\"validation loss:\\t{stats['loss']:.4f}\")\n", " logger.info(stats[\"bleu\"].format())\n", " return stats" ] }, { "cell_type": "markdown", "metadata": { "id": "1sRF6nd4PGEE" }, "source": [ "# 保存和加载模型权重\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "edBuLlkuPGr9" }, "outputs": [], "source": [ "def validate_and_save(model, task, criterion, optimizer, epoch, save=True):\n", " stats = validate(model, task, criterion)\n", " bleu = stats['bleu']\n", " loss = stats['loss']\n", " if save:\n", " # 保存 epoch checkpoints\n", " savedir = Path(config.savedir).absolute()\n", " savedir.mkdir(parents=True, exist_ok=True)\n", "\n", " check = {\n", " \"model\": model.state_dict(),\n", " \"stats\": {\"bleu\": bleu.score, \"loss\": loss},\n", " \"optim\": {\"step\": optimizer._step}\n", " }\n", " torch.save(check, savedir/f\"checkpoint{epoch}.pt\")\n", " shutil.copy(savedir/f\"checkpoint{epoch}.pt\", savedir/f\"checkpoint_last.pt\")\n", " logger.info(f\"saved epoch checkpoint: {savedir}/checkpoint{epoch}.pt\")\n", "\n", " # 保存 epoch 样本\n", " with open(savedir/f\"samples{epoch}.{config.source_lang}-{config.target_lang}.txt\", \"w\") as f:\n", " for s, h in zip(stats[\"srcs\"], stats[\"hyps\"]):\n", " f.write(f\"{s}\\t{h}\\n\")\n", "\n", " # 获取最佳的验证 bleu\n", " if getattr(validate_and_save, \"best_bleu\", 0) < bleu.score:\n", " validate_and_save.best_bleu = bleu.score\n", " torch.save(check, savedir/f\"checkpoint_best.pt\")\n", "\n", " del_file = savedir / f\"checkpoint{epoch - config.keep_last_epochs}.pt\"\n", " if del_file.exists():\n", " del_file.unlink()\n", "\n", " return stats\n", "\n", "def try_load_checkpoint(model, optimizer=None, name=None):\n", " name = name if name else \"checkpoint_last.pt\"\n", " checkpath = Path(config.savedir)/name\n", " if checkpath.exists():\n", " check = torch.load(checkpath)\n", " model.load_state_dict(check[\"model\"])\n", " stats = check[\"stats\"]\n", " step = \"unknown\"\n", " if optimizer != None:\n", " optimizer._step = step = check[\"optim\"][\"step\"]\n", " logger.info(f\"loaded checkpoint {checkpath}: step={step} loss={stats['loss']} bleu={stats['bleu']}\")\n", " else:\n", " logger.info(f\"no checkpoints found at {checkpath}!\")" ] }, { "cell_type": "markdown", "metadata": { "id": "KyIFpibfPJ5u" }, "source": [ "# Main\n", "## 训练循环" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "hu7RZbCUPKQr" }, "outputs": [], "source": [ "model = model.to(device=device)\n", "criterion = criterion.to(device=device)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "5xxlJxU2PeAo" }, "outputs": [], "source": [ "logger.info(\"task: {}\".format(task.__class__.__name__))\n", "logger.info(\"encoder: {}\".format(model.encoder.__class__.__name__))\n", "logger.info(\"decoder: {}\".format(model.decoder.__class__.__name__))\n", "logger.info(\"criterion: {}\".format(criterion.__class__.__name__))\n", "logger.info(\"optimizer: {}\".format(optimizer.__class__.__name__))\n", "logger.info(\n", " \"num. model params: {:,} (num. trained: {:,})\".format(\n", " sum(p.numel() for p in model.parameters()),\n", " sum(p.numel() for p in model.parameters() if p.requires_grad),\n", " )\n", ")\n", "logger.info(f\"max tokens per batch = {config.max_tokens}, accumulate steps = {config.accum_steps}\")" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSPRqpQUPfaX" }, "outputs": [], "source": [ "epoch_itr = load_data_iterator(task, \"train\", config.start_epoch, config.max_tokens, config.num_workers)\n", "try_load_checkpoint(model, optimizer, name=config.resume)\n", "while epoch_itr.next_epoch_idx <= config.max_epoch:\n", " # 训练一个 epoch\n", " train_one_epoch(epoch_itr, model, task, criterion, optimizer, config.accum_steps)\n", " stats = validate_and_save(model, task, criterion, optimizer, epoch=epoch_itr.epoch)\n", " logger.info(\"end of epoch {}\".format(epoch_itr.epoch))\n", " epoch_itr = load_data_iterator(task, \"train\", epoch_itr.next_epoch_idx, config.max_tokens, config.num_workers)" ] }, { "cell_type": "markdown", "metadata": { "id": "KyjRwllxPjtf" }, "source": [ "# Submission" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "N70Gc6smPi1d" }, "outputs": [], "source": [ "# 对几个 checkpoints 进行平均可以产生类似于 ensemble 的效果\n", "checkdir=config.savedir\n", "!python ./fairseq/scripts/average_checkpoints.py \\\n", "--inputs {checkdir} \\\n", "--num-epoch-checkpoints 5 \\\n", "--output {checkdir}/avg_last_5_checkpoint.pt" ] }, { "cell_type": "markdown", "metadata": { "id": "BAGMiun8PnZy" }, "source": [ "## 确定用于生成 submission 的模型权重" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "tvRdivVUPnsU" }, "outputs": [], "source": [ "# checkpoint_last.pt : 最新的 epoch\n", "# checkpoint_best.pt : 最高的验证 BLEU\n", "# avg_last_5_checkpoint.pt: 最近 5 次 epoch 的平均值\n", "try_load_checkpoint(model, name=\"avg_last_5_checkpoint.pt\")\n", "validate(model, task, criterion, log_to_wandb=False)\n", "None" ] }, { "cell_type": "markdown", "metadata": { "id": "ioAIflXpPsxt" }, "source": [ "## 生成预测" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "oYMxA8FlPtIq" }, "outputs": [], "source": [ "def generate_prediction(model, task, split=\"test\", outfile=\"./prediction.txt\"):\n", " task.load_dataset(split=split, epoch=1)\n", " itr = load_data_iterator(task, split, 1, config.max_tokens, config.num_workers).next_epoch_itr(shuffle=False)\n", "\n", " idxs = []\n", " hyps = []\n", "\n", " model.eval()\n", " progress = tqdm.tqdm(itr, desc=f\"prediction\")\n", " with torch.no_grad():\n", " for i, sample in enumerate(progress):\n", " # 验证损失\n", " sample = utils.move_to_cuda(sample, device=device)\n", "\n", " # 做推测\n", " s, h, r = inference_step(sample, model)\n", "\n", " hyps.extend(h)\n", " idxs.extend(list(sample['id']))\n", "\n", " # 根据预处理前的顺序进行排序\n", " hyps = [x for _,x in sorted(zip(idxs,hyps))]\n", "\n", " with open(outfile, \"w\") as f:\n", " for h in hyps:\n", " f.write(h+\"\\n\")" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Le4RFWXxjmm0" }, "outputs": [], "source": [ "generate_prediction(model, task)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "wvenyi6BPwnD" }, "outputs": [], "source": [ "raise" ] }, { "cell_type": "markdown", "metadata": { "id": "1z0cJE-wPzaU" }, "source": [ "# Back-translation" ] }, { "cell_type": "markdown", "metadata": { "id": "5-7uPJ2CP0sm" }, "source": [ "## 训练一个 backward translation 模型" ] }, { "cell_type": "markdown", "metadata": { "id": "ppGHjg2ZP3sV" }, "source": [ "1. 将 **config** 中的 source_lang 和 target_lang 进行切换\n", "2. 更改 **config** 中的 savedir(例如: \"./checkpoints/transformer-back\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "waTGz29UP6WI" }, "source": [ "## 用后向模型生成人造数据" ] }, { "cell_type": "markdown", "metadata": { "id": "sIeTsPexP8FL" }, "source": [ "### 下载单语言数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "i7N4QlsbP8fh" }, "outputs": [], "source": [ "mono_dataset_name = 'mono'" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "396saD9-QBPY" }, "outputs": [], "source": [ "mono_prefix = Path(data_dir).absolute() / mono_dataset_name\n", "mono_prefix.mkdir(parents=True, exist_ok=True)\n", "\n", "urls = (\n", " \"https://github.com/figisiwirf/ml2023-hw5-dataset/releases/download/v1.0.1/ted_zh_corpus.deduped.gz\",\n", ")\n", "file_names = (\n", " 'ted_zh_corpus.deduped.gz',\n", ")\n", "\n", "for u, f in zip(urls, file_names):\n", " path = mono_prefix/f\n", " if not path.exists():\n", " !wget {u} -O {path}\n", " else:\n", " print(f'{f} is exist, skip downloading')\n", " if path.suffix == \".tgz\":\n", " !tar -xvf {path} -C {prefix}\n", " elif path.suffix == \".zip\":\n", " !unzip -o {path} -d {prefix}\n", " elif path.suffix == \".gz\":\n", " !gzip -fkd {path}" ] }, { "cell_type": "markdown", "metadata": { "id": "JOVQRHzGQU4-" }, "source": [ "### TODO: 清洗语料\n", "\n", "1. 移除太长或者太短的句子\n", "2. 统一标点符号\n", "\n", "提示: 你可以使用之前定义的 clean_s() 来执行此操作" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "eIYmxfUOQSov" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "jegH0bvMQVmR" }, "source": [ "### TODO: 子词单位\n", "\n", "使用后向模型的 spm 模型将数据标记为子词单位\n", "\n", "提示: spm 模型位于 DATA/raw-data/\\[dataset\\]/spm\\[vocab_num\\].model" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "vqgR4uUMQZGY" }, "outputs": [], "source": [] }, { "cell_type": "markdown", "metadata": { "id": "a65glBVXQZiE" }, "source": [ "### 二值化\n", "\n", "使用 fairseq 去二值化数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "b803qA5aQaEu" }, "outputs": [], "source": [ "binpath = Path('./DATA/data-bin', mono_dataset_name)\n", "src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "tgt_dict_file = src_dict_file\n", "monopref = str(mono_prefix/\"mono.tok\") # whatever filepath you get after applying subword tokenization\n", "if binpath.exists():\n", " print(binpath, \"exists, will not overwrite!\")\n", "else:\n", " !python -m fairseq_cli.preprocess\\\n", " --source-lang 'zh'\\\n", " --target-lang 'en'\\\n", " --trainpref {monopref}\\\n", " --destdir {binpath}\\\n", " --srcdict {src_dict_file}\\\n", " --tgtdict {tgt_dict_file}\\\n", " --workers 2" ] }, { "cell_type": "markdown", "metadata": { "id": "smA0JraEQdxz" }, "source": [ "### TODO: 用后向模型生成人造数据\n", "\n", "将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "\n", "例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "\n", "然后你可以使用 'generate_prediction(model, task, split=\"split_name\")' 来生成翻译的预测" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "jvaOVHeoQfkB" }, "outputs": [], "source": [ "# 将二进制化的单语言数据添加到原始数据目录中，并将其命名为 \"split_name\"\n", "# 例如: ./DATA/data-bin/ted2020/\\[split_name\\].zh-en.\\[\"en\", \"zh\"\\].\\[\"bin\", \"idx\"\\]\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.bin ./DATA/data-bin/ted2020/mono.zh-en.zh.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.zh.idx ./DATA/data-bin/ted2020/mono.zh-en.zh.idx\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.bin ./DATA/data-bin/ted2020/mono.zh-en.en.bin\n", "!cp ./DATA/data-bin/mono/train.zh-en.en.idx ./DATA/data-bin/ted2020/mono.zh-en.en.idx" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "fFEkxPu-Qhlc" }, "outputs": [], "source": [ "# hint: 在 split='mono' 上做预测来创建 prediction_file\n", "# generate_prediction( ... ,split=... ,outfile=... )" ] }, { "cell_type": "markdown", "metadata": { "id": "Jn4XeawpQjLk" }, "source": [ "### TODO: 创建新的数据集\n", "\n", "1. 将预测数据和单语数据结合\n", "2. 使用原始的 spm 模型将数据 tokenize 为子词单位\n", "3. 使用 fairseq 将数据二值化" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "3R35JTaTQjkm" }, "outputs": [], "source": [ "# 将 prediction_file (.en) 和 mono.zh (.zh) 结合为新的数据集\n", "#\n", "# 提示: 用 spm 模型 tokenize prediction_file\n", "# spm_model.encode(line, out_type=str)\n", "# 输出: ./DATA/rawdata/mono/mono.tok.en & mono.tok.zh\n", "#\n", "# 提示: 使用 fairseq 再次二值化这两个文件\n", "# binpath = Path('./DATA/data-bin/synthetic')\n", "# src_dict_file = './DATA/data-bin/ted2020/dict.en.txt'\n", "# tgt_dict_file = src_dict_file\n", "# monopref = './DATA/rawdata/mono/mono.tok' # or whatever path after applying subword tokenization, w/o the suffix (.zh/.en)\n", "# if binpath.exists():\n", "# print(binpath, \"exists, will not overwrite!\")\n", "# else:\n", "# !python -m fairseq_cli.preprocess\\\n", "# --source-lang 'zh'\\\n", "# --target-lang 'en'\\\n", "# --trainpref {monopref}\\\n", "# --destdir {binpath}\\\n", "# --srcdict {src_dict_file}\\\n", "# --tgtdict {tgt_dict_file}\\\n", "# --workers 2" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "MSkse1tyQnsR" }, "outputs": [], "source": [ "# 根据上面准备的所有文件创建一个新的数据集\n", "!cp -r ./DATA/data-bin/ted2020/ ./DATA/data-bin/ted2020_with_mono/\n", "\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.zh.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.zh.idx\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.bin ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.bin\n", "!cp ./DATA/data-bin/synthetic/train.zh-en.en.idx ./DATA/data-bin/ted2020_with_mono/train1.en-zh.en.idx" ] }, { "cell_type": "markdown", "metadata": { "id": "YVdxVGO3QrSs" }, "source": [ "创建新数据集 \"ted2020_with_mono\"\n", "\n", "1. 修改 **config** 中的 datadir (\"./DATA/data-bin/ted2020_with_mono\")\n", "2. 将 **config** 中的 source_lang 和 target_lang 进行切换 (\"en\", \"zh\")\n", "2. 更改 **config** 中的 savedir (例如: \"./checkpoints/transformer-bt\")\n", "3. 训练模型" ] }, { "cell_type": "markdown", "metadata": { "id": "z-m3IsoJrhmd" }, "source": [ "# References" ] }, { "cell_type": "markdown", "metadata": { "id": "_CZU2beUQtl3" }, "source": [ "1. Ott, M., Edunov, S., Baevski, A., Fan, A., Gross, S., Ng, N., ... & Auli, M. (2019, June). fairseq: A Fast, Extensible Toolkit for Sequence Modeling. In Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics (Demonstrations) (pp. 48-53).\n", "2. Vaswani, A., Shazeer, N., Parmar, N., Uszkoreit, J., Jones, L., Gomez, A. N., ... & Polosukhin, I. (2017, December). Attention is all you need. In Proceedings of the 31st International Conference on Neural Information Processing Systems (pp. 6000-6010).\n", "3. Reimers, N., & Gurevych, I. (2020, November). Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation. In Proceedings of the 2020 Conference on Empirical Methods in Natural Language Processing (EMNLP) (pp. 4512-4525).\n", "4. Tiedemann, J. (2012, May). Parallel Data, Tools and Interfaces in OPUS. In Lrec (Vol. 2012, pp. 2214-2218).\n", "5. Kudo, T., & Richardson, J. (2018, November). SentencePiece: A simple and language independent subword tokenizer and detokenizer for Neural Text Processing. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing: System Demonstrations (pp. 66-71).\n", "6. Sennrich, R., Haddow, B., & Birch, A. (2016, August). Improving Neural Machine Translation Models with Monolingual Data. In Proceedings of the 54th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers) (pp. 86-96).\n", "7. Edunov, S., Ott, M., Auli, M., & Grangier, D. (2018). Understanding Back-Translation at Scale. In Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing (pp. 489-500).\n", "8. https://github.com/ajinkyakulkarni14/TED-Multilingual-Parallel-Corpus\n", "9. https://ithelp.ithome.com.tw/articles/10233122\n", "10. https://nlp.seas.harvard.edu/2018/04/03/attention.html\n", "11. https://colab.research.google.com/github/ga642381/ML2021-Spring/blob/main/HW05/HW05.ipynb" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Rrfm6iLJQ0tS" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "collapsed_sections": [ "nKb4u67-sT_Z", "n1rwQysTsdJq", "59si_C0Wsms7", "oOpG4EBRLwe_", "6ZlE_1JnMv56", "UDAPmxjRNEEL", "ce5n4eS7NQNy", "rUB9f1WCNgMH", "VFJlkOMONsc6", "Gt1lX3DRO_yU", "BAGMiun8PnZy", "JOVQRHzGQU4-", "jegH0bvMQVmR", "a65glBVXQZiE", "smA0JraEQdxz", "Jn4XeawpQjLk", "z-m3IsoJrhmd" ], "provenance": [] }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW06/HW06_Boss_0.835.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "HhIgGq3za0yh", "jp-MarkdownHeadingCollapsed": true }, "source": [ "\n", "# HW6 Diffusion Model\n", "\n", "**Sources:**\n", "- Github implementation [Denoising Diffusion Pytorch](https://github.com/lucidrains/denoising-diffusion-pytorch)\n", "- Papers on Diffusion models ([Dhariwal, Nichol, 2021], [Ho et al., 2020] ect.)\n" ] }, { "cell_type": "markdown", "metadata": { "id": "wLHSIArLcFK0" }, "source": [ "## Import Packages and Set Seeds" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "id": "s1xegyILIuLz", "outputId": "b71ce929-c0bd-4ff0-ff53-cb01b421c2e9", "tags": [] }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Looking in indexes: https://pypi.tuna.tsinghua.edu.cn/simple\n", "Requirement already satisfied: einops in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (0.8.0)\n", "Looking in indexes: https://pypi.tuna.tsinghua.edu.cn/simple\n", "Requirement already satisfied: transformers in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (4.41.2)\n", "Requirement already satisfied: filelock in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from transformers) (3.14.0)\n", "Requirement already satisfied: huggingface-hub<1.0,>=0.23.0 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from transformers) (0.23.4)\n", "Requirement already satisfied: numpy>=1.17 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from transformers) (1.26.4)\n", "Requirement already satisfied: packaging>=20.0 in 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requests->huggingface-hub->accelerate) (3.3.2)\n", "Requirement already satisfied: idna<4,>=2.5 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from requests->huggingface-hub->accelerate) (3.7)\n", "Requirement already satisfied: urllib3<3,>=1.21.1 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from requests->huggingface-hub->accelerate) (1.26.18)\n", "Requirement already satisfied: certifi>=2017.4.17 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from requests->huggingface-hub->accelerate) (2024.2.2)\n", "Requirement already satisfied: mpmath>=0.19 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from sympy->torch>=1.10.0->accelerate) (1.3.0)\n" ] } ], "source": [ "!pip install einops\n", "!pip install transformers\n", "!pip install ema_pytorch\n", "!pip install accelerate" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "id": "LQnlc27k7Aiw", "outputId": "122e675a-a91b-4fa3-d56f-1f6bb38bc094" }, "outputs": [], "source": [ "import math\n", "import copy\n", "from pathlib import Path\n", "from random import random\n", "from functools import partial\n", "from collections import namedtuple\n", "from multiprocessing import cpu_count\n", "\n", "import torch\n", "from torch import nn, einsum\n", "import torch.nn.functional as F\n", "from torch.utils.data import Dataset, DataLoader\n", "\n", "from torch.optim import Adam\n", "\n", "import torchvision\n", "from torchvision import transforms as T, utils\n", "\n", "from einops import rearrange, reduce, repeat\n", "from einops.layers.torch import Rearrange\n", "\n", "from PIL import Image\n", "from tqdm.auto import tqdm\n", "from ema_pytorch import EMA\n", "\n", "from accelerate import Accelerator, DataLoaderConfiguration\n", "import matplotlib.pyplot as plt\n", "import os\n", "\n", "# Gradescope – Question 1\n", "import matplotlib.pyplot as plt\n", "import torchvision.utils as vutils\n", "\n", "torch.backends.cudnn.benchmark = True\n", "torch.manual_seed(4096)\n", "\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(4096)" ] }, { "cell_type": "markdown", "metadata": { "id": "Rj17psVw7Shg" }, "source": [ "## Step 1: Forward process (Noise scheduler)\n", "\n", "\n" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "id": "qWw50ui9IZ5q" }, "outputs": [], "source": [ "def linear_beta_schedule(timesteps):\n", " \"\"\"\n", " linear schedule, proposed in original ddpm paper\n", " \"\"\"\n", " scale = 1000 / timesteps\n", " beta_start = scale * 0.0001\n", " beta_end = scale * 0.02\n", " return torch.linspace(beta_start, beta_end, timesteps, dtype = torch.float64)\n", "\n", "def cosine_beta_schedule(timesteps, s=0.008): # Strong\n", " \"\"\"\n", " cosine schedule as proposed in https://openreview.net/forum?id=-NEXDKk8gZ\n", " \"\"\"\n", " steps = timesteps + 1\n", " x = torch.linspace(0, timesteps, steps)\n", " alphas_cumprod = torch.cos((x / timesteps + s) / (1 + s) * math.pi * 0.5) ** 2\n", " alphas_cumprod = alphas_cumprod / alphas_cumprod[0]\n", " betas = 1 - (alphas_cumprod[1:] / alphas_cumprod[:-1])\n", " return torch.clip(betas, 0.0001, 0.9999)\n", "\n", "def sigmoid_beta_schedule(timesteps, start = -3, end = 3, tau = 1, clamp_min = 1e-5):\n", " \"\"\"\n", " sigmoid schedule\n", " proposed in https://arxiv.org/abs/2212.11972 - Figure 8\n", " better for images > 64x64, when used during training\n", " \"\"\"\n", " steps = timesteps + 1\n", " t = torch.linspace(0, timesteps, steps, dtype = torch.float64) / timesteps\n", " v_start = torch.tensor(start / tau).sigmoid()\n", " v_end = torch.tensor(end / tau).sigmoid()\n", " alphas_cumprod = (-((t * (end - start) + start) / tau).sigmoid() + v_end) / (v_end - v_start)\n", " alphas_cumprod = alphas_cumprod / alphas_cumprod[0]\n", " betas = 1 - (alphas_cumprod[1:] / alphas_cumprod[:-1])\n", " return torch.clip(betas, 0, 0.999)\n", " \n", "def extract(a, t, x_shape):\n", " b, *_ = t.shape\n", " out = a.gather(-1, t)\n", " return out.reshape(b, *((1,) * (len(x_shape) - 1)))" ] }, { "cell_type": "markdown", "metadata": { "id": "Vt6JSKawk7_b" }, "source": [ "Create dataset" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "id": "uuckjpW_k1LN" }, "outputs": [], "source": [ "class Dataset(Dataset):\n", " def __init__(\n", " self,\n", " folder,\n", " image_size\n", " ):\n", " self.folder = folder\n", " self.image_size = image_size\n", " self.paths = [p for p in Path(f'{folder}').glob(f'**/*.jpg')]\n", " #################################\n", " ## DONE: Data Augmentation ##\n", " #################################\n", " \n", " self.transform = T.Compose([ # Medium\n", " T.Resize(image_size),\n", " T.RandomHorizontalFlip(), # Randomly flip the image horizontally\n", " T.RandomRotation(10), # Random rotation\n", " T.ColorJitter(brightness=0.25, contrast=0.25), # Slight color adjustments\n", " T.ToTensor()\n", " ])\n", "\n", " def __len__(self):\n", " return len(self.paths)\n", "\n", " def __getitem__(self, index):\n", " path = self.paths[index]\n", " img = Image.open(path)\n", " return self.transform(img)" ] }, { "cell_type": "markdown", "metadata": { "id": "buW6BaNga-XH" }, "source": [ "## Step 2: The backward process = U-Net\n", "\n" ] }, { "cell_type": "markdown", "metadata": { "id": "iYw6u0nJXIWy" }, "source": [ "Define some useful functions and U-Net" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "DuJCCZ5dInQq" }, "outputs": [], "source": [ "def exists(x):\n", " return x is not None\n", "\n", "def default(val, d):\n", " if exists(val):\n", " return val\n", " return d() if callable(d) else d\n", "\n", "def identity(t, *args, **kwargs):\n", " return t\n", "\n", "def cycle(dl):\n", " while True:\n", " for data in dl:\n", " yield data\n", "\n", "def has_int_squareroot(num):\n", " return (math.sqrt(num) ** 2) == num\n", "\n", "def num_to_groups(num, divisor):\n", " groups = num // divisor\n", " remainder = num % divisor\n", " arr = [divisor] * groups\n", " if remainder > 0:\n", " arr.append(remainder)\n", " return arr\n", "\n", "# normalization functions\n", "\n", "def normalize_to_neg_one_to_one(img):\n", " return img * 2 - 1\n", "\n", "def unnormalize_to_zero_to_one(t):\n", " return (t + 1) * 0.5\n", "\n", "# small helper modules\n", "\n", "class Residual(nn.Module):\n", " def __init__(self, fn):\n", " super().__init__()\n", " self.fn = fn\n", "\n", " def forward(self, x, *args, **kwargs):\n", " return self.fn(x, *args, **kwargs) + x\n", "\n", "def Upsample(dim, dim_out = None):\n", " return nn.Sequential(\n", " nn.Upsample(scale_factor = 2, mode = 'nearest'),\n", " nn.Conv2d(dim, default(dim_out, dim), 3, padding = 1)\n", " )\n", "\n", "def Downsample(dim, dim_out = None):\n", " return nn.Sequential(\n", " Rearrange('b c (h p1) (w p2) -> b (c p1 p2) h w', p1 = 2, p2 = 2),\n", " nn.Conv2d(dim * 4, default(dim_out, dim), 1)\n", " )\n", "\n", "class WeightStandardizedConv2d(nn.Conv2d):\n", " \"\"\"\n", " https://arxiv.org/abs/1903.10520\n", " weight standardization purportedly works synergistically with group normalization\n", " \"\"\"\n", " def forward(self, x):\n", " eps = 1e-5 if x.dtype == torch.float32 else 1e-3\n", "\n", " weight = self.weight\n", " mean = reduce(weight, 'o ... -> o 1 1 1', 'mean')\n", " var = reduce(weight, 'o ... -> o 1 1 1', partial(torch.var, unbiased = False))\n", " normalized_weight = (weight - mean) * (var + eps).rsqrt()\n", "\n", " return F.conv2d(x, normalized_weight, self.bias, self.stride, self.padding, self.dilation, self.groups)\n", "\n", "class LayerNorm(nn.Module):\n", " def __init__(self, dim):\n", " super().__init__()\n", " self.g = nn.Parameter(torch.ones(1, dim, 1, 1))\n", "\n", " def forward(self, x):\n", " eps = 1e-5 if x.dtype == torch.float32 else 1e-3\n", " var = torch.var(x, dim = 1, unbiased = False, keepdim = True)\n", " mean = torch.mean(x, dim = 1, keepdim = True)\n", " return (x - mean) * (var + eps).rsqrt() * self.g\n", "\n", "class PreNorm(nn.Module):\n", " def __init__(self, dim, fn):\n", " super().__init__()\n", " self.fn = fn\n", " self.norm = LayerNorm(dim)\n", "\n", " def forward(self, x):\n", " x = self.norm(x)\n", " return self.fn(x)\n", "\n", "# sinusoidal positional embeds\n", "\n", "class SinusoidalPosEmb(nn.Module):\n", " def __init__(self, dim):\n", " super().__init__()\n", " self.dim = dim\n", "\n", " def forward(self, x):\n", " device = x.device\n", " half_dim = self.dim // 2\n", " emb = math.log(10000) / (half_dim - 1)\n", " emb = torch.exp(torch.arange(half_dim, device=device) * -emb)\n", " emb = x[:, None] * emb[None, :]\n", " emb = torch.cat((emb.sin(), emb.cos()), dim=-1)\n", " return emb\n", "\n", "class RandomOrLearnedSinusoidalPosEmb(nn.Module):\n", " \"\"\" following @crowsonkb 's lead with random (learned optional) sinusoidal pos emb \"\"\"\n", " \"\"\" https://github.com/crowsonkb/v-diffusion-jax/blob/master/diffusion/models/danbooru_128.py#L8 \"\"\"\n", "\n", " def __init__(self, dim, is_random = False):\n", " super().__init__()\n", " assert (dim % 2) == 0\n", " half_dim = dim // 2\n", " self.weights = nn.Parameter(torch.randn(half_dim), requires_grad = not is_random)\n", "\n", " def forward(self, x):\n", " x = rearrange(x, 'b -> b 1')\n", " freqs = x * rearrange(self.weights, 'd -> 1 d') * 2 * math.pi\n", " fouriered = torch.cat((freqs.sin(), freqs.cos()), dim = -1)\n", " fouriered = torch.cat((x, fouriered), dim = -1)\n", " return fouriered\n", "\n", "# building block modules\n", "\n", "class Block(nn.Module):\n", " def __init__(self, dim, dim_out, groups = 8):\n", " super().__init__()\n", " self.proj = WeightStandardizedConv2d(dim, dim_out, 3, padding = 1)\n", " self.norm = nn.GroupNorm(groups, dim_out)\n", " self.act = nn.SiLU()\n", "\n", " def forward(self, x, scale_shift = None):\n", " x = self.proj(x)\n", " x = self.norm(x)\n", "\n", " if exists(scale_shift):\n", " scale, shift = scale_shift\n", " x = x * (scale + 1) + shift\n", "\n", " x = self.act(x)\n", " return x\n", "\n", "class ResnetBlock(nn.Module):\n", " def __init__(self, dim, dim_out, *, time_emb_dim = None, groups = 8):\n", " super().__init__()\n", " self.mlp = nn.Sequential(\n", " nn.SiLU(),\n", " nn.Linear(time_emb_dim, dim_out * 2)\n", " ) if exists(time_emb_dim) else None\n", "\n", " self.block1 = Block(dim, dim_out, groups = groups)\n", " self.block2 = Block(dim_out, dim_out, groups = groups)\n", " self.res_conv = nn.Conv2d(dim, dim_out, 1) if dim != dim_out else nn.Identity()\n", "\n", " def forward(self, x, time_emb = None):\n", "\n", " scale_shift = None\n", " if exists(self.mlp) and exists(time_emb):\n", " time_emb = self.mlp(time_emb)\n", " time_emb = rearrange(time_emb, 'b c -> b c 1 1')\n", " scale_shift = time_emb.chunk(2, dim = 1)\n", "\n", " h = self.block1(x, scale_shift = scale_shift)\n", "\n", " h = self.block2(h)\n", "\n", " return h + self.res_conv(x)\n", "\n", "class LinearAttention(nn.Module):\n", " def __init__(self, dim, heads = 4, dim_head = 32):\n", " super().__init__()\n", " self.scale = dim_head ** -0.5\n", " self.heads = heads\n", " hidden_dim = dim_head * heads\n", " self.to_qkv = nn.Conv2d(dim, hidden_dim * 3, 1, bias = False)\n", "\n", " self.to_out = nn.Sequential(\n", " nn.Conv2d(hidden_dim, dim, 1),\n", " LayerNorm(dim)\n", " )\n", "\n", " def forward(self, x):\n", " b, c, h, w = x.shape\n", " qkv = self.to_qkv(x).chunk(3, dim = 1)\n", " q, k, v = map(lambda t: rearrange(t, 'b (h c) x y -> b h c (x y)', h = self.heads), qkv)\n", "\n", " q = q.softmax(dim = -2)\n", " k = k.softmax(dim = -1)\n", "\n", " q = q * self.scale\n", " v = v / (h * w)\n", "\n", " context = torch.einsum('b h d n, b h e n -> b h d e', k, v)\n", "\n", " out = torch.einsum('b h d e, b h d n -> b h e n', context, q)\n", " out = rearrange(out, 'b h c (x y) -> b (h c) x y', h = self.heads, x = h, y = w)\n", " return self.to_out(out)\n", "\n", "class Attention(nn.Module):\n", " def __init__(self, dim, heads = 4, dim_head = 32):\n", " super().__init__()\n", " self.scale = dim_head ** -0.5\n", " self.heads = heads\n", " hidden_dim = dim_head * heads\n", "\n", " self.to_qkv = nn.Conv2d(dim, hidden_dim * 3, 1, bias = False)\n", " self.to_out = nn.Conv2d(hidden_dim, dim, 1)\n", "\n", " def forward(self, x):\n", " b, c, h, w = x.shape\n", " qkv = self.to_qkv(x).chunk(3, dim = 1)\n", " q, k, v = map(lambda t: rearrange(t, 'b (h c) x y -> b h c (x y)', h = self.heads), qkv)\n", "\n", " q = q * self.scale\n", "\n", " sim = torch.einsum('b h d i, b h d j -> b h i j', q, k)\n", " attn = sim.softmax(dim = -1)\n", " out = torch.einsum('b h i j, b h d j -> b h i d', attn, v)\n", "\n", " out = rearrange(out, 'b h (x y) d -> b (h d) x y', x = h, y = w)\n", " return self.to_out(out)\n", "\n", "# model\n", "\n", "class Unet(nn.Module):\n", " def __init__(\n", " self,\n", " dim,\n", " init_dim = None,\n", " out_dim = None,\n", " dim_mults=(1, 2, 4, 8),\n", " channels = 3,\n", " resnet_block_groups = 8,\n", " learned_sinusoidal_cond = False,\n", " random_fourier_features = False,\n", " learned_sinusoidal_dim = 16\n", " ):\n", " super().__init__()\n", "\n", " # determine dimensions\n", "\n", " self.channels = channels\n", "\n", " init_dim = default(init_dim, dim)\n", " self.init_conv = nn.Conv2d(channels, init_dim, 7, padding = 3)\n", "\n", " dims = [init_dim, *map(lambda m: dim * m, dim_mults)]\n", " in_out = list(zip(dims[:-1], dims[1:]))\n", "\n", " block_klass = partial(ResnetBlock, groups = resnet_block_groups)\n", "\n", " # time embeddings\n", "\n", " time_dim = dim * 4\n", "\n", " self.random_or_learned_sinusoidal_cond = learned_sinusoidal_cond or random_fourier_features\n", "\n", " if self.random_or_learned_sinusoidal_cond:\n", " sinu_pos_emb = RandomOrLearnedSinusoidalPosEmb(learned_sinusoidal_dim, random_fourier_features)\n", " fourier_dim = learned_sinusoidal_dim + 1\n", " else:\n", " sinu_pos_emb = SinusoidalPosEmb(dim)\n", " fourier_dim = dim\n", "\n", " self.time_mlp = nn.Sequential(\n", " sinu_pos_emb,\n", " nn.Linear(fourier_dim, time_dim),\n", " nn.GELU(),\n", " nn.Linear(time_dim, time_dim)\n", " )\n", "\n", " # layers\n", "\n", " self.downs = nn.ModuleList([])\n", " self.ups = nn.ModuleList([])\n", " num_resolutions = len(in_out)\n", "\n", " for ind, (dim_in, dim_out) in enumerate(in_out):\n", " is_last = ind >= (num_resolutions - 1)\n", "\n", " self.downs.append(nn.ModuleList([\n", " block_klass(dim_in, dim_in, time_emb_dim = time_dim),\n", " block_klass(dim_in, dim_in, time_emb_dim = time_dim),\n", " Residual(PreNorm(dim_in, LinearAttention(dim_in))),\n", " Downsample(dim_in, dim_out) if not is_last else nn.Conv2d(dim_in, dim_out, 3, padding = 1)\n", " ]))\n", "\n", " mid_dim = dims[-1]\n", " self.mid_block1 = block_klass(mid_dim, mid_dim, time_emb_dim = time_dim)\n", " self.mid_attn = Residual(PreNorm(mid_dim, Attention(mid_dim)))\n", " self.mid_block2 = block_klass(mid_dim, mid_dim, time_emb_dim = time_dim)\n", "\n", " for ind, (dim_in, dim_out) in enumerate(reversed(in_out)):\n", " is_last = ind == (len(in_out) - 1)\n", "\n", " self.ups.append(nn.ModuleList([\n", " block_klass(dim_out + dim_in, dim_out, time_emb_dim = time_dim),\n", " block_klass(dim_out + dim_in, dim_out, time_emb_dim = time_dim),\n", " Residual(PreNorm(dim_out, LinearAttention(dim_out))),\n", " Upsample(dim_out, dim_in) if not is_last else nn.Conv2d(dim_out, dim_in, 3, padding = 1)\n", " ]))\n", "\n", " self.out_dim = default(out_dim, channels)\n", "\n", " self.final_res_block = block_klass(dim * 2, dim, time_emb_dim = time_dim)\n", " self.final_conv = nn.Conv2d(dim, self.out_dim, 1)\n", "\n", " def forward(self, x, time):\n", " x = self.init_conv(x)\n", " r = x.clone()\n", "\n", " t = self.time_mlp(time)\n", "\n", " h = []\n", "\n", " for block1, block2, attn, downsample in self.downs:\n", " x = block1(x, t)\n", " h.append(x)\n", "\n", " x = block2(x, t)\n", " x = attn(x)\n", " h.append(x)\n", "\n", " x = downsample(x)\n", "\n", " x = self.mid_block1(x, t)\n", " x = self.mid_attn(x)\n", " x = self.mid_block2(x, t)\n", "\n", " for block1, block2, attn, upsample in self.ups:\n", " x = torch.cat((x, h.pop()), dim = 1)\n", " x = block1(x, t)\n", "\n", " x = torch.cat((x, h.pop()), dim = 1)\n", " x = block2(x, t)\n", " x = attn(x)\n", "\n", " x = upsample(x)\n", "\n", " x = torch.cat((x, r), dim = 1)\n", "\n", " x = self.final_res_block(x, t)\n", " return self.final_conv(x)\n", "model = Unet(64)" ] }, { "cell_type": "markdown", "metadata": { "id": "8B9GlZrotBXy" }, "source": [ "## Step 3: The Diffusion Process\n", "\n" ] }, { "cell_type": "markdown", "metadata": { "id": "ph05t8MxXMoY" }, "source": [ "Define diffusion process, including generating noisy models, sample...\n" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "X7TKWoZpInQs" }, "outputs": [], "source": [ "class GaussianDiffusion(nn.Module): # Strong\n", " def __init__(\n", " self,\n", " model,\n", " *,\n", " image_size,\n", " timesteps = 1000,\n", " beta_schedule = 'linear',\n", " auto_normalize = True,\n", " ):\n", " super().__init__()\n", " assert not (type(self) == GaussianDiffusion and model.channels != model.out_dim)\n", " assert not model.random_or_learned_sinusoidal_cond\n", "\n", " self.model = model\n", "\n", " self.channels = self.model.channels\n", "\n", " self.image_size = image_size\n", "\n", "\n", " if beta_schedule == 'linear':\n", " beta_schedule_fn = linear_beta_schedule\n", " elif beta_schedule == 'cosine':\n", " beta_schedule_fn = cosine_beta_schedule\n", " elif beta_schedule == 'sigmoid':\n", " beta_schedule_fn = sigmoid_beta_schedule\n", " else:\n", " raise ValueError(f'unknown beta schedule {beta_schedule}')\n", " \n", " # calculate beta and other precalculated parameters\n", " betas = beta_schedule_fn(timesteps)\n", " \n", " alphas = 1. - betas\n", " alphas_cumprod = torch.cumprod(alphas, dim=0)\n", " alphas_cumprod_prev = F.pad(alphas_cumprod[:-1], (1, 0), value = 1.)\n", "\n", " timesteps, = betas.shape\n", " self.num_timesteps = int(timesteps)\n", "\n", " # sampling related parameters\n", "\n", " self.sampling_timesteps = timesteps # default num sampling timesteps to number of timesteps at training\n", "\n", " # helper function to register buffer from float64 to float32\n", "\n", " register_buffer = lambda name, val: self.register_buffer(name, val.to(torch.float32))\n", "\n", " register_buffer('betas', betas)\n", " register_buffer('alphas_cumprod', alphas_cumprod)\n", " register_buffer('alphas_cumprod_prev', alphas_cumprod_prev)\n", "\n", " # calculations for diffusion q(x_t | x_{t-1}) and others\n", "\n", " register_buffer('sqrt_alphas_cumprod', torch.sqrt(alphas_cumprod))\n", " register_buffer('sqrt_one_minus_alphas_cumprod', torch.sqrt(1. - alphas_cumprod))\n", " register_buffer('log_one_minus_alphas_cumprod', torch.log(1. - alphas_cumprod))\n", " register_buffer('sqrt_recip_alphas_cumprod', torch.sqrt(1. / alphas_cumprod))\n", " register_buffer('sqrt_recipm1_alphas_cumprod', torch.sqrt(1. / alphas_cumprod - 1))\n", "\n", " # calculations for posterior q(x_{t-1} | x_t, x_0)\n", "\n", " posterior_variance = betas * (1. - alphas_cumprod_prev) / (1. - alphas_cumprod)\n", "\n", " # above: equal to 1. / (1. / (1. - alpha_cumprod_tm1) + alpha_t / beta_t)\n", "\n", " register_buffer('posterior_variance', posterior_variance)\n", "\n", " # below: log calculation clipped because the posterior variance is 0 at the beginning of the diffusion chain\n", "\n", " register_buffer('posterior_log_variance_clipped', torch.log(posterior_variance.clamp(min =1e-20)))\n", " register_buffer('posterior_mean_coef1', betas * torch.sqrt(alphas_cumprod_prev) / (1. - alphas_cumprod))\n", " register_buffer('posterior_mean_coef2', (1. - alphas_cumprod_prev) * torch.sqrt(alphas) / (1. - alphas_cumprod))\n", "\n", " # derive loss weight\n", " # snr - signal noise ratio\n", "\n", " snr = alphas_cumprod / (1 - alphas_cumprod)\n", "\n", " # https://arxiv.org/abs/2303.09556\n", "\n", " maybe_clipped_snr = snr.clone()\n", "\n", " register_buffer('loss_weight', maybe_clipped_snr / snr)\n", "\n", " # auto-normalization of data [0, 1] -> [-1, 1] - can turn off by setting it to be False\n", "\n", " self.normalize = normalize_to_neg_one_to_one if auto_normalize else identity\n", " self.unnormalize = unnormalize_to_zero_to_one if auto_normalize else identity\n", "\n", " def predict_start_from_noise(self, x_t, t, noise):\n", " return (\n", " extract(self.sqrt_recip_alphas_cumprod, t, x_t.shape) * x_t -\n", " extract(self.sqrt_recipm1_alphas_cumprod, t, x_t.shape) * noise\n", " )\n", "\n", " def predict_noise_from_start(self, x_t, t, x0):\n", " return (\n", " (extract(self.sqrt_recip_alphas_cumprod, t, x_t.shape) * x_t - x0) / \\\n", " extract(self.sqrt_recipm1_alphas_cumprod, t, x_t.shape)\n", " )\n", "\n", "\n", " def q_posterior(self, x_start, x_t, t):\n", " posterior_mean = (\n", " extract(self.posterior_mean_coef1, t, x_t.shape) * x_start +\n", " extract(self.posterior_mean_coef2, t, x_t.shape) * x_t\n", " )\n", " posterior_variance = extract(self.posterior_variance, t, x_t.shape)\n", " posterior_log_variance_clipped = extract(self.posterior_log_variance_clipped, t, x_t.shape)\n", " return posterior_mean, posterior_variance, posterior_log_variance_clipped\n", "\n", " def model_predictions(self, x, t, clip_x_start = False, rederive_pred_noise = False):\n", " model_output = self.model(x, t)\n", " maybe_clip = partial(torch.clamp, min = -1., max = 1.) if clip_x_start else identity\n", "\n", " pred_noise = model_output\n", " x_start = self.predict_start_from_noise(x, t, pred_noise)\n", " x_start = maybe_clip(x_start)\n", "\n", " if clip_x_start and rederive_pred_noise:\n", " pred_noise = self.predict_noise_from_start(x, t, x_start)\n", "\n", " return pred_noise, x_start\n", "\n", " def p_mean_variance(self, x, t, clip_denoised = True):\n", " noise, x_start = self.model_predictions(x, t)\n", "\n", " if clip_denoised:\n", " x_start.clamp_(-1., 1.)\n", "\n", " model_mean, posterior_variance, posterior_log_variance = self.q_posterior(x_start = x_start, x_t = x, t = t)\n", " return model_mean, posterior_variance, posterior_log_variance, x_start\n", "\n", " @torch.no_grad()\n", " def p_sample(self, x, t: int):\n", " b, *_, device = *x.shape, x.device\n", " batched_times = torch.full((b,), t, device = x.device, dtype = torch.long)\n", " model_mean, _, model_log_variance, x_start = self.p_mean_variance(x = x, t = batched_times, clip_denoised = True)\n", " noise = torch.randn_like(x) if t > 0 else 0. # no noise if t == 0\n", " pred_img = model_mean + (0.5 * model_log_variance).exp() * noise\n", " return pred_img, x_start\n", "\n", " # Gradescope – Question 1\n", " @torch.no_grad()\n", " def p_sample_loop(self, shape, return_all_timesteps = False, num_samples=5, save_path='./Q1_progressive_generation.png'):\n", " batch, device = shape[0], self.betas.device\n", "\n", " img = torch.randn(shape, device = device)\n", " imgs = [img]\n", " samples = [img[:num_samples]] # Store initial noisy samples\n", "\n", " x_start = None\n", " \n", " ###########################################\n", " ## DONE: plot the sampling process ##\n", " ###########################################\n", " for t in tqdm(reversed(range(0, self.num_timesteps)), desc = 'sampling loop time step', total = self.num_timesteps):\n", " img, x_start = self.p_sample(img, t)\n", " imgs.append(img)\n", " if t % (self.num_timesteps // 20) == 0:\n", " samples.append(img[:num_samples]) # Store samples at specific steps\n", " \n", " ret = img if not return_all_timesteps else torch.stack(imgs, dim = 1)\n", "\n", " ret = self.unnormalize(ret)\n", " self.plot_progressive_generation(samples, len(samples)-1, save_path=save_path)\n", " return ret\n", "\n", " @torch.no_grad()\n", " def sample(self, batch_size = 16, return_all_timesteps = False):\n", " image_size, channels = self.image_size, self.channels\n", " sample_fn = self.p_sample_loop\n", " return sample_fn((batch_size, channels, image_size, image_size), return_all_timesteps = return_all_timesteps)\n", "\n", "\n", " def q_sample(self, x_start, t, noise=None):\n", " noise = default(noise, lambda: torch.randn_like(x_start))\n", "\n", " return (\n", " extract(self.sqrt_alphas_cumprod, t, x_start.shape) * x_start +\n", " extract(self.sqrt_one_minus_alphas_cumprod, t, x_start.shape) * noise\n", " )\n", "\n", " @property\n", " def loss_fn(self):\n", " return F.mse_loss\n", "\n", "\n", " def p_losses(self, x_start, t, noise = None):\n", " b, c, h, w = x_start.shape\n", " noise = default(noise, lambda: torch.randn_like(x_start))\n", "\n", " # noise sample\n", "\n", " x = self.q_sample(x_start = x_start, t = t, noise = noise)\n", "\n", " # predict and take gradient step\n", "\n", " model_out = self.model(x, t)\n", "\n", " loss = self.loss_fn(model_out, noise, reduction = 'none')\n", " loss = reduce(loss, 'b ... -> b (...)', 'mean')\n", "\n", " loss = loss * extract(self.loss_weight, t, loss.shape)\n", " return loss.mean()\n", "\n", " def forward(self, img, *args, **kwargs):\n", " b, c, h, w, device, img_size, = *img.shape, img.device, self.image_size\n", " assert h == img_size and w == img_size, f'height and width of image must be {img_size}'\n", " t = torch.randint(0, self.num_timesteps, (b,), device=device).long()\n", "\n", " img = self.normalize(img)\n", " return self.p_losses(img, t, *args, **kwargs)\n", "\n", " # Gradescope – Question 1\n", " def plot_progressive_generation(self, samples, num_steps, save_path=None):\n", " fig, axes = plt.subplots(1, num_steps + 1, figsize=(20, 4))\n", " for i, sample in enumerate(samples):\n", " axes[i].imshow(vutils.make_grid(sample, nrow=1, normalize=True).permute(1, 2, 0).cpu().numpy())\n", " axes[i].axis('off')\n", " axes[i].set_title(f'Step {i}')\n", " if save_path:\n", " plt.savefig(save_path)\n", " plt.show()\n" ] }, { "cell_type": "markdown", "metadata": { "id": "yWJUjFIHInQt" }, "source": [ "Define Trainer: define the updating process" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "Ed12NNXPtDon" }, "outputs": [], "source": [ "class Trainer(object):\n", " def __init__(\n", " self,\n", " diffusion_model,\n", " folder,\n", " *,\n", " train_batch_size = 16,\n", " gradient_accumulate_every = 1,\n", " train_lr = 1e-4,\n", " train_num_steps = 100000,\n", " ema_update_every = 10,\n", " ema_decay = 0.995,\n", " adam_betas = (0.9, 0.99),\n", " save_and_sample_every = 1000,\n", " num_samples = 25,\n", " results_folder = './results',\n", " split_batches = True,\n", " inception_block_idx = 2048\n", " ):\n", " super().__init__()\n", "\n", " # Create DataLoaderConfiguration\n", " dataloader_config = DataLoaderConfiguration(split_batches=split_batches)\n", "\n", "# # accelerator\n", "\n", "# self.accelerator = Accelerator(\n", "# split_batches = split_batches,\n", "# mixed_precision = 'no'\n", "# )\n", " \n", " # Create Accelerator with DataLoaderConfiguration\n", " self.accelerator = Accelerator(\n", " dataloader_config=dataloader_config,\n", " mixed_precision='no')\n", " \n", "\n", " # model\n", "\n", " self.model = diffusion_model\n", " self.channels = diffusion_model.channels\n", "\n", " # sampling and training hyperparameters\n", "\n", " assert has_int_squareroot(num_samples), 'number of samples must have an integer square root'\n", " self.num_samples = num_samples\n", " self.save_and_sample_every = save_and_sample_every\n", "\n", " self.batch_size = train_batch_size\n", " self.gradient_accumulate_every = gradient_accumulate_every\n", "\n", " self.train_num_steps = train_num_steps\n", " self.image_size = diffusion_model.image_size\n", "\n", " # dataset and dataloader\n", "\n", " self.ds = Dataset(folder, self.image_size)\n", " dl = DataLoader(self.ds, batch_size = train_batch_size, shuffle = True, pin_memory = True, num_workers = cpu_count())\n", "\n", " dl = self.accelerator.prepare(dl)\n", " self.dl = cycle(dl)\n", "\n", " # optimizer\n", "\n", " self.opt = Adam(diffusion_model.parameters(), lr = train_lr, betas = adam_betas)\n", "\n", " # for logging results in a folder periodically\n", "\n", " if self.accelerator.is_main_process:\n", " self.ema = EMA(diffusion_model, beta = ema_decay, update_every = ema_update_every)\n", " self.ema.to(self.device)\n", "\n", " self.results_folder = Path(results_folder)\n", " self.results_folder.mkdir(exist_ok = True)\n", "\n", " # step counter state\n", "\n", " self.step = 0\n", "\n", " # prepare model, dataloader, optimizer with accelerator\n", "\n", " self.model, self.opt = self.accelerator.prepare(self.model, self.opt)\n", "\n", " @property\n", " def device(self):\n", " return self.accelerator.device\n", "\n", " def save(self, milestone):\n", " if not self.accelerator.is_local_main_process:\n", " return\n", "\n", " data = {\n", " 'step': self.step,\n", " 'model': self.accelerator.get_state_dict(self.model),\n", " 'opt': self.opt.state_dict(),\n", " 'ema': self.ema.state_dict(),\n", " 'scaler': self.accelerator.scaler.state_dict() if exists(self.accelerator.scaler) else None,\n", " }\n", "\n", " torch.save(data, str(self.results_folder / f'model-{milestone}.pt'))\n", "\n", " def load(self, ckpt):\n", " accelerator = self.accelerator\n", " device = accelerator.device\n", "\n", " data = torch.load(ckpt, map_location=device)\n", "\n", " model = self.accelerator.unwrap_model(self.model)\n", " model.load_state_dict(data['model'])\n", "\n", " self.step = data['step']\n", " self.opt.load_state_dict(data['opt'])\n", " if self.accelerator.is_main_process:\n", " self.ema.load_state_dict(data[\"ema\"])\n", "\n", "\n", " if exists(self.accelerator.scaler) and exists(data['scaler']):\n", " self.accelerator.scaler.load_state_dict(data['scaler'])\n", "\n", "\n", " def train(self):\n", " accelerator = self.accelerator\n", " device = accelerator.device\n", "\n", " with tqdm(initial = self.step, total = self.train_num_steps, disable = not accelerator.is_main_process) as pbar:\n", "\n", " while self.step < self.train_num_steps:\n", "\n", " total_loss = 0.\n", "\n", " for _ in range(self.gradient_accumulate_every):\n", " data = next(self.dl).to(device)\n", "\n", " with self.accelerator.autocast():\n", " loss = self.model(data)\n", " loss = loss / self.gradient_accumulate_every\n", " total_loss += loss.item()\n", "\n", " self.accelerator.backward(loss)\n", "\n", " accelerator.clip_grad_norm_(self.model.parameters(), 1.0)\n", " pbar.set_description(f'loss: {total_loss:.4f}')\n", "\n", " accelerator.wait_for_everyone()\n", "\n", " self.opt.step()\n", " self.opt.zero_grad()\n", "\n", " accelerator.wait_for_everyone()\n", "\n", " self.step += 1\n", " if accelerator.is_main_process:\n", " self.ema.update()\n", "\n", " if self.step != 0 and self.step % self.save_and_sample_every == 0:\n", " self.ema.ema_model.eval()\n", "\n", " with torch.no_grad():\n", " milestone = self.step // self.save_and_sample_every\n", " batches = num_to_groups(self.num_samples, self.batch_size)\n", " all_images_list = list(map(lambda n: self.ema.ema_model.sample(batch_size=n), batches))\n", "\n", " all_images = torch.cat(all_images_list, dim = 0)\n", "\n", " utils.save_image(all_images, str(self.results_folder / f'sample-{milestone}.png'), nrow = int(math.sqrt(self.num_samples)))\n", " \n", " self.save(milestone)\n", "\n", " pbar.update(1)\n", "\n", " accelerator.print('training complete')\n", " \n", " def inference(self, num=1000, n_iter=10, output_path='./submission'):\n", " if not os.path.exists(output_path):\n", " os.mkdir(output_path)\n", " with torch.no_grad():\n", " for i in range(n_iter):\n", " batches = num_to_groups(num // n_iter, 100)\n", " all_images = list(map(lambda n: self.ema.ema_model.sample(batch_size=n), batches))[0]\n", " \n", " for j in range(all_images.size(0)):\n", " torchvision.utils.save_image(all_images[j], f'{output_path}/{i * 100 + j + 1}.jpg')\n", "\n", "\n", " " ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# StyleGAN" ] }, { "cell_type": "markdown", "metadata": { "id": "wLHSIArLcFK0" }, "source": [ "## Import Packages and Set Seeds" ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Looking in indexes: https://pypi.tuna.tsinghua.edu.cn/simple\n", "Requirement already satisfied: torch in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (2.3.0)\n", "Requirement already satisfied: torchvision in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (0.18.0)\n", "Requirement already satisfied: filelock in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (3.14.0)\n", "Requirement already satisfied: typing-extensions>=4.8.0 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (4.11.0)\n", "Requirement already satisfied: sympy in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (1.12)\n", "Requirement already satisfied: networkx in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (3.3)\n", "Requirement already satisfied: jinja2 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (3.1.4)\n", "Requirement already satisfied: fsspec in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (2024.3.1)\n", "Requirement already satisfied: nvidia-cuda-nvrtc-cu12==12.1.105 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (12.1.105)\n", "Requirement already satisfied: nvidia-cuda-runtime-cu12==12.1.105 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (12.1.105)\n", "Requirement already satisfied: nvidia-cuda-cupti-cu12==12.1.105 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (12.1.105)\n", "Requirement already satisfied: nvidia-cudnn-cu12==8.9.2.26 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (8.9.2.26)\n", "Requirement already satisfied: nvidia-cublas-cu12==12.1.3.1 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (12.1.3.1)\n", "Requirement already satisfied: nvidia-cufft-cu12==11.0.2.54 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (11.0.2.54)\n", "Requirement already satisfied: nvidia-curand-cu12==10.3.2.106 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (10.3.2.106)\n", "Requirement already satisfied: nvidia-cusolver-cu12==11.4.5.107 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (11.4.5.107)\n", "Requirement already satisfied: nvidia-cusparse-cu12==12.1.0.106 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (12.1.0.106)\n", "Requirement already satisfied: nvidia-nccl-cu12==2.20.5 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (2.20.5)\n", "Requirement already satisfied: nvidia-nvtx-cu12==12.1.105 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (12.1.105)\n", "Requirement already satisfied: triton==2.3.0 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch) (2.3.0)\n", "Requirement already satisfied: nvidia-nvjitlink-cu12 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from nvidia-cusolver-cu12==11.4.5.107->torch) (12.4.127)\n", "Requirement already satisfied: numpy in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torchvision) (1.26.4)\n", "Requirement already satisfied: pillow!=8.3.*,>=5.3.0 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torchvision) (10.3.0)\n", "Requirement already satisfied: MarkupSafe>=2.0 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from jinja2->torch) (2.1.5)\n", "Requirement already satisfied: mpmath>=0.19 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from sympy->torch) (1.3.0)\n", "zsh:1: unknown file attribute: 1\n", "Looking in indexes: https://pypi.tuna.tsinghua.edu.cn/simple\n", "Requirement already satisfied: ninja in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (1.11.1.1)\n" ] } ], "source": [ "!pip install torch torchvision\n", "!git clone https://github.com/NVlaRefresh (1 sec) http://localhost:8888/lab?token=1421be6f9845d5405710f19bd3d77885f171e04ef56882f5bs/stylegan2-ada-pytorch.git\n", "!pip install ninja" ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [], "source": [ "import sys\n", "sys.path.append('stylegan2-ada-pytorch')\n", "\n", "import dnnlib\n", "import legacy\n", "import torch\n", "import os\n", "from accelerate import Accelerator\n", "from ema_pytorch import EMA\n", "from torch.utils.data import Dataset, DataLoader\n", "from torchvision import transforms as T, utils\n", "from pathlib import Path\n", "from PIL import Image\n", "from tqdm import tqdm\n", "import numpy as np\n", "\n", "# Gradescope – Question 1\n", "import matplotlib.pyplot as plt\n", "import torchvision.utils as vutils\n", "\n", "torch.backends.cudnn.benchmark = True\n", "torch.manual_seed(4096)\n", "\n", "if torch.cuda.is_available():\n", " torch.cuda.manual_seed(4096)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [], "source": [ "class Dataset(Dataset):\n", " def __init__(\n", " self,\n", " folder,\n", " image_size\n", " ):\n", " self.folder = folder\n", " self.image_size = image_size\n", " self.paths = [p for p in Path(f'{folder}').glob(f'**/*.jpg')]\n", " self.transform = T.Compose([\n", " T.Resize(image_size),\n", " T.RandomHorizontalFlip(),\n", " T.RandomRotation(10),\n", " T.ColorJitter(brightness=0.25, contrast=0.25),\n", " T.ToTensor()\n", " ])\n", "\n", " def __len__(self):\n", " return len(self.paths)\n", "\n", " def __getitem__(self, index):\n", " path = self.paths[index]\n", " img = Image.open(path).convert('RGB')\n", " return self.transform(img)\n", "\n", "def cycle(dl):\n", " while True:\n", " for data in dl:\n", " yield data\n", "\n", "def num_to_groups(num, divisor):\n", " groups = num // divisor\n", " remainder = num % divisor\n", " arr = [divisor] * groups\n", " if remainder > 0:\n", " arr.append(remainder)\n", " return arr" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [], "source": [ "class StyleGANTrainer(object):\n", " def __init__(\n", " self, \n", " folder, \n", " image_size, \n", " *,\n", " train_batch_size=16, \n", " gradient_accumulate_every=1, \n", " train_lr=1e-4, \n", " train_num_steps=100000, \n", " ema_update_every=10, \n", " ema_decay=0.995, \n", " save_and_sample_every=1000, \n", " num_samples=25, \n", " results_folder='./results', \n", " split_batches=True\n", " ):\n", " super().__init__()\n", "\n", " dataloader_config = DataLoaderConfiguration(split_batches=split_batches)\n", " self.accelerator = Accelerator(\n", " dataloader_config=dataloader_config,\n", " mixed_precision='no')\n", " \n", " self.image_size = image_size\n", "\n", " # Initialize the generator and discriminator\n", " self.gen = self.create_generator().cuda()\n", " self.dis = self.create_discriminator().cuda()\n", " self.g_optim = torch.optim.Adam(self.gen.parameters(), lr=train_lr, betas=(0.0, 0.99))\n", " self.d_optim = torch.optim.Adam(self.dis.parameters(), lr=train_lr, betas=(0.0, 0.99))\n", " \n", " self.train_num_steps = train_num_steps\n", " self.batch_size = train_batch_size\n", " self.gradient_accumulate_every = gradient_accumulate_every\n", "\n", " # Initialize the dataset and dataloader\n", " self.ds = Dataset(folder, image_size)\n", " self.dl = cycle(DataLoader(self.ds, batch_size=train_batch_size, shuffle=True, pin_memory=True, num_workers=os.cpu_count()))\n", "\n", " # Initialize the EMA for the generator\n", " self.ema = EMA(self.gen, beta=ema_decay, update_every=ema_update_every).to(self.device)\n", " \n", " self.results_folder = Path(results_folder)\n", " self.results_folder.mkdir(exist_ok=True)\n", " \n", " self.save_and_sample_every = save_and_sample_every\n", " self.num_samples = num_samples\n", " self.step = 0\n", "\n", " def create_generator(self):\n", " return dnnlib.util.construct_class_by_name(\n", " class_name='training.networks.Generator',\n", " z_dim=512,\n", " c_dim=0,\n", " w_dim=512,\n", " img_resolution=self.image_size,\n", " img_channels=3\n", " )\n", "\n", " def create_discriminator(self):\n", " return dnnlib.util.construct_class_by_name(\n", " class_name='training.networks.Discriminator',\n", " c_dim=0,\n", " img_resolution=self.image_size,\n", " img_channels=3\n", " )\n", "\n", " @property\n", " def device(self):\n", " return self.accelerator.device\n", "\n", " def save(self, milestone):\n", " if not self.accelerator.is_local_main_process:\n", " return\n", "\n", " data = {\n", " 'step': self.step,\n", " 'gen': self.accelerator.get_state_dict(self.gen),\n", " 'dis': self.accelerator.get_state_dict(self.dis),\n", " 'g_optim': self.g_optim.state_dict(),\n", " 'd_optim': self.d_optim.state_dict(),\n", " 'ema': self.ema.state_dict()\n", " }\n", "\n", " torch.save(data, str(self.results_folder / f'model-{milestone}.pt'))\n", "\n", " def load(self, ckpt):\n", " data = torch.load(ckpt, map_location=self.device)\n", " self.gen.load_state_dict(data['gen'])\n", " self.dis.load_state_dict(data['dis'])\n", " self.g_optim.load_state_dict(data['g_optim'])\n", " self.d_optim.load_state_dict(data['d_optim'])\n", " self.ema.load_state_dict(data['ema'])\n", " self.step = data['step']\n", "\n", " def train(self):\n", " with tqdm(initial=self.step, total=self.train_num_steps, disable=not self.accelerator.is_main_process) as pbar:\n", " while self.step < self.train_num_steps:\n", " total_g_loss = 0.\n", " total_d_loss = 0.\n", "\n", " for _ in range(self.gradient_accumulate_every):\n", " # Get a batch of real images\n", " real_images = next(self.dl).to(self.device)\n", " \n", " # Generate latent vectors\n", " latent = torch.randn([self.batch_size, self.gen.z_dim]).cuda()\n", " \n", " # Generate fake images\n", " fake_images = self.gen(latent, None)\n", "\n", " # Discriminator logits for real and fake images\n", " real_logits = self.dis(real_images, None)\n", " fake_logits = self.dis(fake_images.detach(), None)\n", "\n", " # Discriminator loss\n", " d_loss = torch.nn.functional.softplus(fake_logits).mean() + torch.nn.functional.softplus(-real_logits).mean()\n", "\n", " # Update discriminator\n", " self.d_optim.zero_grad()\n", " self.accelerator.backward(d_loss / self.gradient_accumulate_every)\n", " self.d_optim.step()\n", " total_d_loss += d_loss.item()\n", "\n", " # Generator logits for fake images\n", " fake_logits = self.dis(fake_images, None)\n", "\n", " # Generator loss\n", " g_loss = torch.nn.functional.softplus(-fake_logits).mean()\n", "\n", " # Update generator\n", " self.g_optim.zero_grad()\n", " self.accelerator.backward(g_loss / self.gradient_accumulate_every)\n", " self.g_optim.step()\n", " total_g_loss += g_loss.item()\n", "\n", " self.ema.update()\n", "\n", " pbar.set_description(f'G loss: {total_g_loss:.4f} D loss: {total_d_loss:.4f}')\n", " self.step += 1\n", "\n", " if self.step % self.save_and_sample_every == 0:\n", " self.ema.ema_model.eval()\n", " with torch.no_grad():\n", " milestone = self.step // self.save_and_sample_every\n", " batches = num_to_groups(self.num_samples, self.batch_size)\n", " all_images_list = list(map(lambda n: self.ema.ema_model(torch.randn([n, self.gen.z_dim]).cuda(), None), batches))\n", " all_images = torch.cat(all_images_list, dim=0)\n", " utils.save_image(all_images, str(self.results_folder / f'sample-{milestone}.png'), nrow=int(np.sqrt(self.num_samples)))\n", " self.save(milestone)\n", " pbar.update(1)\n", "\n", " print('Training complete')\n", "\n", " def inference(self, num=1000, n_iter=5, output_path='./submission'):\n", " if not os.path.exists(output_path):\n", " os.mkdir(output_path)\n", " with torch.no_grad():\n", " for i in range(n_iter):\n", " latent = torch.randn(num // n_iter, self.gen.z_dim).cuda()\n", " images = self.ema.ema_model(latent, None)\n", " for j, img in enumerate(images):\n", " utils.save_image(img, f'{output_path}/{i * (num // n_iter) + j + 1}.jpg')" ] }, { "cell_type": "markdown", "metadata": { "id": "TZM7HR-UInQu" }, "source": [ "# Training Hyper-parameters" ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ " 0%| | 0/20000 [00:00=1.0.1 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from pytorch-fid) (2.3.0)\n", "Requirement already satisfied: torchvision>=0.2.2 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from pytorch-fid) (0.18.0)\n", "Requirement already satisfied: filelock in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (3.14.0)\n", "Requirement already satisfied: typing-extensions>=4.8.0 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (4.11.0)\n", "Requirement already satisfied: sympy in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (1.12)\n", "Requirement already satisfied: networkx in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (3.3)\n", "Requirement already satisfied: jinja2 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (3.1.4)\n", "Requirement already satisfied: fsspec in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (2024.3.1)\n", "Requirement already satisfied: nvidia-cuda-nvrtc-cu12==12.1.105 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (12.1.105)\n", "Requirement already satisfied: nvidia-cuda-runtime-cu12==12.1.105 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (12.1.105)\n", "Requirement already satisfied: nvidia-cuda-cupti-cu12==12.1.105 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (12.1.105)\n", "Requirement already satisfied: nvidia-cudnn-cu12==8.9.2.26 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (8.9.2.26)\n", "Requirement already satisfied: nvidia-cublas-cu12==12.1.3.1 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (12.1.3.1)\n", "Requirement already satisfied: nvidia-cufft-cu12==11.0.2.54 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (11.0.2.54)\n", "Requirement already satisfied: nvidia-curand-cu12==10.3.2.106 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (10.3.2.106)\n", "Requirement already satisfied: nvidia-cusolver-cu12==11.4.5.107 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (11.4.5.107)\n", "Requirement already satisfied: nvidia-cusparse-cu12==12.1.0.106 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (12.1.0.106)\n", "Requirement already satisfied: nvidia-nccl-cu12==2.20.5 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (2.20.5)\n", "Requirement already satisfied: nvidia-nvtx-cu12==12.1.105 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (12.1.105)\n", "Requirement already satisfied: triton==2.3.0 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from torch>=1.0.1->pytorch-fid) (2.3.0)\n", "Requirement already satisfied: nvidia-nvjitlink-cu12 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from nvidia-cusolver-cu12==11.4.5.107->torch>=1.0.1->pytorch-fid) (12.4.127)\n", "Requirement already satisfied: MarkupSafe>=2.0 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from jinja2->torch>=1.0.1->pytorch-fid) (2.1.5)\n", "Requirement already satisfied: mpmath>=0.19 in /home/hoperj/miniconda3/envs/UQ/lib/python3.10/site-packages (from sympy->torch>=1.0.1->pytorch-fid) (1.3.0)\n", "--2024-06-19 04:34:04-- https://raw.githubusercontent.com/nagadomi/lbpcascade_animeface/master/lbpcascade_animeface.xml\n", "Connecting to 127.0.0.1:7890... connected.\n", "Proxy request sent, awaiting response... 200 OK\n", "Length: 246945 (241K) [text/plain]\n", "Saving to: ‘lbpcascade_animeface.xml’\n", "\n", "lbpcascade_animefac 100%[===================>] 241.16K 494KB/s in 0.5s \n", "\n", "2024-06-19 04:34:05 (494 KB/s) - ‘lbpcascade_animeface.xml’ saved [246945/246945]\n", "\n" ] } ], "source": [ "!pip install pytorch-fid\n", "!wget https://raw.githubusercontent.com/nagadomi/lbpcascade_animeface/master/lbpcascade_animeface.xml -O lbpcascade_animeface.xml" ] }, { "cell_type": "code", "execution_count": 16, "metadata": { "tags": [] }, "outputs": [], "source": [ "from ultralytics import YOLO\n", "from pytorch_fid import fid_score\n", "import os\n", "\n", "def calculate_fid(real_images_path, generated_images_path):\n", " \"\"\"\n", " Calculate FID score between real and generated images.\n", " \n", " :param real_images_path: Path to the directory containing real images.\n", " :param generated_images_path: Path to the directory containing generated images.\n", " :return: FID score\n", " \"\"\"\n", " fid = fid_score.calculate_fid_given_paths([real_images_path, generated_images_path], batch_size=50, device='cuda', dims=2048)\n", " return fid\n", "\n", "def calculate_afd(generated_images_path, save=True):\n", " \"\"\"\n", " Calculate AFD (Anime Face Detection) score for generated images.\n", " \n", " :param generated_images_path: Path to the directory containing generated images.\n", " :return: AFD score (percentage of images detected as anime faces)\n", " \"\"\"\n", " results = yolov8_animeface.predict(generated_images_path, save=save, conf=0.8, iou=0.8, imgsz=64)\n", "\n", " anime_faces_detected = 0\n", " total_images = len(results)\n", "\n", " for result in results:\n", " if len(result.boxes) > 0:\n", " anime_faces_detected += 1\n", "\n", " afd_score = anime_faces_detected / total_images\n", " return afd_score\n", " " ] }, { "cell_type": "code", "execution_count": 22, "metadata": { "scrolled": true, "tags": [] }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "100%|████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████████| 1427/1427 [02:32<00:00, 9.37it/s]\n", 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face, 6.0ms\n", "image 979/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/98.jpg: 64x64 1 face, 6.0ms\n", "image 980/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/980.jpg: 64x64 1 face, 6.0ms\n", "image 981/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/981.jpg: 64x64 1 face, 6.2ms\n", "image 982/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/982.jpg: 64x64 (no detections), 6.2ms\n", "image 983/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/983.jpg: 64x64 1 face, 6.1ms\n", "image 984/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/984.jpg: 64x64 1 face, 6.1ms\n", "image 985/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/985.jpg: 64x64 (no detections), 6.1ms\n", "image 986/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/986.jpg: 64x64 1 face, 6.1ms\n", "image 987/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/987.jpg: 64x64 (no detections), 6.0ms\n", "image 988/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/988.jpg: 64x64 1 face, 6.0ms\n", "image 989/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/989.jpg: 64x64 (no detections), 6.1ms\n", "image 990/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/99.jpg: 64x64 1 face, 6.1ms\n", "image 991/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/990.jpg: 64x64 1 face, 6.1ms\n", "image 992/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/991.jpg: 64x64 1 face, 6.1ms\n", "image 993/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/992.jpg: 64x64 1 face, 6.1ms\n", "image 994/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/993.jpg: 64x64 1 face, 6.1ms\n", "image 995/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/994.jpg: 64x64 1 face, 6.1ms\n", "image 996/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/995.jpg: 64x64 1 face, 6.1ms\n", "image 997/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/996.jpg: 64x64 1 face, 6.1ms\n", "image 998/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/997.jpg: 64x64 1 face, 6.1ms\n", "image 999/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/998.jpg: 64x64 1 face, 6.1ms\n", "image 1000/1000 /home/hoperj/DeepLearning/HUNG-YI_LEE_Machine-Learning_Homework/HW06/submission/999.jpg: 64x64 1 face, 6.1ms\n", "Speed: 0.1ms preprocess, 6.1ms inference, 0.4ms postprocess per image at shape (1, 3, 64, 64)\n", "Results saved to \u001b[1mruns/detect/predict17\u001b[0m\n" ] } ], "source": [ "# Calculate and print FID and AFD with optional visualization\n", "yolov8_animeface = YOLO('yolov8x6_animeface.pt')\n", "real_images_path = './faces/faces' # Replace with the path to real images\n", "fid = calculate_fid(real_images_path, './submission/boss')\n", "afd = calculate_afd('./submission/boss')" ] }, { "cell_type": "code", "execution_count": 23, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "FID: 217.64170351097306\n", "AFD: 0.835\n" ] } ], "source": [ "print(f'FID: {fid}')\n", "print(f'AFD: {afd}')" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [] } ], "metadata": { "kaggle": { "accelerator": "none", "dataSources": [ { "datasetId": 3065496, "sourceId": 5266736, "sourceType": "datasetVersion" } ], "dockerImageVersionId": 30445, "isGpuEnabled": false, "isInternetEnabled": true, "language": "python", "sourceType": "notebook" }, "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.10.14" } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW06/HW06_Medium_0.536.ipynb ================================================ [File too large to display: 69.8 MB] ================================================ FILE: HW06/HW06_Sample_Code.ipynb ================================================ {"metadata":{"kernelspec":{"language":"python","display_name":"Python 3","name":"python3"},"language_info":{"pygments_lexer":"ipython3","nbconvert_exporter":"python","version":"3.6.4","file_extension":".py","codemirror_mode":{"name":"ipython","version":3},"name":"python","mimetype":"text/x-python"},"kaggle":{"accelerator":"none","dataSources":[{"sourceId":5266736,"sourceType":"datasetVersion","datasetId":3065496}],"dockerImageVersionId":30445,"isInternetEnabled":true,"language":"python","sourceType":"notebook","isGpuEnabled":false}},"nbformat_minor":4,"nbformat":4,"cells":[{"cell_type":"markdown","source":"\n# HW6 Diffusion Model\n\n**Sources:**\n- Github implementation [Denoising Diffusion Pytorch](https://github.com/lucidrains/denoising-diffusion-pytorch)\n- Papers on Diffusion models ([Dhariwal, Nichol, 2021], [Ho et al., 2020] ect.)\n","metadata":{"id":"HhIgGq3za0yh"}},{"cell_type":"markdown","source":"## Import Packages and Set Seeds","metadata":{"id":"wLHSIArLcFK0"}},{"cell_type":"code","source":"!pip install einops\n!pip install transformers\n!pip install ema_pytorch\n!pip install accelerate","metadata":{"id":"s1xegyILIuLz","outputId":"b71ce929-c0bd-4ff0-ff53-cb01b421c2e9","execution":{"iopub.status.busy":"2023-03-30T06:17:55.373297Z","iopub.execute_input":"2023-03-30T06:17:55.374214Z","iopub.status.idle":"2023-03-30T06:18:43.218774Z","shell.execute_reply.started":"2023-03-30T06:17:55.374161Z","shell.execute_reply":"2023-03-30T06:18:43.217348Z"},"trusted":true},"execution_count":null,"outputs":[]},{"cell_type":"code","source":"import math\nimport copy\nfrom pathlib import Path\nfrom random import random\nfrom functools import partial\nfrom collections import namedtuple\nfrom multiprocessing import cpu_count\n\nimport torch\nfrom torch import nn, einsum\nimport torch.nn.functional as F\nfrom torch.utils.data import Dataset, DataLoader\n\nfrom torch.optim import Adam\n\nimport torchvision\nfrom torchvision import transforms as T, utils\n\nfrom einops import rearrange, reduce, repeat\nfrom einops.layers.torch import Rearrange\n\nfrom PIL import Image\nfrom tqdm.auto import tqdm\nfrom ema_pytorch import EMA\n\nfrom accelerate import Accelerator\nimport matplotlib.pyplot as plt\nimport os\n\ntorch.backends.cudnn.benchmark = True\ntorch.manual_seed(4096)\n\nif torch.cuda.is_available():\n torch.cuda.manual_seed(4096)","metadata":{"id":"LQnlc27k7Aiw","outputId":"122e675a-a91b-4fa3-d56f-1f6bb38bc094"},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"## Step 1: Forward process (Noise scheduler)\n\n\n","metadata":{"id":"Rj17psVw7Shg"}},{"cell_type":"code","source":"def linear_beta_schedule(timesteps):\n \"\"\"\n linear schedule, proposed in original ddpm paper\n \"\"\"\n scale = 1000 / timesteps\n beta_start = scale * 0.0001\n beta_end = scale * 0.02\n return torch.linspace(beta_start, beta_end, timesteps, dtype = torch.float64)\n\ndef extract(a, t, x_shape):\n b, *_ = t.shape\n out = a.gather(-1, t)\n return out.reshape(b, *((1,) * (len(x_shape) - 1)))","metadata":{"id":"qWw50ui9IZ5q"},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"Create dataset","metadata":{"id":"Vt6JSKawk7_b"}},{"cell_type":"code","source":"class Dataset(Dataset):\n def __init__(\n self,\n folder,\n image_size\n ):\n self.folder = folder\n self.image_size = image_size\n self.paths = [p for p in Path(f'{folder}').glob(f'**/*.jpg')]\n #################################\n ## TODO: Data Augmentation ##\n #################################\n self.transform = T.Compose([\n T.Resize(image_size),\n T.ToTensor()\n ])\n\n def __len__(self):\n return len(self.paths)\n\n def __getitem__(self, index):\n path = self.paths[index]\n img = Image.open(path)\n return self.transform(img)","metadata":{"id":"uuckjpW_k1LN"},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"## Step 2: The backward process = U-Net\n\n","metadata":{"id":"buW6BaNga-XH"}},{"cell_type":"markdown","source":"Define some useful functions and U-Net","metadata":{"id":"iYw6u0nJXIWy"}},{"cell_type":"code","source":"def exists(x):\n return x is not None\n\ndef default(val, d):\n if exists(val):\n return val\n return d() if callable(d) else d\n\ndef identity(t, *args, **kwargs):\n return t\n\ndef cycle(dl):\n while True:\n for data in dl:\n yield data\n\ndef has_int_squareroot(num):\n return (math.sqrt(num) ** 2) == num\n\ndef num_to_groups(num, divisor):\n groups = num // divisor\n remainder = num % divisor\n arr = [divisor] * groups\n if remainder > 0:\n arr.append(remainder)\n return arr\n\n# normalization functions\n\ndef normalize_to_neg_one_to_one(img):\n return img * 2 - 1\n\ndef unnormalize_to_zero_to_one(t):\n return (t + 1) * 0.5\n\n# small helper modules\n\nclass Residual(nn.Module):\n def __init__(self, fn):\n super().__init__()\n self.fn = fn\n\n def forward(self, x, *args, **kwargs):\n return self.fn(x, *args, **kwargs) + x\n\ndef Upsample(dim, dim_out = None):\n return nn.Sequential(\n nn.Upsample(scale_factor = 2, mode = 'nearest'),\n nn.Conv2d(dim, default(dim_out, dim), 3, padding = 1)\n )\n\ndef Downsample(dim, dim_out = None):\n return nn.Sequential(\n Rearrange('b c (h p1) (w p2) -> b (c p1 p2) h w', p1 = 2, p2 = 2),\n nn.Conv2d(dim * 4, default(dim_out, dim), 1)\n )\n\nclass WeightStandardizedConv2d(nn.Conv2d):\n \"\"\"\n https://arxiv.org/abs/1903.10520\n weight standardization purportedly works synergistically with group normalization\n \"\"\"\n def forward(self, x):\n eps = 1e-5 if x.dtype == torch.float32 else 1e-3\n\n weight = self.weight\n mean = reduce(weight, 'o ... -> o 1 1 1', 'mean')\n var = reduce(weight, 'o ... -> o 1 1 1', partial(torch.var, unbiased = False))\n normalized_weight = (weight - mean) * (var + eps).rsqrt()\n\n return F.conv2d(x, normalized_weight, self.bias, self.stride, self.padding, self.dilation, self.groups)\n\nclass LayerNorm(nn.Module):\n def __init__(self, dim):\n super().__init__()\n self.g = nn.Parameter(torch.ones(1, dim, 1, 1))\n\n def forward(self, x):\n eps = 1e-5 if x.dtype == torch.float32 else 1e-3\n var = torch.var(x, dim = 1, unbiased = False, keepdim = True)\n mean = torch.mean(x, dim = 1, keepdim = True)\n return (x - mean) * (var + eps).rsqrt() * self.g\n\nclass PreNorm(nn.Module):\n def __init__(self, dim, fn):\n super().__init__()\n self.fn = fn\n self.norm = LayerNorm(dim)\n\n def forward(self, x):\n x = self.norm(x)\n return self.fn(x)\n\n# sinusoidal positional embeds\n\nclass SinusoidalPosEmb(nn.Module):\n def __init__(self, dim):\n super().__init__()\n self.dim = dim\n\n def forward(self, x):\n device = x.device\n half_dim = self.dim // 2\n emb = math.log(10000) / (half_dim - 1)\n emb = torch.exp(torch.arange(half_dim, device=device) * -emb)\n emb = x[:, None] * emb[None, :]\n emb = torch.cat((emb.sin(), emb.cos()), dim=-1)\n return emb\n\nclass RandomOrLearnedSinusoidalPosEmb(nn.Module):\n \"\"\" following @crowsonkb 's lead with random (learned optional) sinusoidal pos emb \"\"\"\n \"\"\" https://github.com/crowsonkb/v-diffusion-jax/blob/master/diffusion/models/danbooru_128.py#L8 \"\"\"\n\n def __init__(self, dim, is_random = False):\n super().__init__()\n assert (dim % 2) == 0\n half_dim = dim // 2\n self.weights = nn.Parameter(torch.randn(half_dim), requires_grad = not is_random)\n\n def forward(self, x):\n x = rearrange(x, 'b -> b 1')\n freqs = x * rearrange(self.weights, 'd -> 1 d') * 2 * math.pi\n fouriered = torch.cat((freqs.sin(), freqs.cos()), dim = -1)\n fouriered = torch.cat((x, fouriered), dim = -1)\n return fouriered\n\n# building block modules\n\nclass Block(nn.Module):\n def __init__(self, dim, dim_out, groups = 8):\n super().__init__()\n self.proj = WeightStandardizedConv2d(dim, dim_out, 3, padding = 1)\n self.norm = nn.GroupNorm(groups, dim_out)\n self.act = nn.SiLU()\n\n def forward(self, x, scale_shift = None):\n x = self.proj(x)\n x = self.norm(x)\n\n if exists(scale_shift):\n scale, shift = scale_shift\n x = x * (scale + 1) + shift\n\n x = self.act(x)\n return x\n\nclass ResnetBlock(nn.Module):\n def __init__(self, dim, dim_out, *, time_emb_dim = None, groups = 8):\n super().__init__()\n self.mlp = nn.Sequential(\n nn.SiLU(),\n nn.Linear(time_emb_dim, dim_out * 2)\n ) if exists(time_emb_dim) else None\n\n self.block1 = Block(dim, dim_out, groups = groups)\n self.block2 = Block(dim_out, dim_out, groups = groups)\n self.res_conv = nn.Conv2d(dim, dim_out, 1) if dim != dim_out else nn.Identity()\n\n def forward(self, x, time_emb = None):\n\n scale_shift = None\n if exists(self.mlp) and exists(time_emb):\n time_emb = self.mlp(time_emb)\n time_emb = rearrange(time_emb, 'b c -> b c 1 1')\n scale_shift = time_emb.chunk(2, dim = 1)\n\n h = self.block1(x, scale_shift = scale_shift)\n\n h = self.block2(h)\n\n return h + self.res_conv(x)\n\nclass LinearAttention(nn.Module):\n def __init__(self, dim, heads = 4, dim_head = 32):\n super().__init__()\n self.scale = dim_head ** -0.5\n self.heads = heads\n hidden_dim = dim_head * heads\n self.to_qkv = nn.Conv2d(dim, hidden_dim * 3, 1, bias = False)\n\n self.to_out = nn.Sequential(\n nn.Conv2d(hidden_dim, dim, 1),\n LayerNorm(dim)\n )\n\n def forward(self, x):\n b, c, h, w = x.shape\n qkv = self.to_qkv(x).chunk(3, dim = 1)\n q, k, v = map(lambda t: rearrange(t, 'b (h c) x y -> b h c (x y)', h = self.heads), qkv)\n\n q = q.softmax(dim = -2)\n k = k.softmax(dim = -1)\n\n q = q * self.scale\n v = v / (h * w)\n\n context = torch.einsum('b h d n, b h e n -> b h d e', k, v)\n\n out = torch.einsum('b h d e, b h d n -> b h e n', context, q)\n out = rearrange(out, 'b h c (x y) -> b (h c) x y', h = self.heads, x = h, y = w)\n return self.to_out(out)\n\nclass Attention(nn.Module):\n def __init__(self, dim, heads = 4, dim_head = 32):\n super().__init__()\n self.scale = dim_head ** -0.5\n self.heads = heads\n hidden_dim = dim_head * heads\n\n self.to_qkv = nn.Conv2d(dim, hidden_dim * 3, 1, bias = False)\n self.to_out = nn.Conv2d(hidden_dim, dim, 1)\n\n def forward(self, x):\n b, c, h, w = x.shape\n qkv = self.to_qkv(x).chunk(3, dim = 1)\n q, k, v = map(lambda t: rearrange(t, 'b (h c) x y -> b h c (x y)', h = self.heads), qkv)\n\n q = q * self.scale\n\n sim = torch.einsum('b h d i, b h d j -> b h i j', q, k)\n attn = sim.softmax(dim = -1)\n out = torch.einsum('b h i j, b h d j -> b h i d', attn, v)\n\n out = rearrange(out, 'b h (x y) d -> b (h d) x y', x = h, y = w)\n return self.to_out(out)\n\n# model\n\nclass Unet(nn.Module):\n def __init__(\n self,\n dim,\n init_dim = None,\n out_dim = None,\n dim_mults=(1, 2, 4, 8),\n channels = 3,\n resnet_block_groups = 8,\n learned_sinusoidal_cond = False,\n random_fourier_features = False,\n learned_sinusoidal_dim = 16\n ):\n super().__init__()\n\n # determine dimensions\n\n self.channels = channels\n\n init_dim = default(init_dim, dim)\n self.init_conv = nn.Conv2d(channels, init_dim, 7, padding = 3)\n\n dims = [init_dim, *map(lambda m: dim * m, dim_mults)]\n in_out = list(zip(dims[:-1], dims[1:]))\n\n block_klass = partial(ResnetBlock, groups = resnet_block_groups)\n\n # time embeddings\n\n time_dim = dim * 4\n\n self.random_or_learned_sinusoidal_cond = learned_sinusoidal_cond or random_fourier_features\n\n if self.random_or_learned_sinusoidal_cond:\n sinu_pos_emb = RandomOrLearnedSinusoidalPosEmb(learned_sinusoidal_dim, random_fourier_features)\n fourier_dim = learned_sinusoidal_dim + 1\n else:\n sinu_pos_emb = SinusoidalPosEmb(dim)\n fourier_dim = dim\n\n self.time_mlp = nn.Sequential(\n sinu_pos_emb,\n nn.Linear(fourier_dim, time_dim),\n nn.GELU(),\n nn.Linear(time_dim, time_dim)\n )\n\n # layers\n\n self.downs = nn.ModuleList([])\n self.ups = nn.ModuleList([])\n num_resolutions = len(in_out)\n\n for ind, (dim_in, dim_out) in enumerate(in_out):\n is_last = ind >= (num_resolutions - 1)\n\n self.downs.append(nn.ModuleList([\n block_klass(dim_in, dim_in, time_emb_dim = time_dim),\n block_klass(dim_in, dim_in, time_emb_dim = time_dim),\n Residual(PreNorm(dim_in, LinearAttention(dim_in))),\n Downsample(dim_in, dim_out) if not is_last else nn.Conv2d(dim_in, dim_out, 3, padding = 1)\n ]))\n\n mid_dim = dims[-1]\n self.mid_block1 = block_klass(mid_dim, mid_dim, time_emb_dim = time_dim)\n self.mid_attn = Residual(PreNorm(mid_dim, Attention(mid_dim)))\n self.mid_block2 = block_klass(mid_dim, mid_dim, time_emb_dim = time_dim)\n\n for ind, (dim_in, dim_out) in enumerate(reversed(in_out)):\n is_last = ind == (len(in_out) - 1)\n\n self.ups.append(nn.ModuleList([\n block_klass(dim_out + dim_in, dim_out, time_emb_dim = time_dim),\n block_klass(dim_out + dim_in, dim_out, time_emb_dim = time_dim),\n Residual(PreNorm(dim_out, LinearAttention(dim_out))),\n Upsample(dim_out, dim_in) if not is_last else nn.Conv2d(dim_out, dim_in, 3, padding = 1)\n ]))\n\n self.out_dim = default(out_dim, channels)\n\n self.final_res_block = block_klass(dim * 2, dim, time_emb_dim = time_dim)\n self.final_conv = nn.Conv2d(dim, self.out_dim, 1)\n\n def forward(self, x, time):\n x = self.init_conv(x)\n r = x.clone()\n\n t = self.time_mlp(time)\n\n h = []\n\n for block1, block2, attn, downsample in self.downs:\n x = block1(x, t)\n h.append(x)\n\n x = block2(x, t)\n x = attn(x)\n h.append(x)\n\n x = downsample(x)\n\n x = self.mid_block1(x, t)\n x = self.mid_attn(x)\n x = self.mid_block2(x, t)\n\n for block1, block2, attn, upsample in self.ups:\n x = torch.cat((x, h.pop()), dim = 1)\n x = block1(x, t)\n\n x = torch.cat((x, h.pop()), dim = 1)\n x = block2(x, t)\n x = attn(x)\n\n x = upsample(x)\n\n x = torch.cat((x, r), dim = 1)\n\n x = self.final_res_block(x, t)\n return self.final_conv(x)\nmodel = Unet(64)","metadata":{"id":"DuJCCZ5dInQq"},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"## Step 3: The Diffusion Process\n\n","metadata":{"id":"8B9GlZrotBXy"}},{"cell_type":"markdown","source":"Define diffusion process, including generating noisy models, sample...\n","metadata":{"id":"ph05t8MxXMoY"}},{"cell_type":"code","source":"class GaussianDiffusion(nn.Module):\n def __init__(\n self,\n model,\n *,\n image_size,\n timesteps = 1000,\n beta_schedule = 'linear',\n auto_normalize = True\n ):\n super().__init__()\n assert not (type(self) == GaussianDiffusion and model.channels != model.out_dim)\n assert not model.random_or_learned_sinusoidal_cond\n\n self.model = model\n\n self.channels = self.model.channels\n\n self.image_size = image_size\n\n\n if beta_schedule == 'linear':\n beta_schedule_fn = linear_beta_schedule\n else:\n raise ValueError(f'unknown beta schedule {beta_schedule}')\n \n # calculate beta and other precalculated parameters\n betas = beta_schedule_fn(timesteps)\n \n alphas = 1. - betas\n alphas_cumprod = torch.cumprod(alphas, dim=0)\n alphas_cumprod_prev = F.pad(alphas_cumprod[:-1], (1, 0), value = 1.)\n\n timesteps, = betas.shape\n self.num_timesteps = int(timesteps)\n\n # sampling related parameters\n\n self.sampling_timesteps = timesteps # default num sampling timesteps to number of timesteps at training\n\n # helper function to register buffer from float64 to float32\n\n register_buffer = lambda name, val: self.register_buffer(name, val.to(torch.float32))\n\n register_buffer('betas', betas)\n register_buffer('alphas_cumprod', alphas_cumprod)\n register_buffer('alphas_cumprod_prev', alphas_cumprod_prev)\n\n # calculations for diffusion q(x_t | x_{t-1}) and others\n\n register_buffer('sqrt_alphas_cumprod', torch.sqrt(alphas_cumprod))\n register_buffer('sqrt_one_minus_alphas_cumprod', torch.sqrt(1. - alphas_cumprod))\n register_buffer('log_one_minus_alphas_cumprod', torch.log(1. - alphas_cumprod))\n register_buffer('sqrt_recip_alphas_cumprod', torch.sqrt(1. / alphas_cumprod))\n register_buffer('sqrt_recipm1_alphas_cumprod', torch.sqrt(1. / alphas_cumprod - 1))\n\n # calculations for posterior q(x_{t-1} | x_t, x_0)\n\n posterior_variance = betas * (1. - alphas_cumprod_prev) / (1. - alphas_cumprod)\n\n # above: equal to 1. / (1. / (1. - alpha_cumprod_tm1) + alpha_t / beta_t)\n\n register_buffer('posterior_variance', posterior_variance)\n\n # below: log calculation clipped because the posterior variance is 0 at the beginning of the diffusion chain\n\n register_buffer('posterior_log_variance_clipped', torch.log(posterior_variance.clamp(min =1e-20)))\n register_buffer('posterior_mean_coef1', betas * torch.sqrt(alphas_cumprod_prev) / (1. - alphas_cumprod))\n register_buffer('posterior_mean_coef2', (1. - alphas_cumprod_prev) * torch.sqrt(alphas) / (1. - alphas_cumprod))\n\n # derive loss weight\n # snr - signal noise ratio\n\n snr = alphas_cumprod / (1 - alphas_cumprod)\n\n # https://arxiv.org/abs/2303.09556\n\n maybe_clipped_snr = snr.clone()\n\n register_buffer('loss_weight', maybe_clipped_snr / snr)\n\n # auto-normalization of data [0, 1] -> [-1, 1] - can turn off by setting it to be False\n\n self.normalize = normalize_to_neg_one_to_one if auto_normalize else identity\n self.unnormalize = unnormalize_to_zero_to_one if auto_normalize else identity\n\n def predict_start_from_noise(self, x_t, t, noise):\n return (\n extract(self.sqrt_recip_alphas_cumprod, t, x_t.shape) * x_t -\n extract(self.sqrt_recipm1_alphas_cumprod, t, x_t.shape) * noise\n )\n\n def predict_noise_from_start(self, x_t, t, x0):\n return (\n (extract(self.sqrt_recip_alphas_cumprod, t, x_t.shape) * x_t - x0) / \\\n extract(self.sqrt_recipm1_alphas_cumprod, t, x_t.shape)\n )\n\n\n def q_posterior(self, x_start, x_t, t):\n posterior_mean = (\n extract(self.posterior_mean_coef1, t, x_t.shape) * x_start +\n extract(self.posterior_mean_coef2, t, x_t.shape) * x_t\n )\n posterior_variance = extract(self.posterior_variance, t, x_t.shape)\n posterior_log_variance_clipped = extract(self.posterior_log_variance_clipped, t, x_t.shape)\n return posterior_mean, posterior_variance, posterior_log_variance_clipped\n\n def model_predictions(self, x, t, clip_x_start = False, rederive_pred_noise = False):\n model_output = self.model(x, t)\n maybe_clip = partial(torch.clamp, min = -1., max = 1.) if clip_x_start else identity\n\n pred_noise = model_output\n x_start = self.predict_start_from_noise(x, t, pred_noise)\n x_start = maybe_clip(x_start)\n\n if clip_x_start and rederive_pred_noise:\n pred_noise = self.predict_noise_from_start(x, t, x_start)\n\n return pred_noise, x_start\n\n def p_mean_variance(self, x, t, clip_denoised = True):\n noise, x_start = self.model_predictions(x, t)\n\n if clip_denoised:\n x_start.clamp_(-1., 1.)\n\n model_mean, posterior_variance, posterior_log_variance = self.q_posterior(x_start = x_start, x_t = x, t = t)\n return model_mean, posterior_variance, posterior_log_variance, x_start\n\n @torch.no_grad()\n def p_sample(self, x, t: int):\n b, *_, device = *x.shape, x.device\n batched_times = torch.full((b,), t, device = x.device, dtype = torch.long)\n model_mean, _, model_log_variance, x_start = self.p_mean_variance(x = x, t = batched_times, clip_denoised = True)\n noise = torch.randn_like(x) if t > 0 else 0. # no noise if t == 0\n pred_img = model_mean + (0.5 * model_log_variance).exp() * noise\n return pred_img, x_start\n\n @torch.no_grad()\n def p_sample_loop(self, shape, return_all_timesteps = False):\n batch, device = shape[0], self.betas.device\n\n img = torch.randn(shape, device = device)\n imgs = [img]\n\n x_start = None\n \n ###########################################\n ## TODO: plot the sampling process ##\n ###########################################\n for t in tqdm(reversed(range(0, self.num_timesteps)), desc = 'sampling loop time step', total = self.num_timesteps):\n img, x_start = self.p_sample(img, t)\n imgs.append(img)\n \n ret = img if not return_all_timesteps else torch.stack(imgs, dim = 1)\n\n ret = self.unnormalize(ret)\n return ret\n\n @torch.no_grad()\n def sample(self, batch_size = 16, return_all_timesteps = False):\n image_size, channels = self.image_size, self.channels\n sample_fn = self.p_sample_loop\n return sample_fn((batch_size, channels, image_size, image_size), return_all_timesteps = return_all_timesteps)\n\n\n def q_sample(self, x_start, t, noise=None):\n noise = default(noise, lambda: torch.randn_like(x_start))\n\n return (\n extract(self.sqrt_alphas_cumprod, t, x_start.shape) * x_start +\n extract(self.sqrt_one_minus_alphas_cumprod, t, x_start.shape) * noise\n )\n\n @property\n def loss_fn(self):\n return F.mse_loss\n\n\n def p_losses(self, x_start, t, noise = None):\n b, c, h, w = x_start.shape\n noise = default(noise, lambda: torch.randn_like(x_start))\n\n # noise sample\n\n x = self.q_sample(x_start = x_start, t = t, noise = noise)\n\n # predict and take gradient step\n\n model_out = self.model(x, t)\n\n loss = self.loss_fn(model_out, noise, reduction = 'none')\n loss = reduce(loss, 'b ... -> b (...)', 'mean')\n\n loss = loss * extract(self.loss_weight, t, loss.shape)\n return loss.mean()\n\n def forward(self, img, *args, **kwargs):\n b, c, h, w, device, img_size, = *img.shape, img.device, self.image_size\n assert h == img_size and w == img_size, f'height and width of image must be {img_size}'\n t = torch.randint(0, self.num_timesteps, (b,), device=device).long()\n\n img = self.normalize(img)\n return self.p_losses(img, t, *args, **kwargs)\n","metadata":{"id":"X7TKWoZpInQs"},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"Define Trainer: define the updating process","metadata":{"id":"yWJUjFIHInQt"}},{"cell_type":"code","source":"class Trainer(object):\n def __init__(\n self,\n diffusion_model,\n folder,\n *,\n train_batch_size = 16,\n gradient_accumulate_every = 1,\n train_lr = 1e-4,\n train_num_steps = 100000,\n ema_update_every = 10,\n ema_decay = 0.995,\n adam_betas = (0.9, 0.99),\n save_and_sample_every = 1000,\n num_samples = 25,\n results_folder = './results',\n split_batches = True,\n inception_block_idx = 2048\n ):\n super().__init__()\n\n # accelerator\n\n self.accelerator = Accelerator(\n split_batches = split_batches,\n mixed_precision = 'no'\n )\n \n\n # model\n\n self.model = diffusion_model\n self.channels = diffusion_model.channels\n\n # sampling and training hyperparameters\n\n assert has_int_squareroot(num_samples), 'number of samples must have an integer square root'\n self.num_samples = num_samples\n self.save_and_sample_every = save_and_sample_every\n\n self.batch_size = train_batch_size\n self.gradient_accumulate_every = gradient_accumulate_every\n\n self.train_num_steps = train_num_steps\n self.image_size = diffusion_model.image_size\n\n # dataset and dataloader\n\n self.ds = Dataset(folder, self.image_size)\n dl = DataLoader(self.ds, batch_size = train_batch_size, shuffle = True, pin_memory = True, num_workers = cpu_count())\n\n dl = self.accelerator.prepare(dl)\n self.dl = cycle(dl)\n\n # optimizer\n\n self.opt = Adam(diffusion_model.parameters(), lr = train_lr, betas = adam_betas)\n\n # for logging results in a folder periodically\n\n if self.accelerator.is_main_process:\n self.ema = EMA(diffusion_model, beta = ema_decay, update_every = ema_update_every)\n self.ema.to(self.device)\n\n self.results_folder = Path(results_folder)\n self.results_folder.mkdir(exist_ok = True)\n\n # step counter state\n\n self.step = 0\n\n # prepare model, dataloader, optimizer with accelerator\n\n self.model, self.opt = self.accelerator.prepare(self.model, self.opt)\n\n @property\n def device(self):\n return self.accelerator.device\n\n def save(self, milestone):\n if not self.accelerator.is_local_main_process:\n return\n\n data = {\n 'step': self.step,\n 'model': self.accelerator.get_state_dict(self.model),\n 'opt': self.opt.state_dict(),\n 'ema': self.ema.state_dict(),\n 'scaler': self.accelerator.scaler.state_dict() if exists(self.accelerator.scaler) else None,\n }\n\n torch.save(data, str(self.results_folder / f'model-{milestone}.pt'))\n\n def load(self, ckpt):\n accelerator = self.accelerator\n device = accelerator.device\n\n data = torch.load(ckpt, map_location=device)\n\n model = self.accelerator.unwrap_model(self.model)\n model.load_state_dict(data['model'])\n\n self.step = data['step']\n self.opt.load_state_dict(data['opt'])\n if self.accelerator.is_main_process:\n self.ema.load_state_dict(data[\"ema\"])\n\n\n if exists(self.accelerator.scaler) and exists(data['scaler']):\n self.accelerator.scaler.load_state_dict(data['scaler'])\n\n\n def train(self):\n accelerator = self.accelerator\n device = accelerator.device\n\n with tqdm(initial = self.step, total = self.train_num_steps, disable = not accelerator.is_main_process) as pbar:\n\n while self.step < self.train_num_steps:\n\n total_loss = 0.\n\n for _ in range(self.gradient_accumulate_every):\n data = next(self.dl).to(device)\n\n with self.accelerator.autocast():\n loss = self.model(data)\n loss = loss / self.gradient_accumulate_every\n total_loss += loss.item()\n\n self.accelerator.backward(loss)\n\n accelerator.clip_grad_norm_(self.model.parameters(), 1.0)\n pbar.set_description(f'loss: {total_loss:.4f}')\n\n accelerator.wait_for_everyone()\n\n self.opt.step()\n self.opt.zero_grad()\n\n accelerator.wait_for_everyone()\n\n self.step += 1\n if accelerator.is_main_process:\n self.ema.update()\n\n if self.step != 0 and self.step % self.save_and_sample_every == 0:\n self.ema.ema_model.eval()\n\n with torch.no_grad():\n milestone = self.step // self.save_and_sample_every\n batches = num_to_groups(self.num_samples, self.batch_size)\n all_images_list = list(map(lambda n: self.ema.ema_model.sample(batch_size=n), batches))\n\n all_images = torch.cat(all_images_list, dim = 0)\n\n utils.save_image(all_images, str(self.results_folder / f'sample-{milestone}.png'), nrow = int(math.sqrt(self.num_samples)))\n \n self.save(milestone)\n\n pbar.update(1)\n\n accelerator.print('training complete')\n \n def inference(self, num=1000, n_iter=5, output_path='./submission'):\n if not os.path.exists(output_path):\n os.mkdir(output_path)\n with torch.no_grad():\n for i in range(n_iter):\n batches = num_to_groups(num // n_iter, 200)\n all_images = list(map(lambda n: self.ema.ema_model.sample(batch_size=n), batches))[0]\n for j in range(all_images.size(0)):\n torchvision.utils.save_image(all_images[j], f'{output_path}/{i * 200 + j + 1}.jpg') \n ","metadata":{"id":"Ed12NNXPtDon"},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Training Hyper-parameters","metadata":{"id":"TZM7HR-UInQu"}},{"cell_type":"code","source":"path = '/kaggle/input/diffusion/faces/faces'\nIMG_SIZE = 64 # Size of images, do not change this if you do not know why you need to change\nbatch_size = 16\ntrain_num_steps = 10000 # total training steps\nlr = 1e-3\ngrad_steps = 1 # gradient accumulation steps, the equivalent batch size for updating equals to batch_size * grad_steps = 16 * 1\nema_decay = 0.995 # exponential moving average decay\n\nchannels = 16 # Numbers of channels of the first layer of CNN\ndim_mults = (1, 2, 4) # The model size will be (channels, 2 * channels, 4 * channels, 4 * channels, 2 * channels, channels)\n\ntimesteps = 100 # Number of steps (adding noise)\nbeta_schedule = 'linear'\n\nmodel = Unet(\n dim = channels,\n dim_mults = dim_mults\n)\n\ndiffusion = GaussianDiffusion(\n model,\n image_size = IMG_SIZE,\n timesteps = timesteps,\n beta_schedule = beta_schedule\n)\n\ntrainer = Trainer(\n diffusion,\n path,\n train_batch_size = batch_size,\n train_lr = lr,\n train_num_steps = train_num_steps,\n gradient_accumulate_every = grad_steps,\n ema_decay = ema_decay,\n save_and_sample_every = 1000\n)\n\ntrainer.train()","metadata":{"id":"wOZPtVPvInQu"},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":"# Inference","metadata":{"id":"SV7OL7PvInQu"}},{"cell_type":"code","source":"ckpt = '/content/drive/MyDrive/ML 2023 Spring/model-55.pt'\ntrainer.load(ckpt)\ntrainer.inference()\n","metadata":{"id":"MHoY_6CrInQv","outputId":"010af6c5-a426-42cd-b560-721fff3baa84"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":"%cd ./submission\n!tar -zcf ../submission.tgz *.jpg\n%cd ..","metadata":{"id":"GkWpuU-2KzIL","outputId":"2215341d-4f7f-48c3-85ac-403e9ad2cb27"},"execution_count":null,"outputs":[]}]} ================================================ FILE: HW06/HW06_Simple_0.459.ipynb ================================================ [File too large to display: 35.0 MB] ================================================ FILE: HW06/HW06_Strong_0.542.ipynb ================================================ [File too large to display: 68.6 MB] ================================================ FILE: HW06/README.md ================================================ > ML2023Spring - HW6 相关信息： > > [课程主页](https://speech.ee.ntu.edu.tw/~hylee/ml/2023-spring.php) > > [课程视频](https://www.bilibili.com/video/BV1TD4y137mP/?spm_id_from=333.337.search-card.all.click&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [Sample code](https://www.kaggle.com/code/b07202024/hw6-diffusion-model) > > [HW06 视频]( https://www.bilibili.com/video/BV1TD4y137mP?p=41&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [HW06 PDF](https://docs.google.com/presentation/d/1x8c38zgEbN2zN4EboWhquZ5b3LhVCN8ElhaJCO2vnzY/edit#slide=id.p) > > P.S. HW06 是在 Judgeboi 上提交的，出于学习目的这里会自定义两个度量的函数，不用深究，遵循 Suggestion 就可以达成学习的目的。 > > 每年的数据集 size 和 feature 并不完全相同，但基本一致，过去的代码仍可用于新一年的 Homework。 * [任务目标（seq2seq）](#任务目标seq2seq) * [性能指标（FID）](#性能指标fid) * [安装环境](#安装环境) * [定义函数计算 FID 和 AFD rate](#定义函数计算-fid-和-afd-rate) * [数据解析](#数据解析) * [数据下载（kaggle）](#数据下载kaggle) * [Gradescope](#gradescope) * [Question 1](#question-1) * [简述去噪过程](#简述去噪过程) * [Question 2](#question-2) * [训练/推理过程的差异](#训练推理过程的差异) * [生成图像的差异](#生成图像的差异) * [为什么 DDIM 更快](#为什么-ddim-更快) * [Baselines](#baselines) * [Simple baseline (FID ≤ 30000, AFD ≥ 0)](#simple-baseline-fid--30000-afd--0) * [Medium baseline (FID ≤ 12000, AFD ≥ 0.4)](#medium-baseline-fid--12000-afd--04) * [Strong baseline (FID ≤ 10000, AFD ≥ 0.5)](#strong-baseline-fid--10000-afd--05) * [Boss baseline（FID ≤ 9000, AFD ≥ 0.6）](#boss-baselinefid--9000-afd--06) * [完整的样例图对比](#完整的样例图对比) # 任务目标（seq2seq） - **Anime face generation**: **动漫人脸生成** - 输入：随机数 - 输出：动漫人脸 - 实现途径：扩散模型 - 目标：生成 1000 张动漫人脸图像 # 性能指标（FID） - **FID (Frechet Inception Distance)** 用于衡量真实图像与生成图像之间特征向量的距离，计算步骤： ![FID 计算](https://blogby.oss-cn-guangzhou.aliyuncs.com/20231225144224.png) 1. 使用 **Inception V3** 模型分别提取**真实图像**和**生成图像**的特征（使用最后一层卷积层的输出) 1. 计算特征的均值和方差 1. 计算 **Frechet** 距离 - **AFD (Anime face detection) rate** 用于衡量动漫人脸检测性能，用来检测提交的文件中有多少动漫人脸。 不过存在一个问题：代码中没有给出FID和AFD的计算，所以我们需要去自定义计算的函数用于学习。 ## 安装环境 > AFD rate 的计算使用预训练的Haar Cascade文件。anime_face_detector库在cuda版本过新的时候，需要处理的步骤过多，不方便复现学习 安装 `pytorch-fid` 和 `ultralytics`，并下载预训练的 YOLOv8 模型（源自[Github](https://github.com/MagicalKyaru/yolov8_animeface/releases/tag/v1)）。 ```python !pip install pytorch-fid ultralytics !wget https://github.com/MagicalKyaru/yolov8_animeface/releases/download/v1/yolov8x6_animeface.pt ``` ## 定义函数计算 FID 和 AFD rate 这里我们定义在 `inference` 之后。 ```python import os import cv2 from pytorch_fid import fid_score def calculate_fid(real_images_path, generated_images_path): """ Calculate FID score between real and generated images. :param real_images_path: Path to the directory containing real images. :param generated_images_path: Path to the directory containing generated images. :return: FID score """ fid = fid_score.calculate_fid_given_paths([real_images_path, generated_images_path], batch_size=50, device='cuda', dims=2048) return fid def calculate_afd(generated_images_path, save=True): """ Calculate AFD (Anime Face Detection) score for generated images. :param generated_images_path: Path to the directory containing generated images. :return: AFD score (percentage of images detected as anime faces) """ results = yolov8_animeface.predict(generated_images_path, save=save, conf=0.8, iou=0.8, imgsz=64) anime_faces_detected = 0 total_images = len(results) for result in results: if len(result.boxes) > 0: anime_faces_detected += 1 afd_score = anime_faces_detected / total_images return afd_score # Calculate and print FID and AFD with optional visualization yolov8_animeface = YOLO('yolov8x6_animeface.pt') real_images_path = './faces/faces' # Replace with the path to real images fid = calculate_fid(real_images_path, './submission') afd = calculate_afd('./submission') print(f'FID: {fid}') print(f'AFD: {afd}') ``` 注意，使用当前函数只是为了有个度量，单以当前的YOLOv8预训练模型为例，很可能当前模型只学会了判断两个眼睛的区域是 `face`，但没学会判断三个眼睛图像的不是 `face`，这会导致 `AFD`实际上偏高，所以只能作学习用途。 # 数据解析 - 训练数据：71,314 动漫人脸图片 数据集下载链接：https://www.kaggle.com/datasets/b07202024/diffusion/download?datasetVersionNumber=1，也可以通过命令行进行下载：`kaggle datasets download -d b07202024/diffusion` 注意下载完之后需要进行解压，并对应修改 `Sample code`中 **Training Hyper-parameters** 中的路径 `path`。 ## 数据下载（kaggle） > To use the Kaggle API, sign up for a Kaggle account at [https://www.kaggle.com](https://www.kaggle.com/). Then go to the 'Account' tab of your user profile (`https://www.kaggle.com//account`) and select 'Create API Token'. This will trigger the download of `kaggle.json`, a file containing your API credentials. Place this file in the location `~/.kaggle/kaggle.json` (on Windows in the location `C:\Users\\.kaggle\kaggle.json` - you can check the exact location, sans drive, with `echo %HOMEPATH%`). You can define a shell environment variable `KAGGLE_CONFIG_DIR` to change this location to `$KAGGLE_CONFIG_DIR/kaggle.json` (on Windows it will be `%KAGGLE_CONFIG_DIR%\kaggle.json`). > > -\- [Official Kaggle API](https://github.com/Kaggle/kaggle-api) 替换\为你自己的用户名，`https://www.kaggle.com//account`，然后点击 `Create New API Token`，将下载下来的文件放去应该放的位置： - Mac 和 Linux 放在 `~/.kaggle` - Windows 放在 `C:\Users\\.kaggle` ```bash pip install kaggle # 你需要先在 Kaggle -> Account -> Create New API Token 中下载 kaggle.json # mv kaggle.json ~/.kaggle/kaggle.json kaggle datasets download -d b07202024/diffusion unzip diffusion ``` # Gradescope 这一题我们先处理可视化部分，这个有助于我们理解自己的模型（毕竟没有官方的标准来评价生成的图像好坏）。 ## Question 1 > 采样5张图像并展示其渐进生成过程，简要描述不同时间步的差异。 修改 **GaussianDiffusion** 类中的 `p_sample_loop()` 方法： ```python class GaussianDiffusion(nn.Module): ... # Gradescope – Question 1 @torch.no_grad() def p_sample_loop(self, shape, return_all_timesteps = False, num_samples=5, save_path='./Q1_progressive_generation.png'): batch, device = shape[0], self.betas.device img = torch.randn(shape, device = device) imgs = [img] samples = [img[:num_samples]] # Store initial noisy samples x_start = None ########################################### ## TODO: plot the sampling process ## ########################################### for t in tqdm(reversed(range(0, self.num_timesteps)), desc = 'sampling loop time step', total = self.num_timesteps): img, x_start = self.p_sample(img, t) imgs.append(img) if t % (self.num_timesteps // 20) == 0: samples.append(img[:num_samples]) # Store samples at specific steps ret = img if not return_all_timesteps else torch.stack(imgs, dim = 1) ret = self.unnormalize(ret) self.plot_progressive_generation(samples, len(samples)-1, save_path=save_path) return ret def plot_progressive_generation(self, samples, num_steps, save_path=None): fig, axes = plt.subplots(1, num_steps + 1, figsize=(20, 4)) for i, sample in enumerate(samples): axes[i].imshow(vutils.make_grid(sample, nrow=1, normalize=True).permute(1, 2, 0).cpu().numpy()) axes[i].axis('off') axes[i].set_title(f'Step {i}') if save_path: plt.savefig(save_path) plt.show() ``` 表现如下（基于 Sample code）： ![image-20240617173807145](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240617173807.png) ### 简述去噪过程 去噪过程主要是指从完全噪声的图像开始，通过逐步减少噪声，最终生成一个清晰的图像。去噪过程的简单描述： 1. **初始步骤（噪声）：** 在初始步骤中，图像是纯噪声，此时的图像没有任何结构和可辨识的特征，看起来为随机的像素点。 2. **中间步骤：** 模型通过多个时间步（Timesteps）将噪声逐渐减少，每一步都试图恢复更多的图像信息。 - 早期阶段，图像中开始出现一些模糊的结构和形状。虽然仍然有很多噪声，但可以看到一些基本轮廓和大致的图像结构。 - 中期阶段，图像中的细节开始变得更加清晰。面部特征如眼睛、鼻子和嘴巴开始显现，噪声显著减少，图像的主要轮廓和特征逐渐清晰。 3. **最终步骤（完全去噪）：** 在最后的步骤中，噪声被最大程度地去除，图像变清晰。 ## Question 2 > DDPM（去噪扩散概率模型）在推理过程中速度较慢，而DDIM（去噪扩散隐式模型）在推理过程中至少比DDPM快10倍，并且保留了质量。请分别描述这两种模型的训练、推理过程和生成图像的差异，并简要解释为什么DDIM更快。 > > 参考文献： > > - [去噪扩散概率模型 (DDPM)](https://arxiv.org/abs/2006.11239) > - [去噪扩散隐式模型 (DDIM)](https://arxiv.org/abs/2010.02502) > > 下面是个简单的叙述，如果有需要的话，建议阅读原文进行理解。 ### 训练/推理过程的差异 **DDPM**： - DDPM 的训练分为前向扩散和反向去噪两个部分： 前向扩散逐步给图像添加噪声。 反向去噪使用 U-Net 模型，通过最小化预测噪声和实际噪声的差异来训练，逐步去掉这些噪声。 - Ho et al., 2020, To represent the reverse process, we use a U-Net backbone similar to an unmasked PixelCNN++ with group normalization throughout. - 但需要处理大量的时间步（比如1000步），训练时间相对DDIM来说更长。 - Ho et al., 2020, We set T = 1000 for all experiments ... **DDIM**： - DDIM 的训练与 DDPM 类似，但使用非马尔可夫的确定性采样过程。 - Song et al., 2020, We present denoising diffusion implicit models (DDIMs)...a non-Markovian deterministic sampling process --- ### 生成图像的差异 **DDPM**： - 生成的图像质量很高，每一步去噪都会使图像变得更加清晰，但步骤多，整个过程比DDIM慢。 **DDIM**： - 步骤少，生成速度快，且生成的图像质量与 DDPM 相当。 - Song et al., 2020, Notably, DDIM is able to produce samples with quality comparable to 1000 step models within 20 to 100 steps ... --- ### 为什么 DDIM 更快 1. **步骤更少**：DDIM 在推理过程中减少了很多步骤。例如，DDPM 可能需要 1000 步，而 DDIM 可能只需要 50-100 步。 - Song et al., 2020, Notably, DDIM is able to produce samples with quality comparable to 1000 step models within 20 to 100 steps, which is a 10× to 50× speed up compared to the original DDPM. Even though DDPM could also achieve reasonable sample quality with 100× steps, DDIM requires much fewer steps to achieve this; on CelebA, the FID score of the 100 step DDPM is similar to that of the 20 step DDIM. 2. **非马尔可夫采样** - Song et al., 2020, These non-Markovian processes can correspond to generative processes that are deterministic, giving rise to implicit models that produce high quality samples much faster. 3. **效率**：确定性的采样方式使得 DDIM 能更快地生成高质量的图像。 - Song et al., 2020, For DDIM, the generative process is deterministic, and $x_0$ would depend only on the initial state $x_T$ . # Baselines > 实际上如果时间充足，出于学习的目的，可以对超参数或者模型架构进行调整以印证自身的想法。这篇文章是最近重新拾起的，所以只是一个简单的概述帮助理解。 > > 另外，当前 FID 数的度量数量级和 Baseline 是不一致的，这里因为时间原因不做度量标准的还原，完成 Suggestion 和 Gradescope 就足够达成学习的目的了。 ## Simple baseline (FID ≤ 30000, AFD ≥ 0) - 运行所给的 sample code ## Medium baseline (FID ≤ 12000, AFD ≥ 0.4) - 简单的数据增强 T.RandomHorizontalFlip(), T.RandomRotation(10), T.ColorJitter(brightness=0.25, contrast=0.25) - 将 timesteps 变成1000（遵循 [DDPM](https://arxiv.org/abs/2006.11239) 原论文的设置） - 注意，设置为 1000 的话在 `trainer.inference()` 时很可能会遇到 **CUDA out of memory**，这里对 `inference()` 进行简单的修改。 实际效果是针对 `self.ema.ema_model.sample()` 减少 `batch_size` 至 100，不用过多细究。 ```python def inference(self, num=1000, n_iter=10, output_path='./submission'): if not os.path.exists(output_path): os.mkdir(output_path) with torch.no_grad(): for i in range(n_iter): batches = num_to_groups(num // n_iter, 100) all_images = list(map(lambda n: self.ema.ema_model.sample(batch_size=n), batches))[0] for j in range(all_images.size(0)): torchvision.utils.save_image(all_images[j], f'{output_path}/{i * 100 + j + 1}.jpg') ``` - 将 train_num_step 修改为 20000 ## Strong baseline (FID ≤ 10000, AFD ≥ 0.5) - Model Arch 看了下[HW06 对应的视频]( https://www.bilibili.com/video/BV1TD4y137mP?p=41&vd_source=436107f586d66ab4fcf756c76eb96c35)，从叙述上看应该指的是调整超参数：`channel` 和 `dim_mults`。 这里简单的将 `channel` 调整为 32。 `dim_mults` 初始为 (1, 2, 4)，增加维度改成 (1, 2, 4, 8) 又或者改变其中的值都是允许的。 - Varience Scheduler 这部分可以自己实现，下面给出比较官方的代码供大家参考比对：使用 [denoising-diffusion-pytorch](https://github.com/lucidrains/denoising-diffusion-pytorch/blob/main/denoising_diffusion_pytorch/denoising_diffusion_pytorch.py#L445) 中的 `cosine_beta_schedule()`，对应的还有 `sigmoid_beta_schedule()`。 `sigmoid_beta_schedule()` 在训练时更适合用在分辨率大于 64x64 的图像上，当前训练集图像的分辨率为 96x96。 增加和修改的部分代码： ```python def cosine_beta_schedule(timesteps, s = 0.008): """ cosine schedule as proposed in https://openreview.net/forum?id=-NEXDKk8gZ """ steps = timesteps + 1 t = torch.linspace(0, timesteps, steps, dtype = torch.float64) / timesteps alphas_cumprod = torch.cos((t + s) / (1 + s) * math.pi * 0.5) ** 2 alphas_cumprod = alphas_cumprod / alphas_cumprod[0] betas = 1 - (alphas_cumprod[1:] / alphas_cumprod[:-1]) return torch.clip(betas, 0, 0.999) def sigmoid_beta_schedule(timesteps, start = -3, end = 3, tau = 1, clamp_min = 1e-5): """ sigmoid schedule proposed in https://arxiv.org/abs/2212.11972 - Figure 8 better for images > 64x64, when used during training """ steps = timesteps + 1 t = torch.linspace(0, timesteps, steps, dtype = torch.float64) / timesteps v_start = torch.tensor(start / tau).sigmoid() v_end = torch.tensor(end / tau).sigmoid() alphas_cumprod = (-((t * (end - start) + start) / tau).sigmoid() + v_end) / (v_end - v_start) alphas_cumprod = alphas_cumprod / alphas_cumprod[0] betas = 1 - (alphas_cumprod[1:] / alphas_cumprod[:-1]) return torch.clip(betas, 0, 0.999) class GaussianDiffusion(nn.Module): def __init__( ... beta_schedule = 'linear', ... ): ... if beta_schedule == 'linear': beta_schedule_fn = linear_beta_schedule elif beta_schedule == 'cosine': beta_schedule_fn = cosine_beta_schedule elif beta_schedule == 'sigmoid': beta_schedule_fn = sigmoid_beta_schedule else: raise ValueError(f'unknown beta schedule {beta_schedule}') ... ... beta_schedule = 'cosine' # 'sigmoid' ... ``` ## Boss baseline（FID ≤ 9000, AFD ≥ 0.6） - StyleGAN 仅供参考，从实验结果上来看，扩散模型生成的图像视觉上更清晰，而 StyleGAN 的风格更一致。 当然，同样存在设置出现问题的情况（毕竟超参数直接延续了之前的设定。Anyway，希望对你有所帮助） | Strong (DDPM) | Boss (StyleGAN) | | :----------------------------------------------------------: | :----------------------------------------------------------: | | ![strong](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240619212800.png) | ![boss](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240619212848.png) | ```python class StyleGANTrainer(object): def __init__( self, folder, image_size, *, train_batch_size=16, gradient_accumulate_every=1, train_lr=1e-3, train_num_steps=100000, ema_update_every=10, ema_decay=0.995, save_and_sample_every=1000, num_samples=25, results_folder='./results', split_batches=True ): super().__init__() dataloader_config = DataLoaderConfiguration(split_batches=split_batches) self.accelerator = Accelerator( dataloader_config=dataloader_config, mixed_precision='no') self.image_size = image_size # Initialize the generator and discriminator self.gen = self.create_generator().cuda() self.dis = self.create_discriminator().cuda() self.g_optim = torch.optim.Adam(self.gen.parameters(), lr=train_lr, betas=(0.0, 0.99)) self.d_optim = torch.optim.Adam(self.dis.parameters(), lr=train_lr, betas=(0.0, 0.99)) self.train_num_steps = train_num_steps self.batch_size = train_batch_size self.gradient_accumulate_every = gradient_accumulate_every # Initialize the dataset and dataloader self.ds = Dataset(folder, image_size) self.dl = cycle(DataLoader(self.ds, batch_size=train_batch_size, shuffle=True, pin_memory=True, num_workers=os.cpu_count())) # Initialize the EMA for the generator self.ema = EMA(self.gen, beta=ema_decay, update_every=ema_update_every).to(self.device) self.results_folder = Path(results_folder) self.results_folder.mkdir(exist_ok=True) self.save_and_sample_every = save_and_sample_every self.num_samples = num_samples self.step = 0 def create_generator(self): return dnnlib.util.construct_class_by_name( class_name='training.networks.Generator', z_dim=512, c_dim=0, w_dim=512, img_resolution=self.image_size, img_channels=3 ) def create_discriminator(self): return dnnlib.util.construct_class_by_name( class_name='training.networks.Discriminator', c_dim=0, img_resolution=self.image_size, img_channels=3 ) @property def device(self): return self.accelerator.device def save(self, milestone): if not self.accelerator.is_local_main_process: return data = { 'step': self.step, 'gen': self.accelerator.get_state_dict(self.gen), 'dis': self.accelerator.get_state_dict(self.dis), 'g_optim': self.g_optim.state_dict(), 'd_optim': self.d_optim.state_dict(), 'ema': self.ema.state_dict() } torch.save(data, str(self.results_folder / f'model-{milestone}.pt')) def load(self, ckpt): data = torch.load(ckpt, map_location=self.device) self.gen.load_state_dict(data['gen']) self.dis.load_state_dict(data['dis']) self.g_optim.load_state_dict(data['g_optim']) self.d_optim.load_state_dict(data['d_optim']) self.ema.load_state_dict(data['ema']) self.step = data['step'] def train(self): with tqdm(initial=self.step, total=self.train_num_steps, disable=not self.accelerator.is_main_process) as pbar: while self.step < self.train_num_steps: total_g_loss = 0. total_d_loss = 0. for _ in range(self.gradient_accumulate_every): # Get a batch of real images real_images = next(self.dl).to(self.device) # Generate latent vectors latent = torch.randn([self.batch_size, self.gen.z_dim]).cuda() # Generate fake images fake_images = self.gen(latent, None) # Discriminator logits for real and fake images real_logits = self.dis(real_images, None) fake_logits = self.dis(fake_images.detach(), None) # Discriminator loss d_loss = torch.nn.functional.softplus(fake_logits).mean() + torch.nn.functional.softplus(-real_logits).mean() # Update discriminator self.d_optim.zero_grad() self.accelerator.backward(d_loss / self.gradient_accumulate_every) self.d_optim.step() total_d_loss += d_loss.item() # Generator logits for fake images fake_logits = self.dis(fake_images, None) # Generator loss g_loss = torch.nn.functional.softplus(-fake_logits).mean() # Update generator self.g_optim.zero_grad() self.accelerator.backward(g_loss / self.gradient_accumulate_every) self.g_optim.step() total_g_loss += g_loss.item() self.ema.update() pbar.set_description(f'G loss: {total_g_loss:.4f} D loss: {total_d_loss:.4f}') self.step += 1 if self.step % self.save_and_sample_every == 0: self.ema.ema_model.eval() with torch.no_grad(): milestone = self.step // self.save_and_sample_every batches = num_to_groups(self.num_samples, self.batch_size) all_images_list = list(map(lambda n: self.ema.ema_model(torch.randn([n, self.gen.z_dim]).cuda(), None), batches)) all_images = torch.cat(all_images_list, dim=0) utils.save_image(all_images, str(self.results_folder / f'sample-{milestone}.png'), nrow=int(np.sqrt(self.num_samples))) self.save(milestone) pbar.update(1) print('Training complete') def inference(self, num=1000, n_iter=5, output_path='./submission'): if not os.path.exists(output_path): os.mkdir(output_path) with torch.no_grad(): for i in range(n_iter): latent = torch.randn(num // n_iter, self.gen.z_dim).cuda() images = self.ema.ema_model(latent, None) for j, img in enumerate(images): utils.save_image(img, f'{output_path}/{i * (num // n_iter) + j + 1}.jpg') ``` # 完整的样例图对比 | Simple | Medium | Strong | Boss | | :----------------------------------------------------------: | :----------------------------------------------------------: | ------------------------------------------------------------ | :----------------------------------------------------------: | | ![simple](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240619212836.png) | ![medium](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240619212838.png) | ![strong](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240619212823.png) | ![boss](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240619212833.png) | ================================================ FILE: HW07/HW07_Boss_0.84335.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "xvSGDbExff_I" }, "source": [ "# **Homework 7 - Bert (Question Answering)**\n", "\n", "If you have any questions, feel free to email us at ntu-ml-2023spring-ta@googlegroups.com\n", "\n", "\n", "\n", "Slide: [Link](https://docs.google.com/presentation/d/15lGUmT8NpLGtoxRllRWCJyQEjhR1Idcei63YHsDckPE/edit#slide=id.g21fff4e9af6_0_13)　Kaggle: [Link](https://www.kaggle.com/competitions/ml2023spring-hw7/host/sandbox-submissions)　Data: [Link](https://drive.google.com/file/d/1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7/view?usp=sharing)\n", "\n", "\n" ] }, { "cell_type": "markdown", "metadata": { "id": "NYAHsHNbzdKm" }, "source": [ "# Prerequisites" ] }, { "cell_type": "markdown", "metadata": { "id": "TJ1fSAJE2oaC" }, "source": [ "## Download Dataset" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "YPrc4Eie9Yo5", "outputId": "1640c875-58d1-4288-e382-e9fa9db39b9f" }, "outputs": [], "source": [ "# download link 1\n", "# !gdown --id '1TjoBdNlGBhP_J9C66MOY7ILIrydm7ZCS' --output hw7_data.zip\n", "\n", "# download link 2 (if above link failed)\n", "# !gdown --id '1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7' --output hw7_data.zip\n", "\n", "# download link 3 (if above link failed)\n", "# !gdown --id '1k2BfGrvhk8QRnr9Xvb04oPIKDr1uWFpa' --output hw7_data.zip\n", "\n", "# !unzip -o hw7_data.zip\n", "\n", "# !kaggle competitions download -c ml2023spring-hw7\n", "\n", "!unzip ml2023spring-hw7.zip\n", "\n", "# For this HW, K80 < P4 < T4 < P100 <= T4(fp16) < V100\n", "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "TevOvhC03m0h" }, "source": [ "## Install packages\n", "\n", "Documentation for the toolkit:\n", "* https://huggingface.co/transformers/\n", "* https://huggingface.co/docs/accelerate/index\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "tbxWFX_jpDom", "outputId": "138488c2-96fa-4c41-d450-9d0a1b74f36c" }, "outputs": [], "source": [ "# You are allowed to change version of transformers or use other toolkits\n", "!pip install transformers==4.26.1\n", "!pip install accelerate==0.16.0" ] }, { "cell_type": "markdown", "metadata": { "id": "XapBp31gytyD" }, "source": [ "# Kaggle (Fine-tuning)" ] }, { "cell_type": "markdown", "metadata": { "id": "WGOr_eS3wJJf" }, "source": [ "## Task description\n", "- Chinese Extractive Question Answering\n", " - Input: Paragraph + Question\n", " - Output: Answer\n", "\n", "- Objective: Learn how to fine tune a pretrained model on downstream task using transformers\n", "\n", "- Todo\n", " - Fine tune a pretrained chinese BERT model\n", " - Change hyperparameters (e.g. doc_stride)\n", " - Apply linear learning rate decay\n", " - Try other pretrained models\n", " - Improve preprocessing\n", " - Improve postprocessing\n", "- Training tips\n", " - Automatic mixed precision\n", " - Gradient accumulation\n", " - Ensemble\n", "\n", "- Estimated training time (tesla t4 with automatic mixed precision enabled)\n", " - Simple: 8mins\n", " - Medium: 8mins\n", " - Strong: 25mins\n", " - Boss: 2hrs\n", " " ] }, { "cell_type": "markdown", "metadata": { "id": "8dKM4yCh4LI_" }, "source": [ "## Import Packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "WOTHHtWJoahe" }, "outputs": [], "source": [ "import json\n", "import numpy as np\n", "import random\n", "import torch\n", "from torch.utils.data import DataLoader, Dataset\n", "from transformers import AdamW\n", "\n", "from tqdm.auto import tqdm\n", "\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "markdown", "metadata": { "id": "2YgXHuVLp_6j" }, "source": [ "## Load Model and Tokenizer\n", "\n", "\n", "\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 220, "referenced_widgets": [ "641665cb9ec6433a81719d57eeaf8298", "ba9c1cd3cfe04add90aa2edf2aa87378", "1e20837bf23548249678da0a07745d58", "c1d24cb7607c44b989774113a2baf675", "c9144705a33848a6b142f9887da6ac49", "ebfa4ba9f18b4945947d326581d3b8e9", "28fc746a3c0548f4a4ff669b5dbb7320", "d26e50974c52452389c5abb001056546", "9eefbb580f0146658d18658f210d3a67", "c813a6f6ce09424582c06a3ac8a7d712", "ff6cd33dca3c44ba9832b2d705fd2de1", "8b264499afca4694849b08e2091f6826", "3eaf82623d964c2abb92b4509ac5ca9d", "aa3ff7831fbf47efa404805886ca4696", "6be63de77ed14eee9c37e93d3a75f743", "5195ed241f09440eaf84a7e0b3dc8155", "33fa92f225be477d8cd176a0a4e8894e", "b80166eeee984661a611a02d1eae4458", "20cd68a7e03f4353aa99fcefc1f16d36", "fb908d9c3e374983aa47478a95411ba7", "304609dbefa74735baa08ce7aadff92d", "250451c12cee4aacb91a32d7da4ab861", "2c37badbe0504073b31abd67a8c0b808", "bfd7d35860c14dd3b8e5eea07032311d", "db2c74f92f6d4a2c8bfdcb91d5bd3d64", "b0af063597ea4de5a8c8bf4f370f782a", "5b1ac1a0f04f4c29b3c1127ec3d95e81", "b91c8359a6444497b3665e66afbe237d", "1181117783fd4bca9d7f5f296507aff3", "941a345ba82a44d5ad597a15c0af0d5c", "23afbee21a644745b24b8ffefed6b286", "a075ee85c2d34ab3b2d011c63dc02286", "052cccb5d69d476f9caac95848e0353a" ] }, "id": "xyBCYGjAp3ym", "outputId": "81f25c6d-cd7f-4be1-e085-f8a54bd1c27d" }, "outputs": [], "source": [ "from transformers import (\n", " AutoTokenizer,\n", " AutoModelForQuestionAnswering,\n", ")\n", "\n", "# model = AutoModelForQuestionAnswering.from_pretrained(\"bert-base-chinese\").to(device)\n", "# tokenizer = AutoTokenizer.from_pretrained(\"bert-base-chinese\")\n", "\n", "# ---- Boss -----\n", "model = AutoModelForQuestionAnswering.from_pretrained(\"luhua/chinese_pretrain_mrc_macbert_large\").to(device)\n", "tokenizer = AutoTokenizer.from_pretrained(\"luhua/chinese_pretrain_mrc_macbert_large\")\n", "# ---- Boss -----\n", "\n", "# You can safely ignore the warning message (it pops up because new prediction heads for QA are initialized randomly)" ] }, { "cell_type": "markdown", "metadata": { "id": "3Td-GTmk5OW4", "tags": [] }, "source": [ "## Read Data\n", "\n", "- Training set: 26918 QA pairs\n", "- Dev set: 2863 QA pairs\n", "- Test set: 3524 QA pairs\n", "\n", "- {train/dev/test}_questions:\n", " - List of dicts with the following keys:\n", " - id (int)\n", " - paragraph_id (int)\n", " - question_text (string)\n", " - answer_text (string)\n", " - answer_start (int)\n", " - answer_end (int)\n", "- {train/dev/test}_paragraphs:\n", " - List of strings\n", " - paragraph_ids in questions correspond to indexs in paragraphs\n", " - A paragraph may be used by several questions" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "NvX7hlepogvu" }, "outputs": [], "source": [ "def read_data(file):\n", " with open(file, 'r', encoding=\"utf-8\") as reader:\n", " data = json.load(reader)\n", " return data[\"questions\"], data[\"paragraphs\"]\n", "\n", "train_questions, train_paragraphs = read_data(\"hw7_train.json\")\n", "dev_questions, dev_paragraphs = read_data(\"hw7_dev.json\")\n", "test_questions, test_paragraphs = read_data(\"hw7_test.json\")" ] }, { "cell_type": "markdown", "metadata": { "id": "Fm0rpTHq0e4N" }, "source": [ "## Tokenize Data" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "rTZ6B70Hoxie", "outputId": "db13805e-02a9-4cbe-e6d2-66c0e3860c2b" }, "outputs": [], "source": [ "# Tokenize questions and paragraphs separately\n", "# 「add_special_tokens」 is set to False since special tokens will be added when tokenized questions and paragraphs are combined in datset __getitem__\n", "\n", "train_questions_tokenized = tokenizer([train_question[\"question_text\"] for train_question in train_questions], add_special_tokens=False)\n", "dev_questions_tokenized = tokenizer([dev_question[\"question_text\"] for dev_question in dev_questions], add_special_tokens=False)\n", "test_questions_tokenized = tokenizer([test_question[\"question_text\"] for test_question in test_questions], add_special_tokens=False)\n", "\n", "train_paragraphs_tokenized = tokenizer(train_paragraphs, add_special_tokens=False)\n", "dev_paragraphs_tokenized = tokenizer(dev_paragraphs, add_special_tokens=False)\n", "test_paragraphs_tokenized = tokenizer(test_paragraphs, add_special_tokens=False)\n", "\n", "# You can safely ignore the warning message as tokenized sequences will be futher processed in datset __getitem__ before passing to model" ] }, { "cell_type": "markdown", "metadata": { "id": "Ws8c8_4d5UCI" }, "source": [ "## Dataset" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Xjooag-Swnuh" }, "outputs": [], "source": [ "class QA_Dataset(Dataset):\n", " def __init__(self, split, questions, tokenized_questions, tokenized_paragraphs):\n", " self.split = split\n", " self.questions = questions\n", " self.tokenized_questions = tokenized_questions\n", " self.tokenized_paragraphs = tokenized_paragraphs\n", " self.max_question_len = 60\n", " self.max_paragraph_len = 150\n", "\n", " ##### TODO: Change value of doc_stride #####\n", " self.doc_stride = int(self.max_paragraph_len * 0.1) # Set stride to 10% of max paragraph length (Boss)\n", "\n", " # Input sequence length = [CLS] + question + [SEP] + paragraph + [SEP]\n", " self.max_seq_len = 1 + self.max_question_len + 1 + self.max_paragraph_len + 1\n", "\n", " def __len__(self):\n", " return len(self.questions)\n", "\n", " def __getitem__(self, idx):\n", " question = self.questions[idx]\n", " tokenized_question = self.tokenized_questions[idx]\n", " tokenized_paragraph = self.tokenized_paragraphs[question[\"paragraph_id\"]]\n", "\n", " ##### TODO: Preprocessing #####\n", " # Hint: How to prevent model from learning something it should not learn\n", " if self.split == \"train\":\n", " # Convert answer's start/end positions in paragraph_text to start/end positions in tokenized_paragraph\n", " answer_start_token = tokenized_paragraph.char_to_token(question[\"answer_start\"])\n", " answer_end_token = tokenized_paragraph.char_to_token(question[\"answer_end\"])\n", "\n", " # A single window is obtained by slicing the portion of paragraph containing the answer\n", " mid = (answer_start_token + answer_end_token) // 2\n", "\n", " # ---- Strong -----\n", " \n", " # Introduce random offset to prevent learning that answer is always in the middle\n", " max_offset = self.max_paragraph_len # We allow up to 1/4 of the max length as offset\n", " random_offset = np.random.randint(-max_offset, max_offset) # Random shift between -max_offset and +max_offset\n", "\n", " # Adjust paragraph start based on random offset\n", " paragraph_start = max(0, min(mid + random_offset - self.max_paragraph_len // 2, len(tokenized_paragraph) - self.max_paragraph_len))\n", " paragraph_end = paragraph_start + self.max_paragraph_len\n", " \n", " # ---- Strong -----\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[paragraph_start : paragraph_end] + [102]\n", "\n", " # Convert answer's start/end positions in tokenized_paragraph to start/end positions in the window\n", " answer_start_token += len(input_ids_question) - paragraph_start\n", " answer_end_token += len(input_ids_question) - paragraph_start\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", "\n", " return torch.tensor(input_ids), torch.tensor(token_type_ids), torch.tensor(attention_mask), answer_start_token, answer_end_token\n", " \n", " # Validation/Testing\n", " else:\n", " input_ids_list, token_type_ids_list, attention_mask_list = [], [], []\n", "\n", " # Paragraph is split into several windows, each with start positions separated by step \"doc_stride\"\n", " for i in range(0, len(tokenized_paragraph), self.doc_stride):\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[i : i + self.max_paragraph_len] + [102]\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", "\n", " input_ids_list.append(input_ids)\n", " token_type_ids_list.append(token_type_ids)\n", " attention_mask_list.append(attention_mask)\n", "\n", " return torch.tensor(input_ids_list), torch.tensor(token_type_ids_list), torch.tensor(attention_mask_list)\n", "\n", " def padding(self, input_ids_question, input_ids_paragraph):\n", " # Pad zeros if sequence length is shorter than max_seq_len\n", " padding_len = self.max_seq_len - len(input_ids_question) - len(input_ids_paragraph)\n", " # Indices of input sequence tokens in the vocabulary\n", " input_ids = input_ids_question + input_ids_paragraph + [0] * padding_len\n", " # Segment token indices to indicate first and second portions of the inputs. Indices are selected in [0, 1]\n", " token_type_ids = [0] * len(input_ids_question) + [1] * len(input_ids_paragraph) + [0] * padding_len\n", " # Mask to avoid performing attention on padding token indices. Mask values selected in [0, 1]\n", " attention_mask = [1] * (len(input_ids_question) + len(input_ids_paragraph)) + [0] * padding_len\n", "\n", " return input_ids, token_type_ids, attention_mask\n", "\n", "train_set = QA_Dataset(\"train\", train_questions, train_questions_tokenized, train_paragraphs_tokenized)\n", "dev_set = QA_Dataset(\"train\", dev_questions, dev_questions_tokenized, dev_paragraphs_tokenized) # Boss\n", "test_set = QA_Dataset(\"test\", test_questions, test_questions_tokenized, test_paragraphs_tokenized)" ] }, { "cell_type": "markdown", "metadata": { "id": "5_H1kqhR8CdM" }, "source": [ "## Function for Evaluation" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "SqeA3PLPxOHu" }, "outputs": [], "source": [ "def evaluate(data, output):\n", " ##### TODO: Postprocessing #####\n", " # There is a bug and room for improvement in postprocessing\n", " # Hint: Open your prediction file to see what is wrong\n", "\n", " answer = ''\n", " max_prob = float('-inf')\n", " num_of_windows = data[0].shape[1]\n", "\n", " for k in range(num_of_windows):\n", " # Obtain answer by choosing the most probable start position / end position\n", " start_prob, start_index = torch.max(output.start_logits[k], dim=0)\n", " end_prob, end_index = torch.max(output.end_logits[k], dim=0)\n", "\n", " # ---- Boss -----\n", " # Ensure the start_index is less than or equal to end_index\n", " # This avoids selecting a wrong pair of start and end positions\n", " if start_index <= end_index:\n", " # Calculate the combined probability of start and end positions\n", " prob = start_prob + end_prob\n", "\n", " # If this window has a higher probability answer, update the result\n", " if prob > max_prob:\n", " max_prob = prob\n", " # Convert token indices to the corresponding text answer\n", " # Example: [1920, 7032] --> \"大 金\"\n", " answer = tokenizer.decode(data[0][0][k][start_index : end_index + 1])\n", " else:\n", " # If start_index > end_index, skip this pair (potentially an error case)\n", " continue\n", " # ---- Boss -----\n", "\n", " # Remove spaces in answer (e.g. \"大 金\" --> \"大金\")\n", " return answer.replace(' ','')" ] }, { "cell_type": "markdown", "metadata": { "id": "rzHQit6eMnKG" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 778, "referenced_widgets": [ "53c1ce79c38b45fc8d1b675515642c54", "9370d0df1bca4b9a9c15e1d3e10142d9", "611f0f0c70a5471b891bd6f6b8cb7863", "986b627aef004704ac0806a9aa189938", "f2b466617f0247638e0934c8fe95ed1d", "f9b28a5fbcd14568983ed36f9a1ca997", "04c0aa3d24944485b475601f786b56f1", "78818b2d8cc748efbf1b5784a9ee2a85", "7c61a280288d4608b6ef341ce3adb7a8", "8710bb7686df4fb3a73e5af839be5305", "c7896f62a30f4eec95e3c84aef08e1b2", "29a7b6bb49004c3c96a6d48cd55e1ec3", "06e4e53bd3e748ad90d14eeec117aac9", "6a47a3bc614a44e7a5b0dfef50cadaf7", "fba6bb8f65904ae6ae4f5bca95e942e2", "6d5ad2f51bb3459b85201f983a499ea2", "9c7a21dc260a4ad7b87f2123947058a2", "7b7a0c46d9794d6fa66401f03684dec0", "11dcde71ff984d829ec9612e7f43e3a3", "a987cb79f4904973958a98f492c6443a", "8d791392eed34a9b8e155da9a4b0a0d6", "bab8f16e038b440a8016ef087ee12904" ] }, "id": "3Q-B6ka7xoCM", "outputId": "69c6f306-8a93-4b59-a64d-41f55889a6e6" }, "outputs": [], "source": [ "from accelerate import Accelerator\n", "from torch.utils.data import ConcatDataset\n", "\n", "# hyperparameters\n", "num_epoch = 2 # Boss\n", "validation = True\n", "logging_step = 100\n", "learning_rate = 1e-5\n", "optimizer = AdamW(model.parameters(), lr=learning_rate)\n", "train_batch_size = 8\n", "\n", "#### TODO: gradient_accumulation (optional)####\n", "# Note: train_batch_size * gradient_accumulation_steps = effective batch size\n", "# If CUDA out of memory, you can make train_batch_size lower and gradient_accumulation_steps upper\n", "# Doc: https://huggingface.co/docs/accelerate/usage_guides/gradient_accumulation\n", "gradient_accumulation_steps = 4\n", "\n", "# dataloader\n", "# Note: Do NOT change batch size of dev_loader / test_loader !\n", "# Although batch size=1, it is actually a batch consisting of several windows from the same QA pair\n", "# Combine train_set and dev_set into a single dataset (Boss)\n", "combined_train_set = ConcatDataset([train_set, dev_set])\n", "train_loader = DataLoader(combined_train_set, batch_size=train_batch_size, shuffle=True, pin_memory=True)\n", "# dev_loader = DataLoader(dev_set, batch_size=1, shuffle=False, pin_memory=True)\n", "test_loader = DataLoader(test_set, batch_size=1, shuffle=False, pin_memory=True)\n", "\n", "#---- Medium -----\n", "from transformers import get_linear_schedule_with_warmup\n", "from torch.optim.lr_scheduler import LambdaLR\n", "\n", "# total training steps\n", "total_steps = len(train_loader) * num_epoch\n", "num_warmup_steps = int(0 * total_steps) # Set warmup steps to 20% of total steps\n", "\n", "# [Hugging Face] Apply linear learning rate decay with warmup\n", "scheduler = get_linear_schedule_with_warmup(\n", " optimizer, num_warmup_steps=num_warmup_steps, num_training_steps=total_steps\n", ")\n", "\n", "# # [PyTorch] Alternative approach: Apply linear learning rate decay without warmup\n", "# # lr_lambda defines how learning rate decays over time (here it's a simple linear decay)\n", "# lr_lambda = lambda step: max(0.0, 1.0 - step / total_steps)\n", "# scheduler = LambdaLR(optimizer, lr_lambda=lr_lambda)\n", "\n", "# ---- Medium -----\n", "\n", "# Change \"fp16_training\" to True to support automatic mixed\n", "# precision training (fp16)\n", "fp16_training = True\n", "if fp16_training:\n", " accelerator = Accelerator(mixed_precision=\"fp16\")\n", "else:\n", " accelerator = Accelerator()\n", "\n", "# Documentation for the toolkit: https://huggingface.co/docs/accelerate/\n", "model, optimizer, train_loader = accelerator.prepare(model, optimizer, train_loader)\n", "\n", "model.train()\n", "\n", "\n", "print(\"Start Training ...\")\n", "\n", "for epoch in range(num_epoch):\n", " step = 1\n", " train_loss = train_acc = 0\n", "\n", " # ---- Boss -----\n", " actual_logging_steps = 0 # Track the number of steps contributing to the current logging window\n", " for batch_idx, data in enumerate(tqdm(train_loader)):\n", " # Load all data into GPU\n", " data = [i.to(accelerator.device) for i in data]\n", "\n", " # Model inputs and forward pass\n", " output = model(input_ids=data[0], token_type_ids=data[1], attention_mask=data[2], start_positions=data[3], end_positions=data[4])\n", " \n", " # Accumulate loss\n", " loss = output.loss\n", " accelerator.backward(loss / gradient_accumulation_steps)\n", "\n", " # Update accuracy for the current mini-batch\n", " start_index = torch.argmax(output.start_logits, dim=1)\n", " end_index = torch.argmax(output.end_logits, dim=1)\n", " batch_acc = ((start_index == data[3]) & (end_index == data[4])).float().mean().item()\n", " \n", " train_acc += batch_acc\n", " train_loss += loss.item()\n", " actual_logging_steps += 1\n", "\n", " # Gradient accumulation: only update weights every gradient_accumulation_steps\n", " if (batch_idx + 1) % gradient_accumulation_steps == 0:\n", " optimizer.step()\n", " scheduler.step() # Apply learning rate scheduler\n", " optimizer.zero_grad()\n", " step += 1\n", "\n", " # Logging\n", " if step % logging_step == 0:\n", " # Average the loss and accuracy over all accumulated steps\n", " avg_loss = train_loss / actual_logging_steps\n", " avg_acc = train_acc / actual_logging_steps\n", " \n", " print(f\"Epoch {epoch + 1} | Step {step} | loss = {avg_loss:.3f}, acc = {avg_acc:.3f}\")\n", " \n", " # Reset the accumulators\n", " train_loss = 0.0\n", " train_acc = 0.0\n", " actual_logging_steps = 0 # Reset after each logging\n", " # ---- Boss -----\n", "\n", " # if validation:\n", " # print(\"Evaluating Dev Set ...\")\n", " # model.eval()\n", " # with torch.no_grad():\n", " # dev_acc = 0\n", " # for i, data in enumerate(tqdm(dev_loader)):\n", " # output = model(input_ids=data[0].squeeze(dim=0).to(device), token_type_ids=data[1].squeeze(dim=0).to(device),\n", " # attention_mask=data[2].squeeze(dim=0).to(device))\n", " # # prediction is correct only if answer text exactly matches\n", " # dev_acc += evaluate(data, output) == dev_questions[i][\"answer_text\"]\n", " # print(f\"Validation | Epoch {epoch + 1} | acc = {dev_acc / len(dev_loader):.3f}\")\n", " # model.train()\n", "\n", "# Save a model and its configuration file to the directory 「saved_model」\n", "# i.e. there are two files under the direcory 「saved_model」: 「pytorch_model.bin」 and 「config.json」\n", "# Saved model can be re-loaded using 「model = BertForQuestionAnswering.from_pretrained(\"saved_model\")」\n", "print(\"Saving Model ...\")\n", "model_save_dir = \"saved_model\"\n", "model.save_pretrained(model_save_dir)" ] }, { "cell_type": "markdown", "metadata": { "id": "kMmdLOKBMsdE" }, "source": [ "## Testing" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 84, "referenced_widgets": [ "9c84cbc758db46e78d7fa361a385ccce", "642db3bee97a4bea8a4c1079e2b7526c", "ed9f5d147e7844a187d8610130f1ecd9", "42dd646b18b24deda274c857d337c973", "9e2635394d5b4965b41a05a9bc37a4ec", "3366101d46a847dfa5700ffb652dcc86", "a1602e58c3a7413490ce0a93f35a7ca9", "d26f522a28d24494914df1dd8432af49", "c24b174369fb48cdbc3d4afaa4cceccb", "a0f74d882c63403c8116c19745e011ba", "55a7b680dae94cba8758288dacff2988" ] }, "id": "U5scNKC9xz0C", "outputId": "841c70f2-2f3c-4c0f-866e-143f127eb6b5" }, "outputs": [], "source": [ "print(\"Evaluating Test Set ...\")\n", "\n", "result = []\n", "\n", "model.eval()\n", "with torch.no_grad():\n", " for data in tqdm(test_loader):\n", " output = model(input_ids=data[0].squeeze(dim=0).to(device), token_type_ids=data[1].squeeze(dim=0).to(device),\n", " attention_mask=data[2].squeeze(dim=0).to(device))\n", " result.append(evaluate(data, output))\n", "\n", "result_file = \"result.csv\"\n", "with open(result_file, 'w') as f:\n", " f.write(\"ID,Answer\\n\")\n", " for i, test_question in enumerate(test_questions):\n", " # Replace commas in answers with empty strings (since csv is separated by comma)\n", " # Answers in kaggle are processed in the same way\n", " f.write(f\"{test_question['id']},{result[i].replace(',','')}\\n\")\n", "\n", "print(f\"Completed! Result is in {result_file}\")" ] }, { "cell_type": "markdown", "metadata": { "id": "0_JVNKOCywbR" }, "source": [ "# GradeScope - Question 2 (In-context learning)" ] }, { "cell_type": "markdown", "metadata": { "id": "SDYN85why7zk" }, "source": [ "### In-context learning\n", "The example prompt is :\n", "```\n", "請從最後一篇的文章中找出最後一個問題的答案：\n", "文章：<文章1 內容>\n", "問題：<問題1 敘述>\n", "答案：<答案1>\n", "...\n", "文章：<文章n 內容>\n", "問題：<問題n 敘述>\n", "答案：\n", "```" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "sGUxltxqzKpm" }, "outputs": [], "source": [ "import torch\n", "import random\n", "import numpy as np\n", "\n", "# To avoid CUDA_OUT_OF_MEMORY\n", "torch.set_default_tensor_type(torch.cuda.FloatTensor)\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 241, "referenced_widgets": [ "fd1e236692ec43a18a1750a29515050d", "7b3c48ae548848c880439841c0b9cb6b", "1023013dc30a4731b61383bd59f2dc91", "ee0cb4c1f31346b5b180a7b826688eb4", "0f7a38ddfe7b42eaa5c8ffdb3c150641", "eb405f797a1441d280029e6e203befce", "7a7081fd9d5942af9148e29054b18f51", "eb4bdd1ff3cf4b0db273c53e32cad5de", "7c852afee0de49fe8dac74f3af82a725", "24b96f20dd5f4a6d8cf9788e97a74f73", "a5bf4132f3dd4c7a807f27c8106fdd59", "0549ffe5a6a444dd9fbf8c4513ebe7f7", "388d3d2566ff4a1cb68048ac78dd374f", "6235eaf236d643c6a163dddb86d3664d", "faf78b2739f841d8a213e4311926b598", "91f03b6ed1c94cb68970f45ffa64695e", "9e312a0ec6a2478fb0f55691caf6d9ae", "39d35e6e28264b5ca157745d0c1e1491", "c497cc2cfabb451aad71f5d7b19873e4", "7f7f2c3afc2647c086877a2f4eff6c12", "0386ad4eea2b4387b48cd58e95bcd4ba", "028ec097e62b4ee8a463708f4c3b8f24", "f607835a7acf4037821885704bde736d", "ddd59aac5a5d48ceace9ede35bf8f11b", "20e14c8de0f84979ac3f0d896263f49d", "4d7c3ea23e9b42a2ba5b0b11ee190c69", "5d9e4fd05f964fd7a11d66b964ea0873", "7fb466a306e6443287cb2fa2bea90f06", "1b2b45ecc27b4f28bc0194709fed0638", "6a2f5722362c4ec08ae8ed7d681dc7ba", "f51192579d014a52b132f99abf8901b2", "6912ca44b1864902a3e32d4a19a4972d", "acbfe8b88e6945ab9a5959fbb5f294de", "fda75dc7c2d24f7b827b2c78a6988586", "2d1a48d240b949ad9b465985e90557c5", "5a0f5ba8ad024f5b915e34e48f269437", "bc4b72ff74d84c9e83b328e8823044b1", "901f4ebc70f144c188d03a4978920441", "98ce66c91c5c45968a3844fb0de50624", "a24d04e7064048c2819ef88a50ce9093", "154be9baa03943d08c975dbc85c4edf8", "2fe4fa69d9544fd393a4d72c02245245", "c4da9fed45254ebdaa49312f16d9b159", "53a2b78a732c4522805de5c9aed92c41", "0440f9e26a0b420b86175bc62e212d01", "c9bf7b5808f74db9811f5b64e878dcd5", "66a35d11743141b1b20904b13a4b86ea", "c0145fad2cb843e9b75ac47d307cc346", "d61e0c79febd45c8b00e3566296d7e8e", "2a59b752f9414e69b8c1d24bd24159f2", "447bb12155cf4dc193ffea3f64c6a8f8", "16b30759d76a4c8f979212d1ae30c297", "1639410507da4b54996064d9fcc8621c", "e515df89088042dbbe23594e5976e10d", "0dccf470d87f4585af65826582399466", "7dee4e5320d349159422709a69af61f4", "86dbdec7087f4312b945c3a3940d8965", "cdbf6c3b5b3948229946fd51c227b51e", "d132ff798f284c9cbe2a73d35d776592", "fead01a1a86c40bcb1ba9133ef351d7c", "f19d9d34c978402691a89114849d2bb9", "7a729fb76a374da99334e7d4b4de102e", "cccbdce89ff545f6a66304352b320ad7", "cbd776799c18488eb74a8f17cc27c6fd", "b1cd7728deff4d50a18cb22805351330", "550e7aaac7fa4c3db37ceca6a5595ddb", "745f78a378b5412eae007f029e8c321a", "2c449a0e664c41a79b3a1de62e94b5b7", "a9a16bf8795c402a90cf4504b1cd30a1", "715ad9f6bdaa46298317e049404f9755", "667f153201d347a0a01e39b438fa736b", "d652cdca44e04070a420c5d1a24b4fd1", "b5c71e0a94014278a22ba45a6f58b77d", "7f928c5e620a49c1ae137868e34818a9", "d403f126d48746948c0f627dfdce5d65", "d41e81f720f44b52b9a914e4c619bfee", "bee7c0220d4e476dbc035fbc5dc44fa3" ] }, "id": "wIS23s79zItf", "outputId": "c686be61-221a-4f55-ca79-67715343f1db" }, "outputs": [], "source": [ "from transformers import AutoTokenizer, AutoModelForCausalLM\n", "\n", "# You can try model with different size\n", "# When using Colab or Kaggle, models with more than 2 billions parameters may\n", "# run out of memory\n", "tokenizer = AutoTokenizer.from_pretrained(\"facebook/xglm-1.7B\")\n", "model = AutoModelForCausalLM.from_pretrained(\"facebook/xglm-1.7B\")" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "2d97YtavzFHA" }, "outputs": [], "source": [ "# To clean model output. If you try different prompts, you may have to fix\n", "# this function on your own\n", "def clean_text(text):\n", " # Note: When you use unilingual model, the colon may become fullwidth\n", " text = text.split(\"答案:\")[-1]\n", " text = text.split(\" \")[0]\n", " return text" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "jdf3gdP_yykH", "outputId": "b9a784dd-e5d7-4212-c089-e0180157bd11" }, "outputs": [], "source": [ "import random\n", "import json\n", "\n", "with open(\"hw7_in-context-learning-examples.json\", \"r\") as f:\n", " test = json.load(f)\n", "\n", "# K-shot learning\n", "# Give model K examples to make it achieve better accuracy\n", "# Note: (1) When K >= 4, CUDA_OUT_OFF_MEMORY may occur.\n", "# (2) The maximum input length of XGLM is 2048\n", "K = 2\n", "\n", "question_ids = [qa[\"id\"] for qa in test[\"questions\"]]\n", "\n", "with open(\"in-context-learning-result.txt\", \"w\") as f:\n", " print(\"ID,Ground-Truth,Prediction\", file = f)\n", " with torch.no_grad():\n", " for idx, qa in enumerate(test[\"questions\"]):\n", " # You can try different prompts\n", " prompt = \"請從最後一篇的文章中找出最後一個問題的答案\\n\"\n", " exist_question_indexs = [question_ids.index(qa[\"id\"])]\n", "\n", " # K-shot learning: give the model K examples with answers\n", " for i in range(K):\n", " question_index = question_ids.index(qa[\"id\"])\n", " while(question_index in exist_question_indexs):\n", " question_index = random.randint(0, len(question_ids) - 1)\n", " exist_question_indexs.append(question_index)\n", " paragraph_id = test[\"questions\"][question_index][\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{test[\"questions\"][question_index][\"question_text\"]}\\n'\n", " prompt += f'答案：{test[\"questions\"][question_index][\"answer_text\"]}\\n'\n", "\n", " # The final one question without answer\n", " paragraph_id = qa[\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{qa[\"question_text\"]}\\n'\n", " prompt += f'答案：'\n", "\n", " inputs = tokenizer(prompt, add_special_tokens=False, return_tensors=\"pt\")\n", " sample = model.generate(**inputs, max_new_tokens = 20)\n", " text = tokenizer.decode(sample[0], skip_special_tokens=True)\n", "\n", " # Note: You can delete this line to see what will happen\n", " text = clean_text(text)\n", "\n", " print(prompt)\n", " print(f'正確答案: {qa[\"answer_text\"]}')\n", " print(f'模型輸出: {text}')\n", " print()\n", "\n", " print(f\"{idx},{qa['answer_text']},{text}\", file = f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "k3prlGCdjf38" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "DL", "language": "python", "name": "dl" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": 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"model_module_version": "1.5.0", "model_name": "DescriptionStyleModel", "state": { "_model_module": "@jupyter-widgets/controls", "_model_module_version": "1.5.0", "_model_name": "DescriptionStyleModel", "_view_count": null, "_view_module": "@jupyter-widgets/base", "_view_module_version": "1.2.0", "_view_name": "StyleView", "description_width": "" } } } } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW07/HW07_Medium_0.70090.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "xvSGDbExff_I" }, "source": [ "# **Homework 7 - Bert (Question Answering)**\n", "\n", "If you have any questions, feel free to email us at ntu-ml-2023spring-ta@googlegroups.com\n", "\n", "\n", "\n", "Slide: [Link](https://docs.google.com/presentation/d/15lGUmT8NpLGtoxRllRWCJyQEjhR1Idcei63YHsDckPE/edit#slide=id.g21fff4e9af6_0_13)　Kaggle: [Link](https://www.kaggle.com/competitions/ml2023spring-hw7/host/sandbox-submissions)　Data: [Link](https://drive.google.com/file/d/1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7/view?usp=sharing)\n", "\n", "\n" ] }, { "cell_type": "markdown", "metadata": { "id": "NYAHsHNbzdKm" }, "source": [ "# Prerequisites" ] }, { "cell_type": "markdown", "metadata": { "id": "TJ1fSAJE2oaC" }, "source": [ "## Download Dataset" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "YPrc4Eie9Yo5", "outputId": "1640c875-58d1-4288-e382-e9fa9db39b9f" }, "outputs": [], "source": [ "# download link 1\n", "# !gdown --id '1TjoBdNlGBhP_J9C66MOY7ILIrydm7ZCS' --output hw7_data.zip\n", "\n", "# download link 2 (if above link failed)\n", "# !gdown --id '1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7' --output hw7_data.zip\n", "\n", "# download link 3 (if above link failed)\n", "# !gdown --id '1k2BfGrvhk8QRnr9Xvb04oPIKDr1uWFpa' --output hw7_data.zip\n", "\n", "# !unzip -o hw7_data.zip\n", "\n", "# !kaggle competitions download -c ml2023spring-hw7\n", "\n", "!unzip ml2023spring-hw7.zip \n", "\n", "# For this HW, K80 < P4 < T4 < P100 <= T4(fp16) < V100\n", "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "TevOvhC03m0h" }, "source": [ "## Install packages\n", "\n", "Documentation for the toolkit:\n", "* https://huggingface.co/transformers/\n", "* https://huggingface.co/docs/accelerate/index\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "tbxWFX_jpDom", "outputId": "138488c2-96fa-4c41-d450-9d0a1b74f36c" }, "outputs": [], "source": [ "# You are allowed to change version of transformers or use other toolkits\n", "!pip install transformers==4.26.1\n", "!pip install accelerate==0.16.0" ] }, { "cell_type": "markdown", "metadata": { "id": "XapBp31gytyD" }, "source": [ "# Kaggle (Fine-tuning)" ] }, { "cell_type": "markdown", "metadata": { "id": "WGOr_eS3wJJf" }, "source": [ "## Task description\n", "- Chinese Extractive Question Answering\n", " - Input: Paragraph + Question\n", " - Output: Answer\n", "\n", "- Objective: Learn how to fine tune a pretrained model on downstream task using transformers\n", "\n", "- Todo\n", " - Fine tune a pretrained chinese BERT model\n", " - Change hyperparameters (e.g. doc_stride)\n", " - Apply linear learning rate decay\n", " - Try other pretrained models\n", " - Improve preprocessing\n", " - Improve postprocessing\n", "- Training tips\n", " - Automatic mixed precision\n", " - Gradient accumulation\n", " - Ensemble\n", "\n", "- Estimated training time (tesla t4 with automatic mixed precision enabled)\n", " - Simple: 8mins\n", " - Medium: 8mins\n", " - Strong: 25mins\n", " - Boss: 2hrs\n", " " ] }, { "cell_type": "markdown", "metadata": { "id": "8dKM4yCh4LI_" }, "source": [ "## Import Packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "WOTHHtWJoahe" }, "outputs": [], "source": [ "import json\n", "import numpy as np\n", "import random\n", "import torch\n", "from torch.utils.data import DataLoader, Dataset\n", "from transformers import AdamW\n", "\n", "from tqdm.auto import tqdm\n", "\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "markdown", "metadata": { "id": "2YgXHuVLp_6j" }, "source": [ "## Load Model and Tokenizer\n", "\n", "\n", "\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 220, "referenced_widgets": [ "641665cb9ec6433a81719d57eeaf8298", "ba9c1cd3cfe04add90aa2edf2aa87378", "1e20837bf23548249678da0a07745d58", "c1d24cb7607c44b989774113a2baf675", "c9144705a33848a6b142f9887da6ac49", "ebfa4ba9f18b4945947d326581d3b8e9", "28fc746a3c0548f4a4ff669b5dbb7320", "d26e50974c52452389c5abb001056546", "9eefbb580f0146658d18658f210d3a67", "c813a6f6ce09424582c06a3ac8a7d712", "ff6cd33dca3c44ba9832b2d705fd2de1", "8b264499afca4694849b08e2091f6826", "3eaf82623d964c2abb92b4509ac5ca9d", "aa3ff7831fbf47efa404805886ca4696", "6be63de77ed14eee9c37e93d3a75f743", "5195ed241f09440eaf84a7e0b3dc8155", "33fa92f225be477d8cd176a0a4e8894e", "b80166eeee984661a611a02d1eae4458", "20cd68a7e03f4353aa99fcefc1f16d36", "fb908d9c3e374983aa47478a95411ba7", "304609dbefa74735baa08ce7aadff92d", "250451c12cee4aacb91a32d7da4ab861", "2c37badbe0504073b31abd67a8c0b808", "bfd7d35860c14dd3b8e5eea07032311d", "db2c74f92f6d4a2c8bfdcb91d5bd3d64", "b0af063597ea4de5a8c8bf4f370f782a", "5b1ac1a0f04f4c29b3c1127ec3d95e81", "b91c8359a6444497b3665e66afbe237d", "1181117783fd4bca9d7f5f296507aff3", "941a345ba82a44d5ad597a15c0af0d5c", "23afbee21a644745b24b8ffefed6b286", "a075ee85c2d34ab3b2d011c63dc02286", "052cccb5d69d476f9caac95848e0353a" ] }, "id": "xyBCYGjAp3ym", "outputId": "81f25c6d-cd7f-4be1-e085-f8a54bd1c27d" }, "outputs": [], "source": [ "from transformers import (\n", " AutoTokenizer,\n", " AutoModelForQuestionAnswering,\n", ")\n", "\n", "model = AutoModelForQuestionAnswering.from_pretrained(\"bert-base-chinese\").to(device)\n", "tokenizer = AutoTokenizer.from_pretrained(\"bert-base-chinese\")\n", "\n", "# You can safely ignore the warning message (it pops up because new prediction heads for QA are initialized randomly)" ] }, { "cell_type": "markdown", "metadata": { "id": "3Td-GTmk5OW4" }, "source": [ "## Read Data\n", "\n", "- Training set: 26918 QA pairs\n", "- Dev set: 2863 QA pairs\n", "- Test set: 3524 QA pairs\n", "\n", "- {train/dev/test}_questions:\n", " - List of dicts with the following keys:\n", " - id (int)\n", " - paragraph_id (int)\n", " - question_text (string)\n", " - answer_text (string)\n", " - answer_start (int)\n", " - answer_end (int)\n", "- {train/dev/test}_paragraphs:\n", " - List of strings\n", " - paragraph_ids in questions correspond to indexs in paragraphs\n", " - A paragraph may be used by several questions" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "NvX7hlepogvu" }, "outputs": [], "source": [ "def read_data(file):\n", " with open(file, 'r', encoding=\"utf-8\") as reader:\n", " data = json.load(reader)\n", " return data[\"questions\"], data[\"paragraphs\"]\n", "\n", "train_questions, train_paragraphs = read_data(\"hw7_train.json\")\n", "dev_questions, dev_paragraphs = read_data(\"hw7_dev.json\")\n", "test_questions, test_paragraphs = read_data(\"hw7_test.json\")" ] }, { "cell_type": "markdown", "metadata": { "id": "Fm0rpTHq0e4N" }, "source": [ "## Tokenize Data" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "rTZ6B70Hoxie", "outputId": "db13805e-02a9-4cbe-e6d2-66c0e3860c2b" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "Token indices sequence length is longer than the specified maximum sequence length for this model (566 > 512). Running this sequence through the model will result in indexing errors\n" ] } ], "source": [ "# Tokenize questions and paragraphs separately\n", "# 「add_special_tokens」 is set to False since special tokens will be added when tokenized questions and paragraphs are combined in datset __getitem__\n", "\n", "train_questions_tokenized = tokenizer([train_question[\"question_text\"] for train_question in train_questions], add_special_tokens=False)\n", "dev_questions_tokenized = tokenizer([dev_question[\"question_text\"] for dev_question in dev_questions], add_special_tokens=False)\n", "test_questions_tokenized = tokenizer([test_question[\"question_text\"] for test_question in test_questions], add_special_tokens=False)\n", "\n", "train_paragraphs_tokenized = tokenizer(train_paragraphs, add_special_tokens=False)\n", "dev_paragraphs_tokenized = tokenizer(dev_paragraphs, add_special_tokens=False)\n", "test_paragraphs_tokenized = tokenizer(test_paragraphs, add_special_tokens=False)\n", "\n", "# You can safely ignore the warning message as tokenized sequences will be futher processed in datset __getitem__ before passing to model" ] }, { "cell_type": "markdown", "metadata": { "id": "Ws8c8_4d5UCI" }, "source": [ "## Dataset" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "Xjooag-Swnuh" }, "outputs": [], "source": [ "class QA_Dataset(Dataset):\n", " def __init__(self, split, questions, tokenized_questions, tokenized_paragraphs):\n", " self.split = split\n", " self.questions = questions\n", " self.tokenized_questions = tokenized_questions\n", " self.tokenized_paragraphs = tokenized_paragraphs\n", " self.max_question_len = 60\n", " self.max_paragraph_len = 150\n", "\n", " ##### TODO: Change value of doc_stride #####\n", " self.doc_stride = int(self.max_paragraph_len * 0.25) # Set stride to 25% of max paragraph length (Medium)\n", "\n", " # Input sequence length = [CLS] + question + [SEP] + paragraph + [SEP]\n", " self.max_seq_len = 1 + self.max_question_len + 1 + self.max_paragraph_len + 1\n", "\n", " def __len__(self):\n", " return len(self.questions)\n", "\n", " def __getitem__(self, idx):\n", " question = self.questions[idx]\n", " tokenized_question = self.tokenized_questions[idx]\n", " tokenized_paragraph = self.tokenized_paragraphs[question[\"paragraph_id\"]]\n", "\n", " ##### TODO: Preprocessing #####\n", " # Hint: How to prevent model from learning something it should not learn\n", " if self.split == \"train\":\n", " # Convert answer's start/end positions in paragraph_text to start/end positions in tokenized_paragraph\n", " answer_start_token = tokenized_paragraph.char_to_token(question[\"answer_start\"])\n", " answer_end_token = tokenized_paragraph.char_to_token(question[\"answer_end\"])\n", "\n", " # A single window is obtained by slicing the portion of paragraph containing the answer\n", " mid = (answer_start_token + answer_end_token) // 2\n", " paragraph_start = max(0, min(mid - self.max_paragraph_len // 2, len(tokenized_paragraph) - self.max_paragraph_len))\n", " paragraph_end = paragraph_start + self.max_paragraph_len\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[paragraph_start : paragraph_end] + [102]\n", "\n", " # Convert answer's start/end positions in tokenized_paragraph to start/end positions in the window\n", " answer_start_token += len(input_ids_question) - paragraph_start\n", " answer_end_token += len(input_ids_question) - paragraph_start\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", " return torch.tensor(input_ids), torch.tensor(token_type_ids), torch.tensor(attention_mask), answer_start_token, answer_end_token\n", "\n", " # Validation/Testing\n", " else:\n", " input_ids_list, token_type_ids_list, attention_mask_list = [], [], []\n", "\n", " # Paragraph is split into several windows, each with start positions separated by step \"doc_stride\"\n", " for i in range(0, len(tokenized_paragraph), self.doc_stride):\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[i : i + self.max_paragraph_len] + [102]\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", "\n", " input_ids_list.append(input_ids)\n", " token_type_ids_list.append(token_type_ids)\n", " attention_mask_list.append(attention_mask)\n", "\n", " return torch.tensor(input_ids_list), torch.tensor(token_type_ids_list), torch.tensor(attention_mask_list)\n", "\n", " def padding(self, input_ids_question, input_ids_paragraph):\n", " # Pad zeros if sequence length is shorter than max_seq_len\n", " padding_len = self.max_seq_len - len(input_ids_question) - len(input_ids_paragraph)\n", " # Indices of input sequence tokens in the vocabulary\n", " input_ids = input_ids_question + input_ids_paragraph + [0] * padding_len\n", " # Segment token indices to indicate first and second portions of the inputs. Indices are selected in [0, 1]\n", " token_type_ids = [0] * len(input_ids_question) + [1] * len(input_ids_paragraph) + [0] * padding_len\n", " # Mask to avoid performing attention on padding token indices. Mask values selected in [0, 1]\n", " attention_mask = [1] * (len(input_ids_question) + len(input_ids_paragraph)) + [0] * padding_len\n", "\n", " return input_ids, token_type_ids, attention_mask\n", "\n", "train_set = QA_Dataset(\"train\", train_questions, train_questions_tokenized, train_paragraphs_tokenized)\n", "dev_set = QA_Dataset(\"dev\", dev_questions, dev_questions_tokenized, dev_paragraphs_tokenized)\n", "test_set = QA_Dataset(\"test\", test_questions, test_questions_tokenized, test_paragraphs_tokenized)" ] }, { "cell_type": "markdown", "metadata": { "id": "5_H1kqhR8CdM" }, "source": [ "## Function for Evaluation" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "SqeA3PLPxOHu" }, "outputs": [], "source": [ "def evaluate(data, output):\n", " ##### TODO: Postprocessing #####\n", " # There is a bug and room for improvement in postprocessing\n", " # Hint: Open your prediction file to see what is wrong\n", "\n", " answer = ''\n", " max_prob = float('-inf')\n", " num_of_windows = data[0].shape[1]\n", "\n", " for k in range(num_of_windows):\n", " # Obtain answer by choosing the most probable start position / end position\n", " start_prob, start_index = torch.max(output.start_logits[k], dim=0)\n", " end_prob, end_index = torch.max(output.end_logits[k], dim=0)\n", "\n", " # Probability of answer is calculated as sum of start_prob and end_prob\n", " prob = start_prob + end_prob\n", "\n", " # Replace answer if calculated probability is larger than previous windows\n", " if prob > max_prob:\n", " max_prob = prob\n", " # Convert tokens to chars (e.g. [1920, 7032] --> \"大 金\")\n", " answer = tokenizer.decode(data[0][0][k][start_index : end_index + 1])\n", "\n", " # Remove spaces in answer (e.g. \"大 金\" --> \"大金\")\n", " return answer.replace(' ','')" ] }, { "cell_type": "markdown", "metadata": { "id": "rzHQit6eMnKG" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 778, "referenced_widgets": [ "53c1ce79c38b45fc8d1b675515642c54", "9370d0df1bca4b9a9c15e1d3e10142d9", "611f0f0c70a5471b891bd6f6b8cb7863", "986b627aef004704ac0806a9aa189938", "f2b466617f0247638e0934c8fe95ed1d", "f9b28a5fbcd14568983ed36f9a1ca997", "04c0aa3d24944485b475601f786b56f1", "78818b2d8cc748efbf1b5784a9ee2a85", "7c61a280288d4608b6ef341ce3adb7a8", "8710bb7686df4fb3a73e5af839be5305", "c7896f62a30f4eec95e3c84aef08e1b2", "29a7b6bb49004c3c96a6d48cd55e1ec3", "06e4e53bd3e748ad90d14eeec117aac9", "6a47a3bc614a44e7a5b0dfef50cadaf7", "fba6bb8f65904ae6ae4f5bca95e942e2", "6d5ad2f51bb3459b85201f983a499ea2", "9c7a21dc260a4ad7b87f2123947058a2", "7b7a0c46d9794d6fa66401f03684dec0", "11dcde71ff984d829ec9612e7f43e3a3", "a987cb79f4904973958a98f492c6443a", "8d791392eed34a9b8e155da9a4b0a0d6", "bab8f16e038b440a8016ef087ee12904" ] }, "id": "3Q-B6ka7xoCM", "outputId": "69c6f306-8a93-4b59-a64d-41f55889a6e6" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Start Training ...\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/transformers/optimization.py:306: FutureWarning: This implementation of AdamW is deprecated and will be removed in a future version. Use the PyTorch implementation torch.optim.AdamW instead, or set `no_deprecation_warning=True` to disable this warning\n", " warnings.warn(\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "28ae384709d443d1a3ff02787779e190", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/3365 [00:00\n", "問題：<問題1 敘述>\n", "答案：<答案1>\n", "...\n", "文章：<文章n 內容>\n", "問題：<問題n 敘述>\n", "答案：\n", "```" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "sGUxltxqzKpm" }, "outputs": [], "source": [ "import torch\n", "import random\n", "import numpy as np\n", "\n", "# To avoid CUDA_OUT_OF_MEMORY\n", "torch.set_default_tensor_type(torch.cuda.FloatTensor)\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 241, "referenced_widgets": [ "fd1e236692ec43a18a1750a29515050d", "7b3c48ae548848c880439841c0b9cb6b", "1023013dc30a4731b61383bd59f2dc91", "ee0cb4c1f31346b5b180a7b826688eb4", "0f7a38ddfe7b42eaa5c8ffdb3c150641", "eb405f797a1441d280029e6e203befce", "7a7081fd9d5942af9148e29054b18f51", "eb4bdd1ff3cf4b0db273c53e32cad5de", "7c852afee0de49fe8dac74f3af82a725", "24b96f20dd5f4a6d8cf9788e97a74f73", "a5bf4132f3dd4c7a807f27c8106fdd59", "0549ffe5a6a444dd9fbf8c4513ebe7f7", "388d3d2566ff4a1cb68048ac78dd374f", "6235eaf236d643c6a163dddb86d3664d", "faf78b2739f841d8a213e4311926b598", "91f03b6ed1c94cb68970f45ffa64695e", "9e312a0ec6a2478fb0f55691caf6d9ae", "39d35e6e28264b5ca157745d0c1e1491", "c497cc2cfabb451aad71f5d7b19873e4", "7f7f2c3afc2647c086877a2f4eff6c12", "0386ad4eea2b4387b48cd58e95bcd4ba", "028ec097e62b4ee8a463708f4c3b8f24", "f607835a7acf4037821885704bde736d", "ddd59aac5a5d48ceace9ede35bf8f11b", "20e14c8de0f84979ac3f0d896263f49d", "4d7c3ea23e9b42a2ba5b0b11ee190c69", "5d9e4fd05f964fd7a11d66b964ea0873", "7fb466a306e6443287cb2fa2bea90f06", "1b2b45ecc27b4f28bc0194709fed0638", "6a2f5722362c4ec08ae8ed7d681dc7ba", "f51192579d014a52b132f99abf8901b2", "6912ca44b1864902a3e32d4a19a4972d", "acbfe8b88e6945ab9a5959fbb5f294de", "fda75dc7c2d24f7b827b2c78a6988586", "2d1a48d240b949ad9b465985e90557c5", "5a0f5ba8ad024f5b915e34e48f269437", "bc4b72ff74d84c9e83b328e8823044b1", "901f4ebc70f144c188d03a4978920441", "98ce66c91c5c45968a3844fb0de50624", "a24d04e7064048c2819ef88a50ce9093", "154be9baa03943d08c975dbc85c4edf8", "2fe4fa69d9544fd393a4d72c02245245", "c4da9fed45254ebdaa49312f16d9b159", "53a2b78a732c4522805de5c9aed92c41", "0440f9e26a0b420b86175bc62e212d01", "c9bf7b5808f74db9811f5b64e878dcd5", "66a35d11743141b1b20904b13a4b86ea", "c0145fad2cb843e9b75ac47d307cc346", "d61e0c79febd45c8b00e3566296d7e8e", "2a59b752f9414e69b8c1d24bd24159f2", "447bb12155cf4dc193ffea3f64c6a8f8", "16b30759d76a4c8f979212d1ae30c297", "1639410507da4b54996064d9fcc8621c", "e515df89088042dbbe23594e5976e10d", "0dccf470d87f4585af65826582399466", "7dee4e5320d349159422709a69af61f4", "86dbdec7087f4312b945c3a3940d8965", "cdbf6c3b5b3948229946fd51c227b51e", "d132ff798f284c9cbe2a73d35d776592", "fead01a1a86c40bcb1ba9133ef351d7c", "f19d9d34c978402691a89114849d2bb9", "7a729fb76a374da99334e7d4b4de102e", "cccbdce89ff545f6a66304352b320ad7", "cbd776799c18488eb74a8f17cc27c6fd", "b1cd7728deff4d50a18cb22805351330", "550e7aaac7fa4c3db37ceca6a5595ddb", "745f78a378b5412eae007f029e8c321a", "2c449a0e664c41a79b3a1de62e94b5b7", "a9a16bf8795c402a90cf4504b1cd30a1", "715ad9f6bdaa46298317e049404f9755", "667f153201d347a0a01e39b438fa736b", "d652cdca44e04070a420c5d1a24b4fd1", "b5c71e0a94014278a22ba45a6f58b77d", "7f928c5e620a49c1ae137868e34818a9", "d403f126d48746948c0f627dfdce5d65", "d41e81f720f44b52b9a914e4c619bfee", "bee7c0220d4e476dbc035fbc5dc44fa3" ] }, "id": "wIS23s79zItf", "outputId": "c686be61-221a-4f55-ca79-67715343f1db" }, "outputs": [], "source": [ "from transformers import AutoTokenizer, AutoModelForCausalLM\n", "\n", "# You can try model with different size\n", "# When using Colab or Kaggle, models with more than 2 billions parameters may\n", "# run out of memory\n", "tokenizer = AutoTokenizer.from_pretrained(\"facebook/xglm-1.7B\")\n", "model = AutoModelForCausalLM.from_pretrained(\"facebook/xglm-1.7B\")" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "2d97YtavzFHA" }, "outputs": [], "source": [ "# To clean model output. If you try different prompts, you may have to fix\n", "# this function on your own\n", "def clean_text(text):\n", " # Note: When you use unilingual model, the colon may become fullwidth\n", " text = text.split(\"答案:\")[-1]\n", " text = text.split(\" \")[0]\n", " return text" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "jdf3gdP_yykH", "outputId": "b9a784dd-e5d7-4212-c089-e0180157bd11" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：廣州是京廣鐵路，廣深鐵路，廣茂鐵路和廣梅鐵路的終點站。2009年底，武廣客運專線投入運營，多機組列車長980公里，最高時速350公里。2011年1月7日，廣珠城際鐵路投入運營，平均時速200公里。廣州鐵路，長途巴士和渡輪直達香港。廣九快速列車從廣州火車東站出發，直達香港紅磡火車站。總長約182公里，行程大約需要兩個小時。每年都有繁忙的教練從香港的不同乘客點接載乘客。在市中心的珠江北岸有一條渡輪線路，河流居民可以直接過河而無需乘坐公共汽車或步行穿過大橋。每天都有往返南沙碼頭和蓮花山碼頭的高速雙體船。渡輪也開往香港中國客運碼頭和港澳客運碼頭。\n", "問題：廣珠城際鐵路平均每小時可以走多遠？\n", "答案：200公里\n", "文章：自古以來，廣州一直是華南地區的著名商人，擁有2000多年的開放貿易歷史。20世紀70年代末中國大陸改革開放後，廣州經濟發展迅速。2010年，全市地區生產總值10604.48億元，同比增長13％。它成為僅次於上海和北京的第三個進入“萬億元俱樂部”國內生產總值的城市。這也是第一個超過一萬億的經濟總量。首都。根據國務院2005年發布的報告，廣州成為中國第一個進入“發達”狀態的城市。2012年9月，廣州南沙新區獲批，成為第六個國家級開放開發新區。2015年，廣州GDP達到1810.41億元，人均GDP達到138,377.05元。國內生產總值是中國的第三位，人均國內生產總值與西班牙相當。購買力平價水平與發達國家相當。\n", "問題：進入國內生產總值「萬億元俱樂部」的城市第三個為？\n", "答案：廣州\n", "文章：2010年引入的廣州快速交通運輸系統是世界第二大快速運輸系統。每日載客量可達100萬人次。每小時的客流量峰值高達26,900名乘客，僅次於波哥大的快速交通系統。每10秒有一輛公共汽車，每輛公共汽車在一個方向上行駛350小時。該平台包括橋樑，是世界上最長的國家公共汽車快速運輸系統平台，長度為260米。目前，廣州市的出租車和公交車主要以液化石油氣為燃料，部分公交車採用油電，氣電混合技術。2012年底，一輛LNG燃料公共汽車開始啟動。2014年6月，引入了LNG插電式混合動力公交車取代LPG公交車。2007年1月16日，廣州市政府完全禁止在城市地區駕駛摩托車。違反禁令的機動車將被沒收。廣州市交通局聲稱，禁令的實施導致交通擁堵和車禍大大減少。廣州白雲國際機場位於白雲區與花都區交界處。它於2004年8月5日正式投入運營。它是中國第二繁忙的機場。機場取代了原先位於市中心的舊機場，無法滿足日益增長的航空需求。目前，機場有三個簡易機場，是中國第三個擁有三條跑道的民航機場。比2023年香港國際機場第三條跑道的預計完工時間提前了8年。\n", "問題：從哪一天開始在廣州市內騎摩托車會被沒收？\n", "答案：\n", "正確答案: 2007年1月16日\n", "模型輸出: 2007年1月16日\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：2010年7月，1000多名市民聚集在地鐵江南西站出口處舉行2010年廣州支持粵語行動請願活動。在收到有關該活動被取消的消息後，他們仍然按計劃時間到達為光復文化發行自己的活動。語音。在內地媒體封鎖消息傳出後，廣州還封鎖了與香港電視有關的新聞片段。8月1日，廣州中央公園的粵語聚會受到當局的強烈阻撓。人們被迫轉移路線。當他們到達北京路南段時，他們被大批警察包圍。參與者被帶到公共汽車並在東山體育場被帶走。它在被質疑和被定罪後被釋放。大陸請願制度允許人們向上級政府部門發出呼籲。廣東省政府經常邀請來自省內各地的請願人來到東風路正門，得到省政府的幫助。在集會時，當局將調動大量警察部隊積極處理他們。在對峙期間，交通通常會很慢，但當地官方媒體從未報導相關報導。2014年初，更重要的請願者是該省的家禽商，由於市場被迫關閉，在禽流感期間遭受了損失，以及隋毛反對茂名石化項目的年輕人。\n", "問題：2010年廣州撐粵語行動請願活動是在當年的什麼時候舉行的？\n", "答案：7月\n", "文章：多年來，廣州當局積極開展各種政府項目。自1990年以來，廣州參與了“創建國家健康城市”，並於2008年成功獲得該獎項。1998年，“創建全國文明城市”開始，2011年取得了成功。在“創造健康”期間，廣州市的衛生狀況得到了明顯改善，如清理城市衛生角，城中村，污水處理和食品安全管理。一些官員說，“創造健康”只是一個起點，沒有盡頭。 “創造”是“人心的項目”。關於在這些項目，形式主義和騷亂上花費的巨額公共資金，還有媒體問題和批評。多年來在這兩個項目上花費的公共資金數量已達數十億，這使得計算難度很大。在廣州亞運會之際，廣州市政府在2010年之前開展了大量的城市建設項目，包括：改造多條道路和人行道，重新鋪設地磚和花卉基地;和許多新老天橋的灰白色油漆;大多數街道拱廊和歷史建築的改造;正面建築的屋頂均勻配備紅色塑料屋頂，外牆經過翻新，配備空調壓縮機蓋和照明。然而，有些人質疑，在亞運會期間，許多精心準備的道路被強行翻新，當街邊商場和歷史建築被翻新時，原有的歷史和藝術感被摧毀。許多小偷參與了街道上數千棟建築的統一改造。通過腳手架，數百戶家庭被盜。項目完成後不久，揭露了涉及使用劣質材料的事件，這也遭到許多公民的批評。作為中國的中心城市之一，廣州的醫療保險和便利服務覆蓋了整個城市。大多數市政公園和所有公共廁所也是免費的。\n", "問題：廣州市於什麼時候獲得從1990年開始參與的「創衛」？\n", "答案：2008年\n", "文章：廣州是京廣鐵路，廣深鐵路，廣茂鐵路和廣梅鐵路的終點站。2009年底，武廣客運專線投入運營，多機組列車長980公里，最高時速350公里。2011年1月7日，廣珠城際鐵路投入運營，平均時速200公里。廣州鐵路，長途巴士和渡輪直達香港。廣九快速列車從廣州火車東站出發，直達香港紅磡火車站。總長約182公里，行程大約需要兩個小時。每年都有繁忙的教練從香港的不同乘客點接載乘客。在市中心的珠江北岸有一條渡輪線路，河流居民可以直接過河而無需乘坐公共汽車或步行穿過大橋。每天都有往返南沙碼頭和蓮花山碼頭的高速雙體船。渡輪也開往香港中國客運碼頭和港澳客運碼頭。\n", "問題：廣珠城際鐵路平均每小時可以走多遠？\n", "答案：\n", "正確答案: 200公里\n", "模型輸出: 200公里\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：作為現代革命的發祥地之一，廣州是中華民國以來中國社會運動的中心之一。每次全國社會運動都有廣州人民的回應和參與。一個相對大規模的社會運動集中在廣州，這是1925年至1926年在廣州和香港舉行的首次省和港口罷工。1989年，廣州市民發起了支持天安門民主運動的運動。數百萬人聚集在海珠廣場，聚集在廣州解放紀念碑周圍。在早期，廣州媒體支持“愛國運動”的名稱。流血事件發生後，民眾發生騷亂，省市政府機構遭到襲擊，所有廣州媒體都被立即禁止，這也乾擾並封鎖了香港電視台。省政府派出軍隊和警察鎮壓遊行群眾，大量參與者潛入香港，台灣和海外。所有企事業單位也派人檢查各部門員工是否組織或參加了集會。在1999年的全國反美活動中，數十萬人和學生在該市舉行示威活動，抗議北約轟炸中國駐南斯拉夫大使館。與此同時，美國駐廣州領事館也受到一些激進示威者的破壞。廣州媒體在此過程中也紛紛效仿，但沒有提到美國駐廣州領事館受損的情況。2005年，主要道路上發生了數十萬起反日遊行。然而，在廣州的封鎖中，大學和中學也禁止學生遊行，否則他們就開除了學業。\n", "問題：省港大罷工是除了廣州以外還有哪個地區參與？\n", "答案：香港\n", "文章：中華人民共和國成立後的工業國有化。在20世紀50年代和60年代，該行業復甦，但文化大革命再次嚴重影響了廣州的工業生產，工業發展放緩。然而，在政府的支持下，仍然建立了重工業體系。1975年以後，政局改善，政府大力支持以日用品為主的輕工業，廣州工業進入快速增長期。20世紀80年代末，廣州主要發展第三產業，工業產值比重下降。從20世紀90年代到2000年，廣州市政府試圖改變行業構成，增加對重工業的支持。汽車，石化，電子信息產品的製造已成為廣州的三大支柱產業。廣州的工業總產值在全省排名第三。其中，汽車工業成功吸引了日本三大汽車製造企業投資建廠，使廣州成為近幾年來中國重要的汽車生產基地之一。江南最大的廣州晨天汽車零部件市場位於郊區，廣州也是國內。生產日本汽車最多的城市。\n", "問題：中華人民共和國成立後由於什麼事件廣州的工業發展又減慢？\n", "答案：文化大革命\n", "文章：自古以來，廣州一直是華南地區的著名商人，擁有2000多年的開放貿易歷史。20世紀70年代末中國大陸改革開放後，廣州經濟發展迅速。2010年，全市地區生產總值10604.48億元，同比增長13％。它成為僅次於上海和北京的第三個進入“萬億元俱樂部”國內生產總值的城市。這也是第一個超過一萬億的經濟總量。首都。根據國務院2005年發布的報告，廣州成為中國第一個進入“發達”狀態的城市。2012年9月，廣州南沙新區獲批，成為第六個國家級開放開發新區。2015年，廣州GDP達到1810.41億元，人均GDP達到138,377.05元。國內生產總值是中國的第三位，人均國內生產總值與西班牙相當。購買力平價水平與發達國家相當。\n", "問題：進入國內生產總值「萬億元俱樂部」的城市第三個為？\n", "答案：\n", "正確答案: 廣州\n", "模型輸出: 首都。\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：2010年引入的廣州快速交通運輸系統是世界第二大快速運輸系統。每日載客量可達100萬人次。每小時的客流量峰值高達26,900名乘客，僅次於波哥大的快速交通系統。每10秒有一輛公共汽車，每輛公共汽車在一個方向上行駛350小時。該平台包括橋樑，是世界上最長的國家公共汽車快速運輸系統平台，長度為260米。目前，廣州市的出租車和公交車主要以液化石油氣為燃料，部分公交車採用油電，氣電混合技術。2012年底，一輛LNG燃料公共汽車開始啟動。2014年6月，引入了LNG插電式混合動力公交車取代LPG公交車。2007年1月16日，廣州市政府完全禁止在城市地區駕駛摩托車。違反禁令的機動車將被沒收。廣州市交通局聲稱，禁令的實施導致交通擁堵和車禍大大減少。廣州白雲國際機場位於白雲區與花都區交界處。它於2004年8月5日正式投入運營。它是中國第二繁忙的機場。機場取代了原先位於市中心的舊機場，無法滿足日益增長的航空需求。目前，機場有三個簡易機場，是中國第三個擁有三條跑道的民航機場。比2023年香港國際機場第三條跑道的預計完工時間提前了8年。\n", "問題：從哪一天開始在廣州市內騎摩托車會被沒收？\n", "答案：2007年1月16日\n", "文章：2010年7月，1000多名市民聚集在地鐵江南西站出口處舉行2010年廣州支持粵語行動請願活動。在收到有關該活動被取消的消息後，他們仍然按計劃時間到達為光復文化發行自己的活動。語音。在內地媒體封鎖消息傳出後，廣州還封鎖了與香港電視有關的新聞片段。8月1日，廣州中央公園的粵語聚會受到當局的強烈阻撓。人們被迫轉移路線。當他們到達北京路南段時，他們被大批警察包圍。參與者被帶到公共汽車並在東山體育場被帶走。它在被質疑和被定罪後被釋放。大陸請願制度允許人們向上級政府部門發出呼籲。廣東省政府經常邀請來自省內各地的請願人來到東風路正門，得到省政府的幫助。在集會時，當局將調動大量警察部隊積極處理他們。在對峙期間，交通通常會很慢，但當地官方媒體從未報導相關報導。2014年初，更重要的請願者是該省的家禽商，由於市場被迫關閉，在禽流感期間遭受了損失，以及隋毛反對茂名石化項目的年輕人。\n", "問題：2010年廣州撐粵語行動請願活動是在當年的什麼時候舉行的？\n", "答案：7月\n", "文章：廣州的雨水豐富，土地肥沃。市區曾經擁有非常大的農業用地。兩千年前有水稻種植記錄。宋代的廣州是中國最大的大米市場之一，蔬菜，水果，甘蔗和鮮花也很有名。由於長期以來一直是國家港口，廣州引進了各種優質作物品種。二十世紀上半葉，由於外國農產品的入侵和戰爭的影響，廣州的農業增長放緩。在20世紀50年代中期，農業生產急劇增加，但是後來的“大躍進”和隨後的文化大革命嚴重打擊了農業生產。改革開放以來，隨著廣州作為一個大城市的發展，服務城市的郊區農業模式逐步形成。政府的政策是為城市服務，豐富農民和人民，並鼓勵出口收入。具體措施是降低糧食生產比例，增加水果，蔬菜等農副產品比重，努力發展林業，畜牧業和漁業。廣州的農業產值大幅增加，但隨著第二，三產業的快速增長，農業的經濟份額逐漸下降。1978年，廣州農業總產值佔地區生產總值的11.67％，1990年下降到8.05％。 2015年，廣州農業總產值為413億元，佔地區GDP的2.28％。城市發展和工業化進程也造成了農村勞動力的大量流失和農地的迅速衰退。清光緒五年間，廣州登記的天山山池總面積為10662.3萬畝。1990年，耕地面積為247萬畝，2006年減少到158.3萬畝。目前，廣州農產品種植地主要分佈在白雲，花都，番禺，南沙，從化和增城。1990年，農業人口為252.87萬，2008年為792,200。廣州最著名的農業特產包括梧桐五秀和各種熱帶水果，如荔枝，香蕉，木瓜和菠蘿。\n", "問題：1978年的廣州市農業生產總值到了哪一年占地區生總值減少了約9.39%？\n", "答案：\n", "正確答案: 2015\n", "模型輸出: 1990年\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：武昌起義\n", "文章：自古以來，廣州一直是華南地區的著名商人，擁有2000多年的開放貿易歷史。20世紀70年代末中國大陸改革開放後，廣州經濟發展迅速。2010年，全市地區生產總值10604.48億元，同比增長13％。它成為僅次於上海和北京的第三個進入“萬億元俱樂部”國內生產總值的城市。這也是第一個超過一萬億的經濟總量。首都。根據國務院2005年發布的報告，廣州成為中國第一個進入“發達”狀態的城市。2012年9月，廣州南沙新區獲批，成為第六個國家級開放開發新區。2015年，廣州GDP達到1810.41億元，人均GDP達到138,377.05元。國內生產總值是中國的第三位，人均國內生產總值與西班牙相當。購買力平價水平與發達國家相當。\n", "問題：進入國內生產總值「萬億元俱樂部」的城市第三個為？\n", "答案：廣州\n", "文章：中華人民共和國成立後的工業國有化。在20世紀50年代和60年代，該行業復甦，但文化大革命再次嚴重影響了廣州的工業生產，工業發展放緩。然而，在政府的支持下，仍然建立了重工業體系。1975年以後，政局改善，政府大力支持以日用品為主的輕工業，廣州工業進入快速增長期。20世紀80年代末，廣州主要發展第三產業，工業產值比重下降。從20世紀90年代到2000年，廣州市政府試圖改變行業構成，增加對重工業的支持。汽車，石化，電子信息產品的製造已成為廣州的三大支柱產業。廣州的工業總產值在全省排名第三。其中，汽車工業成功吸引了日本三大汽車製造企業投資建廠，使廣州成為近幾年來中國重要的汽車生產基地之一。江南最大的廣州晨天汽車零部件市場位於郊區，廣州也是國內。生產日本汽車最多的城市。\n", "問題：中華人民共和國成立後由於什麼事件廣州的工業發展又減慢？\n", "答案：\n", "正確答案: 文化大革命\n", "模型輸出: 文化大革命\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：多年來，廣州當局積極開展各種政府項目。自1990年以來，廣州參與了“創建國家健康城市”，並於2008年成功獲得該獎項。1998年，“創建全國文明城市”開始，2011年取得了成功。在“創造健康”期間，廣州市的衛生狀況得到了明顯改善，如清理城市衛生角，城中村，污水處理和食品安全管理。一些官員說，“創造健康”只是一個起點，沒有盡頭。 “創造”是“人心的項目”。關於在這些項目，形式主義和騷亂上花費的巨額公共資金，還有媒體問題和批評。多年來在這兩個項目上花費的公共資金數量已達數十億，這使得計算難度很大。在廣州亞運會之際，廣州市政府在2010年之前開展了大量的城市建設項目，包括：改造多條道路和人行道，重新鋪設地磚和花卉基地;和許多新老天橋的灰白色油漆;大多數街道拱廊和歷史建築的改造;正面建築的屋頂均勻配備紅色塑料屋頂，外牆經過翻新，配備空調壓縮機蓋和照明。然而，有些人質疑，在亞運會期間，許多精心準備的道路被強行翻新，當街邊商場和歷史建築被翻新時，原有的歷史和藝術感被摧毀。許多小偷參與了街道上數千棟建築的統一改造。通過腳手架，數百戶家庭被盜。項目完成後不久，揭露了涉及使用劣質材料的事件，這也遭到許多公民的批評。作為中國的中心城市之一，廣州的醫療保險和便利服務覆蓋了整個城市。大多數市政公園和所有公共廁所也是免費的。\n", "問題：廣州市於什麼時候獲得從1990年開始參與的「創衛」？\n", "答案：2008年\n", "文章：廣州是京廣鐵路，廣深鐵路，廣茂鐵路和廣梅鐵路的終點站。2009年底，武廣客運專線投入運營，多機組列車長980公里，最高時速350公里。2011年1月7日，廣珠城際鐵路投入運營，平均時速200公里。廣州鐵路，長途巴士和渡輪直達香港。廣九快速列車從廣州火車東站出發，直達香港紅磡火車站。總長約182公里，行程大約需要兩個小時。每年都有繁忙的教練從香港的不同乘客點接載乘客。在市中心的珠江北岸有一條渡輪線路，河流居民可以直接過河而無需乘坐公共汽車或步行穿過大橋。每天都有往返南沙碼頭和蓮花山碼頭的高速雙體船。渡輪也開往香港中國客運碼頭和港澳客運碼頭。\n", "問題：廣珠城際鐵路平均每小時可以走多遠？\n", "答案：200公里\n", "文章：六朝時期，廣州的對外貿易相當繁榮，外國海商“長期停留在廣州尋求利潤”。在隋唐時期，廣州的對外貿易發展到了頂峰。作為唐代唯一的城市，外國人口占全市人口的30％以上，成為中國對外貿易的核心。在元朝短暫的沉寂之後，廣州和明清在廣州重新出現。在清代的一站式貿易政策下，它成為當時中國唯一的外國港口，成為具有壟斷地位的國家商業中心。上海開放後，隨著國家的逐步開放，廣州逐漸失去了對外貿易中心的地位，但它仍然是全國最重要的商業城市。改革開放後，廣州百貨業蓬勃發展。 20世紀80年代，友誼商店專門為香港，澳門和外國客人銷售電器和其他進口商品。西湖路照明夜市是平民的熱門目的地。南樓位於江西路沿線，已成為華南地區最大的綜合性百貨商場。它還在大陸創建了第一家24小時便利店，華夏百貨商店成立了人民南商圈。延伸，後者於1995年建立了一條步行街。新大新公司和廣州百貨在北京路的業務也蓬勃發展，這條路也成了一條步行街。超市Wankelong於1996年在廣州開設了第一家分店，然後廣州人熟悉的超市和便利店品牌，如香港百佳超市進入廣州。由於交通壓力和天河新區的發展，20世紀90年代末人民南方商業圈開始衰落，成為電子服裝批發的集散地，城市商業區遷至東部新區。21世紀，以天河城，天環廣場，鄭家廣場，太古彙和萬靈彙為代表的天河路商業區已成為廣州的中心商業區。自1957年以來，中國出口商品交易會每年春秋兩季舉辦。目前，每個展覽都吸引了來自世界各地的20多萬商家。這是中國規模最大，時間最長，最成功的國際展覽會。隨著琶洲展館三期工程的建設，展覽能力躍居世界前列。\n", "問題：唐朝的對外貿易核心在哪？\n", "答案：\n", "正確答案: 廣州\n", "模型輸出: 廣州\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：廣州的雨水豐富，土地肥沃。市區曾經擁有非常大的農業用地。兩千年前有水稻種植記錄。宋代的廣州是中國最大的大米市場之一，蔬菜，水果，甘蔗和鮮花也很有名。由於長期以來一直是國家港口，廣州引進了各種優質作物品種。二十世紀上半葉，由於外國農產品的入侵和戰爭的影響，廣州的農業增長放緩。在20世紀50年代中期，農業生產急劇增加，但是後來的“大躍進”和隨後的文化大革命嚴重打擊了農業生產。改革開放以來，隨著廣州作為一個大城市的發展，服務城市的郊區農業模式逐步形成。政府的政策是為城市服務，豐富農民和人民，並鼓勵出口收入。具體措施是降低糧食生產比例，增加水果，蔬菜等農副產品比重，努力發展林業，畜牧業和漁業。廣州的農業產值大幅增加，但隨著第二，三產業的快速增長，農業的經濟份額逐漸下降。1978年，廣州農業總產值佔地區生產總值的11.67％，1990年下降到8.05％。 2015年，廣州農業總產值為413億元，佔地區GDP的2.28％。城市發展和工業化進程也造成了農村勞動力的大量流失和農地的迅速衰退。清光緒五年間，廣州登記的天山山池總面積為10662.3萬畝。1990年，耕地面積為247萬畝，2006年減少到158.3萬畝。目前，廣州農產品種植地主要分佈在白雲，花都，番禺，南沙，從化和增城。1990年，農業人口為252.87萬，2008年為792,200。廣州最著名的農業特產包括梧桐五秀和各種熱帶水果，如荔枝，香蕉，木瓜和菠蘿。\n", "問題：1978年的廣州市農業生產總值到了哪一年占地區生總值減少了約9.39%？\n", "答案：2015\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：1921\n", "文章：自古以來，廣州基本上就是嶺南的政治中心。秦朝末年是南嶽的首都，漢朝征服了南嶽州，後來成為南海縣。漢末遷至龍灣和古代大壩。在三國時期，吳國布將縣長遷回番禺，後來成立了膠州府。廣州和廣州轉移後，它是廣州的州長。晉南，南北朝使用南海縣，番禺由縣統治。文帝皇帝廢棄了南海縣，成立了廣州總務辦公室，後來改為杜都政府。唐代分為十個民族，其中嶺南大智學院位於廣州。862年，嶺南分為東二西路，廣州分為嶺南東路。五代時期，廣州是南漢的首都。宋初，嶺南路重建，廣州是行政中心。明代廣州是廣州阜城，隸屬番禺縣和南海縣。清軍佔領中原後，南明邵武帝朱熹在廣州建成，很快南明就死了。清代廣州成為廣東省，廣州阜城，番禺和南海縣。廣東省和廣西省，廣東省屯門省長，廣東省屯門局長，廣東省檢察院都在廣州市南海縣境內。1858年，英法聯軍攻占廣州，廣東省長投降，外國人委員會成立，廣東省政府成為政府。\n", "問題：南明的首都在哪？\n", "答案：\n", "正確答案: 廣州\n", "模型輸出: 廣州\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：作為現代革命的發祥地之一，廣州是中華民國以來中國社會運動的中心之一。每次全國社會運動都有廣州人民的回應和參與。一個相對大規模的社會運動集中在廣州，這是1925年至1926年在廣州和香港舉行的首次省和港口罷工。1989年，廣州市民發起了支持天安門民主運動的運動。數百萬人聚集在海珠廣場，聚集在廣州解放紀念碑周圍。在早期，廣州媒體支持“愛國運動”的名稱。流血事件發生後，民眾發生騷亂，省市政府機構遭到襲擊，所有廣州媒體都被立即禁止，這也乾擾並封鎖了香港電視台。省政府派出軍隊和警察鎮壓遊行群眾，大量參與者潛入香港，台灣和海外。所有企事業單位也派人檢查各部門員工是否組織或參加了集會。在1999年的全國反美活動中，數十萬人和學生在該市舉行示威活動，抗議北約轟炸中國駐南斯拉夫大使館。與此同時，美國駐廣州領事館也受到一些激進示威者的破壞。廣州媒體在此過程中也紛紛效仿，但沒有提到美國駐廣州領事館受損的情況。2005年，主要道路上發生了數十萬起反日遊行。然而，在廣州的封鎖中，大學和中學也禁止學生遊行，否則他們就開除了學業。\n", "問題：省港大罷工是除了廣州以外還有哪個地區參與？\n", "答案：香港\n", "文章：2012年，全市常住人口1283萬人，戶籍人口8230萬，城鎮常住人口778.17萬人，外來人口占36％。廣州是全國人口密度高的城市之一。大多數人口集中在舊城區。四個中心區的平均居民人口密度達到每平方公里18,113人。人口密度最高的越秀區每平方公里達到34,009人，是人口密度最低的從化市的100多倍。自2001年以來，廣州的年出生率一直低於每千人9.6人，自然增長率低於每千人3.4人。公民的預期壽命高於全國平均水平，男性的預期壽命為75.25歲，女性的預期壽命為80.94歲。與此同時，人口老齡化問題也日益突出。截至2008年底，60歲以上老年人口達到1103,500人，佔全市總人口的13.4％。其中，老城區老年人口比例最高，超過18％，預計2030年老年人口將超過200萬。2010年第六次全國人口普查顯示，廣州的男性多於女性。截至2007年底，男女比例為109.46，即每100名女性109.46名男性。男性多於女性573,694。其中，0~14歲年齡組性別失衡嚴重，達到115.62，表明廣州性別比差距將在未來擴大。廣州人口以漢族為主，佔常住人口的98.3％，少數民族人口為219,900人。它屬於55個少數民族。其中，壯族，土家族，苗族，瑤族，回族，滿族，彝族，蒙古族，布依族，朝鮮族等10個民族。廣州經濟的快速發展和高就業機會吸引了大批農民工。 2008年，農民工佔該市人口的40％。如何妥善管理城市管理是市政府的一項艱鉅任務。\n", "問題：哪邊的人口密度為廣州市的一百倍分之一以下？\n", "答案：從化市\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：\n", "正確答案: 武昌起義\n", "模型輸出: 1911年10月10日武昌起義\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：2010年7月，1000多名市民聚集在地鐵江南西站出口處舉行2010年廣州支持粵語行動請願活動。在收到有關該活動被取消的消息後，他們仍然按計劃時間到達為光復文化發行自己的活動。語音。在內地媒體封鎖消息傳出後，廣州還封鎖了與香港電視有關的新聞片段。8月1日，廣州中央公園的粵語聚會受到當局的強烈阻撓。人們被迫轉移路線。當他們到達北京路南段時，他們被大批警察包圍。參與者被帶到公共汽車並在東山體育場被帶走。它在被質疑和被定罪後被釋放。大陸請願制度允許人們向上級政府部門發出呼籲。廣東省政府經常邀請來自省內各地的請願人來到東風路正門，得到省政府的幫助。在集會時，當局將調動大量警察部隊積極處理他們。在對峙期間，交通通常會很慢，但當地官方媒體從未報導相關報導。2014年初，更重要的請願者是該省的家禽商，由於市場被迫關閉，在禽流感期間遭受了損失，以及隋毛反對茂名石化項目的年輕人。\n", "問題：2010年廣州撐粵語行動請願活動是在當年的什麼時候舉行的？\n", "答案：7月\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：武昌起義\n", "文章：作為現代革命的發祥地之一，廣州是中華民國以來中國社會運動的中心之一。每次全國社會運動都有廣州人民的回應和參與。一個相對大規模的社會運動集中在廣州，這是1925年至1926年在廣州和香港舉行的首次省和港口罷工。1989年，廣州市民發起了支持天安門民主運動的運動。數百萬人聚集在海珠廣場，聚集在廣州解放紀念碑周圍。在早期，廣州媒體支持“愛國運動”的名稱。流血事件發生後，民眾發生騷亂，省市政府機構遭到襲擊，所有廣州媒體都被立即禁止，這也乾擾並封鎖了香港電視台。省政府派出軍隊和警察鎮壓遊行群眾，大量參與者潛入香港，台灣和海外。所有企事業單位也派人檢查各部門員工是否組織或參加了集會。在1999年的全國反美活動中，數十萬人和學生在該市舉行示威活動，抗議北約轟炸中國駐南斯拉夫大使館。與此同時，美國駐廣州領事館也受到一些激進示威者的破壞。廣州媒體在此過程中也紛紛效仿，但沒有提到美國駐廣州領事館受損的情況。2005年，主要道路上發生了數十萬起反日遊行。然而，在廣州的封鎖中，大學和中學也禁止學生遊行，否則他們就開除了學業。\n", "問題：省港大罷工是除了廣州以外還有哪個地區參與？\n", "答案：\n", "正確答案: 香港\n", "模型輸出: 香港\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：長期以來，廣州大部分地方的語言主要是廣東話。因此，廣州還形成了粵語文化，包括粵劇，粵劇，南音和鹹水歌。隨著中國大陸的改革開放，來自城外和廣東省以外的大量人口迅速湧入。在這些移民中，由於不同的省/總統，有許多不同的語言，外國人和來自不同地區的人經常用普通話交流;因此，在許多大型公共場所，普通話是主要語言。在某些情況下，將增加粵語或英語廣播，種族群體仍然使用自己的方言進行相互交流。一些外國人會用當地文化交流，用粵語與當地人交流。如今，隨著普通話的推廣，外國和本地年輕人受長期使用普通話作為教學媒介和普通話的共同環境的影響。目前，廣州的語言交換主要講普通話，但當地人仍然使用廣東話。與交流。雖然普通話自21世紀初以來逐漸佔據主導地位，但它受到當地文化的影響。與此同時，由於香港和澳門的距離較近，以及廣州市民近年來開展了一系列推廣普通話的評論，它已開始保護廣東話，所以廣東話仍有一定的地位。當地。 。\n", "問題：在廣州許多比較大的公眾場合以甚麼為主要交流語言？\n", "答案：普通話\n", "文章：廣州是京廣鐵路，廣深鐵路，廣茂鐵路和廣梅鐵路的終點站。2009年底，武廣客運專線投入運營，多機組列車長980公里，最高時速350公里。2011年1月7日，廣珠城際鐵路投入運營，平均時速200公里。廣州鐵路，長途巴士和渡輪直達香港。廣九快速列車從廣州火車東站出發，直達香港紅磡火車站。總長約182公里，行程大約需要兩個小時。每年都有繁忙的教練從香港的不同乘客點接載乘客。在市中心的珠江北岸有一條渡輪線路，河流居民可以直接過河而無需乘坐公共汽車或步行穿過大橋。每天都有往返南沙碼頭和蓮花山碼頭的高速雙體船。渡輪也開往香港中國客運碼頭和港澳客運碼頭。\n", "問題：廣珠城際鐵路平均每小時可以走多遠？\n", "答案：200公里\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：\n", "正確答案: 1921\n", "模型輸出: 公元前214年,秦始皇出兵徵兵南,南海縣任\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：1921\n", "文章：廣州是中國最重要的開放城市之一。作為對外貿易的窗口，有許多來自北美，日本，韓國，歐洲，中東，非洲等國的外國人，尤其是非洲黑人。廣州甚至被稱為“第三世界”。首都主要位於廣州市環市東路秀山大廈，淘金路，花園酒店，建馬路和劍馬路;天河北路，體育東路，天河路，龍口西路，臨河中路等公司辦公室;番禺區的一些物業，如克利福德新村和麗江花園，也有更多的外國人。據廣州市公安局出入境管理支隊2014年10月統計，在廣州登記的外國人有11.8萬人，其中臨時居民71,000人，居住半年以上的47,000名永久居民。其中大多數是來自非洲的4,000多名註冊外國人;來自阿拉伯國家和地區的約1萬人雖然沒有大規模的定居點，但經常出現在小北 - 登封地區的商業區進行商業活動。在荔景街也有更多的韓國人。2013年，有超過15萬名乘客進出廣州港，其中54萬人來自非洲國家。他們中的大多數人來往於同一個人，主要是因為簽證允許短期逗留或商業需求而不是移民。近年來，廣州黑人一直捲入廣州的一些公安問題，引起廣州市民的一些不滿。針對“三非”問題，公安機關設立了四個涉外綜合執法隊伍，翻譯志願服務隊伍，調查“三個非外國”外國專業隊和四個外國隊 - 相關管理基層服務隊伍;自年初以來，廣州在200多名外國人社區建立了75個“外國人管理服務工作站”，並大力打擊“三非”外國人。它已經取得了成果。\n", "問題：被稱為「第三世界首都」的城市哪種外籍人士最多？\n", "答案：非洲黑人\n", "文章：2010年7月，1000多名市民聚集在地鐵江南西站出口處舉行2010年廣州支持粵語行動請願活動。在收到有關該活動被取消的消息後，他們仍然按計劃時間到達為光復文化發行自己的活動。語音。在內地媒體封鎖消息傳出後，廣州還封鎖了與香港電視有關的新聞片段。8月1日，廣州中央公園的粵語聚會受到當局的強烈阻撓。人們被迫轉移路線。當他們到達北京路南段時，他們被大批警察包圍。參與者被帶到公共汽車並在東山體育場被帶走。它在被質疑和被定罪後被釋放。大陸請願制度允許人們向上級政府部門發出呼籲。廣東省政府經常邀請來自省內各地的請願人來到東風路正門，得到省政府的幫助。在集會時，當局將調動大量警察部隊積極處理他們。在對峙期間，交通通常會很慢，但當地官方媒體從未報導相關報導。2014年初，更重要的請願者是該省的家禽商，由於市場被迫關閉，在禽流感期間遭受了損失，以及隋毛反對茂名石化項目的年輕人。\n", "問題：2010年廣州撐粵語行動請願活動是在當年的什麼時候舉行的？\n", "答案：\n", "正確答案: 7月\n", "模型輸出: 2010年7月\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：武昌起義\n", "文章：自古以來，廣州一直是華南地區的著名商人，擁有2000多年的開放貿易歷史。20世紀70年代末中國大陸改革開放後，廣州經濟發展迅速。2010年，全市地區生產總值10604.48億元，同比增長13％。它成為僅次於上海和北京的第三個進入“萬億元俱樂部”國內生產總值的城市。這也是第一個超過一萬億的經濟總量。首都。根據國務院2005年發布的報告，廣州成為中國第一個進入“發達”狀態的城市。2012年9月，廣州南沙新區獲批，成為第六個國家級開放開發新區。2015年，廣州GDP達到1810.41億元，人均GDP達到138,377.05元。國內生產總值是中國的第三位，人均國內生產總值與西班牙相當。購買力平價水平與發達國家相當。\n", "問題：進入國內生產總值「萬億元俱樂部」的城市第三個為？\n", "答案：廣州\n", "文章：多年來，廣州當局積極開展各種政府項目。自1990年以來，廣州參與了“創建國家健康城市”，並於2008年成功獲得該獎項。1998年，“創建全國文明城市”開始，2011年取得了成功。在“創造健康”期間，廣州市的衛生狀況得到了明顯改善，如清理城市衛生角，城中村，污水處理和食品安全管理。一些官員說，“創造健康”只是一個起點，沒有盡頭。 “創造”是“人心的項目”。關於在這些項目，形式主義和騷亂上花費的巨額公共資金，還有媒體問題和批評。多年來在這兩個項目上花費的公共資金數量已達數十億，這使得計算難度很大。在廣州亞運會之際，廣州市政府在2010年之前開展了大量的城市建設項目，包括：改造多條道路和人行道，重新鋪設地磚和花卉基地;和許多新老天橋的灰白色油漆;大多數街道拱廊和歷史建築的改造;正面建築的屋頂均勻配備紅色塑料屋頂，外牆經過翻新，配備空調壓縮機蓋和照明。然而，有些人質疑，在亞運會期間，許多精心準備的道路被強行翻新，當街邊商場和歷史建築被翻新時，原有的歷史和藝術感被摧毀。許多小偷參與了街道上數千棟建築的統一改造。通過腳手架，數百戶家庭被盜。項目完成後不久，揭露了涉及使用劣質材料的事件，這也遭到許多公民的批評。作為中國的中心城市之一，廣州的醫療保險和便利服務覆蓋了整個城市。大多數市政公園和所有公共廁所也是免費的。\n", "問題：廣州市於什麼時候獲得從1990年開始參與的「創衛」？\n", "答案：\n", "正確答案: 2008年\n", "模型輸出: 廣州获得「創建國家健康城市」獎項\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：武昌起義\n", "文章：廣州的雨水豐富，土地肥沃。市區曾經擁有非常大的農業用地。兩千年前有水稻種植記錄。宋代的廣州是中國最大的大米市場之一，蔬菜，水果，甘蔗和鮮花也很有名。由於長期以來一直是國家港口，廣州引進了各種優質作物品種。二十世紀上半葉，由於外國農產品的入侵和戰爭的影響，廣州的農業增長放緩。在20世紀50年代中期，農業生產急劇增加，但是後來的“大躍進”和隨後的文化大革命嚴重打擊了農業生產。改革開放以來，隨著廣州作為一個大城市的發展，服務城市的郊區農業模式逐步形成。政府的政策是為城市服務，豐富農民和人民，並鼓勵出口收入。具體措施是降低糧食生產比例，增加水果，蔬菜等農副產品比重，努力發展林業，畜牧業和漁業。廣州的農業產值大幅增加，但隨著第二，三產業的快速增長，農業的經濟份額逐漸下降。1978年，廣州農業總產值佔地區生產總值的11.67％，1990年下降到8.05％。 2015年，廣州農業總產值為413億元，佔地區GDP的2.28％。城市發展和工業化進程也造成了農村勞動力的大量流失和農地的迅速衰退。清光緒五年間，廣州登記的天山山池總面積為10662.3萬畝。1990年，耕地面積為247萬畝，2006年減少到158.3萬畝。目前，廣州農產品種植地主要分佈在白雲，花都，番禺，南沙，從化和增城。1990年，農業人口為252.87萬，2008年為792,200。廣州最著名的農業特產包括梧桐五秀和各種熱帶水果，如荔枝，香蕉，木瓜和菠蘿。\n", "問題：1978年的廣州市農業生產總值到了哪一年占地區生總值減少了約9.39%？\n", "答案：2015\n", "文章：2012年，全市常住人口1283萬人，戶籍人口8230萬，城鎮常住人口778.17萬人，外來人口占36％。廣州是全國人口密度高的城市之一。大多數人口集中在舊城區。四個中心區的平均居民人口密度達到每平方公里18,113人。人口密度最高的越秀區每平方公里達到34,009人，是人口密度最低的從化市的100多倍。自2001年以來，廣州的年出生率一直低於每千人9.6人，自然增長率低於每千人3.4人。公民的預期壽命高於全國平均水平，男性的預期壽命為75.25歲，女性的預期壽命為80.94歲。與此同時，人口老齡化問題也日益突出。截至2008年底，60歲以上老年人口達到1103,500人，佔全市總人口的13.4％。其中，老城區老年人口比例最高，超過18％，預計2030年老年人口將超過200萬。2010年第六次全國人口普查顯示，廣州的男性多於女性。截至2007年底，男女比例為109.46，即每100名女性109.46名男性。男性多於女性573,694。其中，0~14歲年齡組性別失衡嚴重，達到115.62，表明廣州性別比差距將在未來擴大。廣州人口以漢族為主，佔常住人口的98.3％，少數民族人口為219,900人。它屬於55個少數民族。其中，壯族，土家族，苗族，瑤族，回族，滿族，彝族，蒙古族，布依族，朝鮮族等10個民族。廣州經濟的快速發展和高就業機會吸引了大批農民工。 2008年，農民工佔該市人口的40％。如何妥善管理城市管理是市政府的一項艱鉅任務。\n", "問題：哪邊的人口密度為廣州市的一百倍分之一以下？\n", "答案：\n", "正確答案: 從化市\n", "模型輸出: 越秀區\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：中華人民共和國成立後的工業國有化。在20世紀50年代和60年代，該行業復甦，但文化大革命再次嚴重影響了廣州的工業生產，工業發展放緩。然而，在政府的支持下，仍然建立了重工業體系。1975年以後，政局改善，政府大力支持以日用品為主的輕工業，廣州工業進入快速增長期。20世紀80年代末，廣州主要發展第三產業，工業產值比重下降。從20世紀90年代到2000年，廣州市政府試圖改變行業構成，增加對重工業的支持。汽車，石化，電子信息產品的製造已成為廣州的三大支柱產業。廣州的工業總產值在全省排名第三。其中，汽車工業成功吸引了日本三大汽車製造企業投資建廠，使廣州成為近幾年來中國重要的汽車生產基地之一。江南最大的廣州晨天汽車零部件市場位於郊區，廣州也是國內。生產日本汽車最多的城市。\n", "問題：中華人民共和國成立後由於什麼事件廣州的工業發展又減慢？\n", "答案：文化大革命\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：1921\n", "文章：作為中國最大的城市之一，廣州有大量在廣州工作的外國人。然而，“本地人”與“外國人”之間的關係難以協調，也會引發一系列社會問題。由於廣州的能力和就業能力有限，廣州無法容納來自全國各地的農民工。其安全環境已經過嚴格測試。經常發生“兩個盜賊和一個小偷”事件，特別是在城市村莊。根據廣州社會科學院的一項調查，80％的囚犯被逮捕為“局外人”。除了廣東話的光復文化外，外國人和外國方言的排斥增加了廣州市民的仇外心理。近年來，由於政府的大力禁令，廣州的公安管理取得了顯著成效。2014年，廣東省政府明確要求控制廣州和深圳特大城市的人口規模。2008年，農民工佔廣州人口的40％，其中大多數是女性農民工，其中許多人未婚。截至2013年底，廣州註冊人口為686.7萬。根據一定的錯失率，廣州的實際流動人口約為837萬。這些數據已超過常住人口。最新統計數據顯示，廣州常住人口為832萬。其中，白雲區，番禺區和天河區流動人口超過百萬。番禺區有111.7萬戶登記移民，流動戶籍區涉及30個省，自治區，直轄市。在性別比方面，男性略多，佔總數的53.5％;女性佔總數的46.5％。在番禺流動人口中，兒童和老年人的比例極小，15歲以下為0.49％，60歲以上為1.68％，大專以上為10％。\n", "問題：有百分之多少的犯人被抓的是外地人？\n", "答案：\n", "正確答案: 80\n", "模型輸出: 廣州的社會環境\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：作為中國最大的城市之一，廣州有大量在廣州工作的外國人。然而，“本地人”與“外國人”之間的關係難以協調，也會引發一系列社會問題。由於廣州的能力和就業能力有限，廣州無法容納來自全國各地的農民工。其安全環境已經過嚴格測試。經常發生“兩個盜賊和一個小偷”事件，特別是在城市村莊。根據廣州社會科學院的一項調查，80％的囚犯被逮捕為“局外人”。除了廣東話的光復文化外，外國人和外國方言的排斥增加了廣州市民的仇外心理。近年來，由於政府的大力禁令，廣州的公安管理取得了顯著成效。2014年，廣東省政府明確要求控制廣州和深圳特大城市的人口規模。2008年，農民工佔廣州人口的40％，其中大多數是女性農民工，其中許多人未婚。截至2013年底，廣州註冊人口為686.7萬。根據一定的錯失率，廣州的實際流動人口約為837萬。這些數據已超過常住人口。最新統計數據顯示，廣州常住人口為832萬。其中，白雲區，番禺區和天河區流動人口超過百萬。番禺區有111.7萬戶登記移民，流動戶籍區涉及30個省，自治區，直轄市。在性別比方面，男性略多，佔總數的53.5％;女性佔總數的46.5％。在番禺流動人口中，兒童和老年人的比例極小，15歲以下為0.49％，60歲以上為1.68％，大專以上為10％。\n", "問題：有百分之多少的犯人被抓的是外地人？\n", "答案：80\n", "文章：多年來，廣州當局積極開展各種政府項目。自1990年以來，廣州參與了“創建國家健康城市”，並於2008年成功獲得該獎項。1998年，“創建全國文明城市”開始，2011年取得了成功。在“創造健康”期間，廣州市的衛生狀況得到了明顯改善，如清理城市衛生角，城中村，污水處理和食品安全管理。一些官員說，“創造健康”只是一個起點，沒有盡頭。 “創造”是“人心的項目”。關於在這些項目，形式主義和騷亂上花費的巨額公共資金，還有媒體問題和批評。多年來在這兩個項目上花費的公共資金數量已達數十億，這使得計算難度很大。在廣州亞運會之際，廣州市政府在2010年之前開展了大量的城市建設項目，包括：改造多條道路和人行道，重新鋪設地磚和花卉基地;和許多新老天橋的灰白色油漆;大多數街道拱廊和歷史建築的改造;正面建築的屋頂均勻配備紅色塑料屋頂，外牆經過翻新，配備空調壓縮機蓋和照明。然而，有些人質疑，在亞運會期間，許多精心準備的道路被強行翻新，當街邊商場和歷史建築被翻新時，原有的歷史和藝術感被摧毀。許多小偷參與了街道上數千棟建築的統一改造。通過腳手架，數百戶家庭被盜。項目完成後不久，揭露了涉及使用劣質材料的事件，這也遭到許多公民的批評。作為中國的中心城市之一，廣州的醫療保險和便利服務覆蓋了整個城市。大多數市政公園和所有公共廁所也是免費的。\n", "問題：廣州市於什麼時候獲得從1990年開始參與的「創衛」？\n", "答案：2008年\n", "文章：廣州是中國最重要的開放城市之一。作為對外貿易的窗口，有許多來自北美，日本，韓國，歐洲，中東，非洲等國的外國人，尤其是非洲黑人。廣州甚至被稱為“第三世界”。首都主要位於廣州市環市東路秀山大廈，淘金路，花園酒店，建馬路和劍馬路;天河北路，體育東路，天河路，龍口西路，臨河中路等公司辦公室;番禺區的一些物業，如克利福德新村和麗江花園，也有更多的外國人。據廣州市公安局出入境管理支隊2014年10月統計，在廣州登記的外國人有11.8萬人，其中臨時居民71,000人，居住半年以上的47,000名永久居民。其中大多數是來自非洲的4,000多名註冊外國人;來自阿拉伯國家和地區的約1萬人雖然沒有大規模的定居點，但經常出現在小北 - 登封地區的商業區進行商業活動。在荔景街也有更多的韓國人。2013年，有超過15萬名乘客進出廣州港，其中54萬人來自非洲國家。他們中的大多數人來往於同一個人，主要是因為簽證允許短期逗留或商業需求而不是移民。近年來，廣州黑人一直捲入廣州的一些公安問題，引起廣州市民的一些不滿。針對“三非”問題，公安機關設立了四個涉外綜合執法隊伍，翻譯志願服務隊伍，調查“三個非外國”外國專業隊和四個外國隊 - 相關管理基層服務隊伍;自年初以來，廣州在200多名外國人社區建立了75個“外國人管理服務工作站”，並大力打擊“三非”外國人。它已經取得了成果。\n", "問題：被稱為「第三世界首都」的城市哪種外籍人士最多？\n", "答案：\n", "正確答案: 非洲黑人\n", "模型輸出: 非洲黑人\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：1921\n", "文章：2012年，全市常住人口1283萬人，戶籍人口8230萬，城鎮常住人口778.17萬人，外來人口占36％。廣州是全國人口密度高的城市之一。大多數人口集中在舊城區。四個中心區的平均居民人口密度達到每平方公里18,113人。人口密度最高的越秀區每平方公里達到34,009人，是人口密度最低的從化市的100多倍。自2001年以來，廣州的年出生率一直低於每千人9.6人，自然增長率低於每千人3.4人。公民的預期壽命高於全國平均水平，男性的預期壽命為75.25歲，女性的預期壽命為80.94歲。與此同時，人口老齡化問題也日益突出。截至2008年底，60歲以上老年人口達到1103,500人，佔全市總人口的13.4％。其中，老城區老年人口比例最高，超過18％，預計2030年老年人口將超過200萬。2010年第六次全國人口普查顯示，廣州的男性多於女性。截至2007年底，男女比例為109.46，即每100名女性109.46名男性。男性多於女性573,694。其中，0~14歲年齡組性別失衡嚴重，達到115.62，表明廣州性別比差距將在未來擴大。廣州人口以漢族為主，佔常住人口的98.3％，少數民族人口為219,900人。它屬於55個少數民族。其中，壯族，土家族，苗族，瑤族，回族，滿族，彝族，蒙古族，布依族，朝鮮族等10個民族。廣州經濟的快速發展和高就業機會吸引了大批農民工。 2008年，農民工佔該市人口的40％。如何妥善管理城市管理是市政府的一項艱鉅任務。\n", "問題：哪邊的人口密度為廣州市的一百倍分之一以下？\n", "答案：從化市\n", "文章：長期以來，廣州大部分地方的語言主要是廣東話。因此，廣州還形成了粵語文化，包括粵劇，粵劇，南音和鹹水歌。隨著中國大陸的改革開放，來自城外和廣東省以外的大量人口迅速湧入。在這些移民中，由於不同的省/總統，有許多不同的語言，外國人和來自不同地區的人經常用普通話交流;因此，在許多大型公共場所，普通話是主要語言。在某些情況下，將增加粵語或英語廣播，種族群體仍然使用自己的方言進行相互交流。一些外國人會用當地文化交流，用粵語與當地人交流。如今，隨著普通話的推廣，外國和本地年輕人受長期使用普通話作為教學媒介和普通話的共同環境的影響。目前，廣州的語言交換主要講普通話，但當地人仍然使用廣東話。與交流。雖然普通話自21世紀初以來逐漸佔據主導地位，但它受到當地文化的影響。與此同時，由於香港和澳門的距離較近，以及廣州市民近年來開展了一系列推廣普通話的評論，它已開始保護廣東話，所以廣東話仍有一定的地位。當地。 。\n", "問題：在廣州許多比較大的公眾場合以甚麼為主要交流語言？\n", "答案：\n", "正確答案: 普通話\n", "模型輸出: 廣州的廣東人,廣東人,廣東人,廣東人,廣\n", "\n" ] } ], "source": [ "import random\n", "import json\n", "\n", "with open(\"hw7_in-context-learning-examples.json\", \"r\") as f:\n", " test = json.load(f)\n", "\n", "# K-shot learning\n", "# Give model K examples to make it achieve better accuracy\n", "# Note: (1) When K >= 4, CUDA_OUT_OFF_MEMORY may occur.\n", "# (2) The maximum input length of XGLM is 2048\n", "K = 2\n", "\n", "question_ids = [qa[\"id\"] for qa in test[\"questions\"]]\n", "\n", "with open(\"in-context-learning-result.txt\", \"w\") as f:\n", " print(\"ID,Ground-Truth,Prediction\", file = f)\n", " with torch.no_grad():\n", " for idx, qa in enumerate(test[\"questions\"]):\n", " # You can try different prompts\n", " prompt = \"請從最後一篇的文章中找出最後一個問題的答案\\n\"\n", " exist_question_indexs = [question_ids.index(qa[\"id\"])]\n", "\n", " # K-shot learning: give the model K examples with answers\n", " for i in range(K):\n", " question_index = question_ids.index(qa[\"id\"])\n", " while(question_index in exist_question_indexs):\n", " question_index = random.randint(0, len(question_ids) - 1)\n", " exist_question_indexs.append(question_index)\n", " paragraph_id = test[\"questions\"][question_index][\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{test[\"questions\"][question_index][\"question_text\"]}\\n'\n", " prompt += f'答案：{test[\"questions\"][question_index][\"answer_text\"]}\\n'\n", "\n", " # The final one question without answer\n", " paragraph_id = qa[\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{qa[\"question_text\"]}\\n'\n", " prompt += f'答案：'\n", "\n", " inputs = tokenizer(prompt, add_special_tokens=False, return_tensors=\"pt\")\n", " sample = model.generate(**inputs, max_new_tokens = 20)\n", " text = tokenizer.decode(sample[0], skip_special_tokens=True)\n", "\n", " # Note: You can delete this line to see what will happen\n", " text = clean_text(text)\n", "\n", " print(prompt)\n", " print(f'正確答案: {qa[\"answer_text\"]}')\n", " print(f'模型輸出: {text}')\n", " print()\n", "\n", " print(f\"{idx},{qa['answer_text']},{text}\", file = f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "k3prlGCdjf38" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { 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[Link](https://docs.google.com/presentation/d/15lGUmT8NpLGtoxRllRWCJyQEjhR1Idcei63YHsDckPE/edit#slide=id.g21fff4e9af6_0_13)　Kaggle: [Link](https://www.kaggle.com/competitions/ml2023spring-hw7/host/sandbox-submissions)　Data: [Link](https://drive.google.com/file/d/1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7/view?usp=sharing)\n", "\n", "\n" ] }, { "cell_type": "markdown", "metadata": { "id": "NYAHsHNbzdKm" }, "source": [ "# Prerequisites" ] }, { "cell_type": "markdown", "metadata": { "id": "TJ1fSAJE2oaC" }, "source": [ "## Download Dataset" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "YPrc4Eie9Yo5", "outputId": "1640c875-58d1-4288-e382-e9fa9db39b9f" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "/usr/local/lib/python3.9/dist-packages/gdown/cli.py:121: FutureWarning: Option `--id` was deprecated in version 4.3.1 and will be removed in 5.0. You don't need to pass it anymore to use a file ID.\n", " warnings.warn(\n", "Downloading...\n", "From: https://drive.google.com/uc?id=1k2BfGrvhk8QRnr9Xvb04oPIKDr1uWFpa\n", "To: /content/hw7_data.zip\n", "100% 12.1M/12.1M [00:00<00:00, 42.5MB/s]\n", "Archive: hw7_data.zip\n", " inflating: hw7_train.json \n", " inflating: hw7_test.json \n", " inflating: hw7_dev.json \n", " inflating: hw7_in-context-learning-examples.json \n", "Sun Apr 23 11:54:08 2023 \n", "+-----------------------------------------------------------------------------+\n", "| NVIDIA-SMI 525.85.12 Driver Version: 525.85.12 CUDA Version: 12.0 |\n", "|-------------------------------+----------------------+----------------------+\n", "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", "| | | MIG M. |\n", "|===============================+======================+======================|\n", "| 0 Tesla T4 Off | 00000000:00:04.0 Off | 0 |\n", "| N/A 64C P8 12W / 70W | 0MiB / 15360MiB | 0% Default |\n", "| | | N/A |\n", "+-------------------------------+----------------------+----------------------+\n", " \n", "+-----------------------------------------------------------------------------+\n", "| Processes: |\n", "| GPU GI CI PID Type Process name GPU Memory |\n", "| ID ID Usage |\n", "|=============================================================================|\n", "| No running processes found |\n", "+-----------------------------------------------------------------------------+\n" ] } ], "source": [ "# download link 1\n", "# !gdown --id '1TjoBdNlGBhP_J9C66MOY7ILIrydm7ZCS' --output hw7_data.zip\n", "\n", "# download link 2 (if above link failed)\n", "# !gdown --id '1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7' --output hw7_data.zip\n", "\n", "# download link 3 (if above link failed)\n", "!gdown --id '1k2BfGrvhk8QRnr9Xvb04oPIKDr1uWFpa' --output hw7_data.zip\n", "\n", "!unzip -o hw7_data.zip\n", "\n", "# For this HW, K80 < P4 < T4 < P100 <= T4(fp16) < V100\n", "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "TevOvhC03m0h" }, "source": [ "## Install packages\n", "\n", "Documentation for the toolkit:\n", "* https://huggingface.co/transformers/\n", "* https://huggingface.co/docs/accelerate/index\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "tbxWFX_jpDom", "outputId": "138488c2-96fa-4c41-d450-9d0a1b74f36c" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Looking in indexes: https://pypi.org/simple, https://us-python.pkg.dev/colab-wheels/public/simple/\n", "Collecting transformers==4.26.1\n", " Downloading transformers-4.26.1-py3-none-any.whl (6.3 MB)\n", "\u001b[2K \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m6.3/6.3 MB\u001b[0m \u001b[31m77.0 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n", "\u001b[?25hRequirement already satisfied: requests in /usr/local/lib/python3.9/dist-packages (from transformers==4.26.1) (2.27.1)\n", "Requirement already satisfied: filelock in /usr/local/lib/python3.9/dist-packages (from transformers==4.26.1) (3.11.0)\n", "Requirement already satisfied: regex!=2019.12.17 in /usr/local/lib/python3.9/dist-packages (from transformers==4.26.1) (2022.10.31)\n", "Requirement already satisfied: numpy>=1.17 in /usr/local/lib/python3.9/dist-packages (from transformers==4.26.1) (1.22.4)\n", "Requirement already satisfied: pyyaml>=5.1 in /usr/local/lib/python3.9/dist-packages (from transformers==4.26.1) (6.0)\n", "Requirement already satisfied: packaging>=20.0 in /usr/local/lib/python3.9/dist-packages (from transformers==4.26.1) (23.1)\n", "Collecting tokenizers!=0.11.3,<0.14,>=0.11.1\n", " Downloading tokenizers-0.13.3-cp39-cp39-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (7.8 MB)\n", "\u001b[2K \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m7.8/7.8 MB\u001b[0m \u001b[31m30.0 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n", "\u001b[?25hRequirement already satisfied: tqdm>=4.27 in /usr/local/lib/python3.9/dist-packages (from transformers==4.26.1) (4.65.0)\n", "Collecting huggingface-hub<1.0,>=0.11.0\n", " Downloading huggingface_hub-0.13.4-py3-none-any.whl (200 kB)\n", "\u001b[2K \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m200.1/200.1 kB\u001b[0m \u001b[31m23.1 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n", "\u001b[?25hRequirement already satisfied: typing-extensions>=3.7.4.3 in /usr/local/lib/python3.9/dist-packages (from huggingface-hub<1.0,>=0.11.0->transformers==4.26.1) (4.5.0)\n", "Requirement already satisfied: charset-normalizer~=2.0.0 in /usr/local/lib/python3.9/dist-packages (from requests->transformers==4.26.1) (2.0.12)\n", "Requirement already satisfied: urllib3<1.27,>=1.21.1 in /usr/local/lib/python3.9/dist-packages (from requests->transformers==4.26.1) (1.26.15)\n", "Requirement already satisfied: idna<4,>=2.5 in /usr/local/lib/python3.9/dist-packages (from requests->transformers==4.26.1) (3.4)\n", "Requirement already satisfied: certifi>=2017.4.17 in /usr/local/lib/python3.9/dist-packages (from requests->transformers==4.26.1) (2022.12.7)\n", "Installing collected packages: tokenizers, huggingface-hub, transformers\n", "Successfully installed huggingface-hub-0.13.4 tokenizers-0.13.3 transformers-4.26.1\n", "Looking in indexes: https://pypi.org/simple, https://us-python.pkg.dev/colab-wheels/public/simple/\n", "Collecting accelerate==0.16.0\n", " Downloading accelerate-0.16.0-py3-none-any.whl (199 kB)\n", "\u001b[2K \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m199.7/199.7 kB\u001b[0m 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networkx in /usr/local/lib/python3.9/dist-packages (from torch>=1.4.0->accelerate==0.16.0) (3.1)\n", "Requirement already satisfied: sympy in /usr/local/lib/python3.9/dist-packages (from torch>=1.4.0->accelerate==0.16.0) (1.11.1)\n", "Requirement already satisfied: filelock in /usr/local/lib/python3.9/dist-packages (from torch>=1.4.0->accelerate==0.16.0) (3.11.0)\n", "Requirement already satisfied: typing-extensions in /usr/local/lib/python3.9/dist-packages (from torch>=1.4.0->accelerate==0.16.0) (4.5.0)\n", "Requirement already satisfied: lit in /usr/local/lib/python3.9/dist-packages (from triton==2.0.0->torch>=1.4.0->accelerate==0.16.0) (16.0.1)\n", "Requirement already satisfied: cmake in /usr/local/lib/python3.9/dist-packages (from triton==2.0.0->torch>=1.4.0->accelerate==0.16.0) (3.25.2)\n", "Requirement already satisfied: MarkupSafe>=2.0 in /usr/local/lib/python3.9/dist-packages (from jinja2->torch>=1.4.0->accelerate==0.16.0) (2.1.2)\n", "Requirement already satisfied: mpmath>=0.19 in /usr/local/lib/python3.9/dist-packages (from sympy->torch>=1.4.0->accelerate==0.16.0) (1.3.0)\n", "Installing collected packages: accelerate\n", "Successfully installed accelerate-0.16.0\n" ] } ], "source": [ "# You are allowed to change version of transformers or use other toolkits\n", "!pip install transformers==4.26.1\n", "!pip install accelerate==0.16.0" ] }, { "cell_type": "markdown", "metadata": { "id": "XapBp31gytyD" }, "source": [ "# Kaggle (Fine-tuning)" ] }, { "cell_type": "markdown", "metadata": { "id": "WGOr_eS3wJJf" }, "source": [ "## Task description\n", "- Chinese Extractive Question Answering\n", " - Input: Paragraph + Question\n", " - Output: Answer\n", "\n", "- Objective: Learn how to fine tune a pretrained model on downstream task using transformers\n", "\n", "- Todo\n", " - Fine tune a pretrained chinese BERT model\n", " - Change hyperparameters (e.g. doc_stride)\n", " - Apply linear learning rate decay\n", " - Try other pretrained models\n", " - Improve preprocessing\n", " - Improve postprocessing\n", "- Training tips\n", " - Automatic mixed precision\n", " - Gradient accumulation\n", " - Ensemble\n", "\n", "- Estimated training time (tesla t4 with automatic mixed precision enabled)\n", " - Simple: 8mins\n", " - Medium: 8mins\n", " - Strong: 25mins\n", " - Boss: 2hrs\n", " " ] }, { "cell_type": "markdown", "metadata": { "id": "8dKM4yCh4LI_" }, "source": [ "## Import Packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "WOTHHtWJoahe" }, "outputs": [], "source": [ "import json\n", "import numpy as np\n", "import random\n", "import torch\n", "from torch.utils.data import DataLoader, Dataset\n", "from transformers import AdamW\n", "\n", "from tqdm.auto import tqdm\n", "\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "markdown", "metadata": { "id": "2YgXHuVLp_6j" }, "source": [ "## Load Model and Tokenizer\n", "\n", "\n", "\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 220, "referenced_widgets": [ "641665cb9ec6433a81719d57eeaf8298", "ba9c1cd3cfe04add90aa2edf2aa87378", "1e20837bf23548249678da0a07745d58", "c1d24cb7607c44b989774113a2baf675", "c9144705a33848a6b142f9887da6ac49", "ebfa4ba9f18b4945947d326581d3b8e9", "28fc746a3c0548f4a4ff669b5dbb7320", "d26e50974c52452389c5abb001056546", "9eefbb580f0146658d18658f210d3a67", "c813a6f6ce09424582c06a3ac8a7d712", "ff6cd33dca3c44ba9832b2d705fd2de1", "8b264499afca4694849b08e2091f6826", "3eaf82623d964c2abb92b4509ac5ca9d", "aa3ff7831fbf47efa404805886ca4696", "6be63de77ed14eee9c37e93d3a75f743", "5195ed241f09440eaf84a7e0b3dc8155", "33fa92f225be477d8cd176a0a4e8894e", "b80166eeee984661a611a02d1eae4458", "20cd68a7e03f4353aa99fcefc1f16d36", "fb908d9c3e374983aa47478a95411ba7", "304609dbefa74735baa08ce7aadff92d", "250451c12cee4aacb91a32d7da4ab861", "2c37badbe0504073b31abd67a8c0b808", "bfd7d35860c14dd3b8e5eea07032311d", "db2c74f92f6d4a2c8bfdcb91d5bd3d64", "b0af063597ea4de5a8c8bf4f370f782a", "5b1ac1a0f04f4c29b3c1127ec3d95e81", "b91c8359a6444497b3665e66afbe237d", "1181117783fd4bca9d7f5f296507aff3", "941a345ba82a44d5ad597a15c0af0d5c", "23afbee21a644745b24b8ffefed6b286", "a075ee85c2d34ab3b2d011c63dc02286", "052cccb5d69d476f9caac95848e0353a" ] }, "id": "xyBCYGjAp3ym", "outputId": "81f25c6d-cd7f-4be1-e085-f8a54bd1c27d" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "Some weights of the model checkpoint at bert-base-chinese were not used when initializing BertForQuestionAnswering: ['cls.seq_relationship.bias', 'cls.seq_relationship.weight', 'cls.predictions.transform.LayerNorm.bias', 'cls.predictions.transform.dense.weight', 'cls.predictions.transform.LayerNorm.weight', 'cls.predictions.decoder.weight', 'cls.predictions.transform.dense.bias', 'cls.predictions.bias']\n", "- This IS expected if you are initializing BertForQuestionAnswering from the checkpoint of a model trained on another task or with another architecture (e.g. initializing a BertForSequenceClassification model from a BertForPreTraining model).\n", "- This IS NOT expected if you are initializing BertForQuestionAnswering from the checkpoint of a model that you expect to be exactly identical (initializing a BertForSequenceClassification model from a BertForSequenceClassification model).\n", "Some weights of BertForQuestionAnswering were not initialized from the model checkpoint at bert-base-chinese and are newly initialized: ['qa_outputs.weight', 'qa_outputs.bias']\n", "You should probably TRAIN this model on a down-stream task to be able to use it for predictions and inference.\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "641665cb9ec6433a81719d57eeaf8298", "version_major": 2, "version_minor": 0 }, "text/plain": [ "Downloading (…)okenizer_config.json: 0%| | 0.00/29.0 [00:00 512). Running this sequence through the model will result in indexing errors\n" ] } ], "source": [ "# Tokenize questions and paragraphs separately\n", "# 「add_special_tokens」 is set to False since special tokens will be added when tokenized questions and paragraphs are combined in datset __getitem__\n", "\n", "train_questions_tokenized = tokenizer([train_question[\"question_text\"] for train_question in train_questions], add_special_tokens=False)\n", "dev_questions_tokenized = tokenizer([dev_question[\"question_text\"] for dev_question in dev_questions], add_special_tokens=False)\n", "test_questions_tokenized = tokenizer([test_question[\"question_text\"] for test_question in test_questions], add_special_tokens=False)\n", "\n", "train_paragraphs_tokenized = tokenizer(train_paragraphs, add_special_tokens=False)\n", "dev_paragraphs_tokenized = tokenizer(dev_paragraphs, add_special_tokens=False)\n", "test_paragraphs_tokenized = tokenizer(test_paragraphs, add_special_tokens=False)\n", "\n", "# You can safely ignore the warning message as tokenized sequences will be futher processed in datset __getitem__ before passing to model" ] }, { "cell_type": "markdown", "metadata": { "id": "Ws8c8_4d5UCI" }, "source": [ "## Dataset" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Xjooag-Swnuh" }, "outputs": [], "source": [ "class QA_Dataset(Dataset):\n", " def __init__(self, split, questions, tokenized_questions, tokenized_paragraphs):\n", " self.split = split\n", " self.questions = questions\n", " self.tokenized_questions = tokenized_questions\n", " self.tokenized_paragraphs = tokenized_paragraphs\n", " self.max_question_len = 60\n", " self.max_paragraph_len = 150\n", "\n", " ##### TODO: Change value of doc_stride #####\n", " self.doc_stride = 150\n", "\n", " # Input sequence length = [CLS] + question + [SEP] + paragraph + [SEP]\n", " self.max_seq_len = 1 + self.max_question_len + 1 + self.max_paragraph_len + 1\n", "\n", " def __len__(self):\n", " return len(self.questions)\n", "\n", " def __getitem__(self, idx):\n", " question = self.questions[idx]\n", " tokenized_question = self.tokenized_questions[idx]\n", " tokenized_paragraph = self.tokenized_paragraphs[question[\"paragraph_id\"]]\n", "\n", " ##### TODO: Preprocessing #####\n", " # Hint: How to prevent model from learning something it should not learn\n", " if self.split == \"train\":\n", " # Convert answer's start/end positions in paragraph_text to start/end positions in tokenized_paragraph\n", " answer_start_token = tokenized_paragraph.char_to_token(question[\"answer_start\"])\n", " answer_end_token = tokenized_paragraph.char_to_token(question[\"answer_end\"])\n", "\n", " # A single window is obtained by slicing the portion of paragraph containing the answer\n", " mid = (answer_start_token + answer_end_token) // 2\n", " paragraph_start = max(0, min(mid - self.max_paragraph_len // 2, len(tokenized_paragraph) - self.max_paragraph_len))\n", " paragraph_end = paragraph_start + self.max_paragraph_len\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[paragraph_start : paragraph_end] + [102]\n", "\n", " # Convert answer's start/end positions in tokenized_paragraph to start/end positions in the window\n", " answer_start_token += len(input_ids_question) - paragraph_start\n", " answer_end_token += len(input_ids_question) - paragraph_start\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", " return torch.tensor(input_ids), torch.tensor(token_type_ids), torch.tensor(attention_mask), answer_start_token, answer_end_token\n", "\n", " # Validation/Testing\n", " else:\n", " input_ids_list, token_type_ids_list, attention_mask_list = [], [], []\n", "\n", " # Paragraph is split into several windows, each with start positions separated by step \"doc_stride\"\n", " for i in range(0, len(tokenized_paragraph), self.doc_stride):\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[i : i + self.max_paragraph_len] + [102]\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", "\n", " input_ids_list.append(input_ids)\n", " token_type_ids_list.append(token_type_ids)\n", " attention_mask_list.append(attention_mask)\n", "\n", " return torch.tensor(input_ids_list), torch.tensor(token_type_ids_list), torch.tensor(attention_mask_list)\n", "\n", " def padding(self, input_ids_question, input_ids_paragraph):\n", " # Pad zeros if sequence length is shorter than max_seq_len\n", " padding_len = self.max_seq_len - len(input_ids_question) - len(input_ids_paragraph)\n", " # Indices of input sequence tokens in the vocabulary\n", " input_ids = input_ids_question + input_ids_paragraph + [0] * padding_len\n", " # Segment token indices to indicate first and second portions of the inputs. Indices are selected in [0, 1]\n", " token_type_ids = [0] * len(input_ids_question) + [1] * len(input_ids_paragraph) + [0] * padding_len\n", " # Mask to avoid performing attention on padding token indices. Mask values selected in [0, 1]\n", " attention_mask = [1] * (len(input_ids_question) + len(input_ids_paragraph)) + [0] * padding_len\n", "\n", " return input_ids, token_type_ids, attention_mask\n", "\n", "train_set = QA_Dataset(\"train\", train_questions, train_questions_tokenized, train_paragraphs_tokenized)\n", "dev_set = QA_Dataset(\"dev\", dev_questions, dev_questions_tokenized, dev_paragraphs_tokenized)\n", "test_set = QA_Dataset(\"test\", test_questions, test_questions_tokenized, test_paragraphs_tokenized)" ] }, { "cell_type": "markdown", "metadata": { "id": "5_H1kqhR8CdM" }, "source": [ "## Function for Evaluation" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "SqeA3PLPxOHu" }, "outputs": [], "source": [ "def evaluate(data, output):\n", " ##### TODO: Postprocessing #####\n", " # There is a bug and room for improvement in postprocessing\n", " # Hint: Open your prediction file to see what is wrong\n", "\n", " answer = ''\n", " max_prob = float('-inf')\n", " num_of_windows = data[0].shape[1]\n", "\n", " for k in range(num_of_windows):\n", " # Obtain answer by choosing the most probable start position / end position\n", " start_prob, start_index = torch.max(output.start_logits[k], dim=0)\n", " end_prob, end_index = torch.max(output.end_logits[k], dim=0)\n", "\n", " # Probability of answer is calculated as sum of start_prob and end_prob\n", " prob = start_prob + end_prob\n", "\n", " # Replace answer if calculated probability is larger than previous windows\n", " if prob > max_prob:\n", " max_prob = prob\n", " # Convert tokens to chars (e.g. [1920, 7032] --> \"大 金\")\n", " answer = tokenizer.decode(data[0][0][k][start_index : end_index + 1])\n", "\n", " # Remove spaces in answer (e.g. \"大 金\" --> \"大金\")\n", " return answer.replace(' ','')" ] }, { "cell_type": "markdown", "metadata": { "id": "rzHQit6eMnKG" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 778, "referenced_widgets": [ "53c1ce79c38b45fc8d1b675515642c54", "9370d0df1bca4b9a9c15e1d3e10142d9", "611f0f0c70a5471b891bd6f6b8cb7863", "986b627aef004704ac0806a9aa189938", "f2b466617f0247638e0934c8fe95ed1d", "f9b28a5fbcd14568983ed36f9a1ca997", "04c0aa3d24944485b475601f786b56f1", "78818b2d8cc748efbf1b5784a9ee2a85", "7c61a280288d4608b6ef341ce3adb7a8", "8710bb7686df4fb3a73e5af839be5305", "c7896f62a30f4eec95e3c84aef08e1b2", "29a7b6bb49004c3c96a6d48cd55e1ec3", "06e4e53bd3e748ad90d14eeec117aac9", "6a47a3bc614a44e7a5b0dfef50cadaf7", "fba6bb8f65904ae6ae4f5bca95e942e2", "6d5ad2f51bb3459b85201f983a499ea2", "9c7a21dc260a4ad7b87f2123947058a2", "7b7a0c46d9794d6fa66401f03684dec0", "11dcde71ff984d829ec9612e7f43e3a3", "a987cb79f4904973958a98f492c6443a", "8d791392eed34a9b8e155da9a4b0a0d6", "bab8f16e038b440a8016ef087ee12904" ] }, "id": "3Q-B6ka7xoCM", "outputId": "69c6f306-8a93-4b59-a64d-41f55889a6e6" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Start Training ...\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "/usr/local/lib/python3.9/dist-packages/transformers/optimization.py:306: FutureWarning: This implementation of AdamW is deprecated and will be removed in a future version. Use the PyTorch implementation torch.optim.AdamW instead, or set `no_deprecation_warning=True` to disable this warning\n", " warnings.warn(\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "53c1ce79c38b45fc8d1b675515642c54", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/3365 [00:00\n", "問題：<問題1 敘述>\n", "答案：<答案1>\n", "...\n", "文章：<文章n 內容>\n", "問題：<問題n 敘述>\n", "答案：\n", "```" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "sGUxltxqzKpm" }, "outputs": [], "source": [ "import torch\n", "import random\n", "import numpy as np\n", "\n", "# To avoid CUDA_OUT_OF_MEMORY\n", "torch.set_default_tensor_type(torch.cuda.FloatTensor)\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 241, "referenced_widgets": [ "fd1e236692ec43a18a1750a29515050d", "7b3c48ae548848c880439841c0b9cb6b", "1023013dc30a4731b61383bd59f2dc91", "ee0cb4c1f31346b5b180a7b826688eb4", "0f7a38ddfe7b42eaa5c8ffdb3c150641", "eb405f797a1441d280029e6e203befce", "7a7081fd9d5942af9148e29054b18f51", "eb4bdd1ff3cf4b0db273c53e32cad5de", "7c852afee0de49fe8dac74f3af82a725", "24b96f20dd5f4a6d8cf9788e97a74f73", "a5bf4132f3dd4c7a807f27c8106fdd59", "0549ffe5a6a444dd9fbf8c4513ebe7f7", "388d3d2566ff4a1cb68048ac78dd374f", "6235eaf236d643c6a163dddb86d3664d", "faf78b2739f841d8a213e4311926b598", "91f03b6ed1c94cb68970f45ffa64695e", "9e312a0ec6a2478fb0f55691caf6d9ae", "39d35e6e28264b5ca157745d0c1e1491", "c497cc2cfabb451aad71f5d7b19873e4", "7f7f2c3afc2647c086877a2f4eff6c12", "0386ad4eea2b4387b48cd58e95bcd4ba", "028ec097e62b4ee8a463708f4c3b8f24", "f607835a7acf4037821885704bde736d", "ddd59aac5a5d48ceace9ede35bf8f11b", "20e14c8de0f84979ac3f0d896263f49d", "4d7c3ea23e9b42a2ba5b0b11ee190c69", "5d9e4fd05f964fd7a11d66b964ea0873", "7fb466a306e6443287cb2fa2bea90f06", "1b2b45ecc27b4f28bc0194709fed0638", "6a2f5722362c4ec08ae8ed7d681dc7ba", "f51192579d014a52b132f99abf8901b2", "6912ca44b1864902a3e32d4a19a4972d", "acbfe8b88e6945ab9a5959fbb5f294de", "fda75dc7c2d24f7b827b2c78a6988586", "2d1a48d240b949ad9b465985e90557c5", "5a0f5ba8ad024f5b915e34e48f269437", "bc4b72ff74d84c9e83b328e8823044b1", "901f4ebc70f144c188d03a4978920441", "98ce66c91c5c45968a3844fb0de50624", "a24d04e7064048c2819ef88a50ce9093", "154be9baa03943d08c975dbc85c4edf8", "2fe4fa69d9544fd393a4d72c02245245", "c4da9fed45254ebdaa49312f16d9b159", "53a2b78a732c4522805de5c9aed92c41", "0440f9e26a0b420b86175bc62e212d01", "c9bf7b5808f74db9811f5b64e878dcd5", "66a35d11743141b1b20904b13a4b86ea", "c0145fad2cb843e9b75ac47d307cc346", "d61e0c79febd45c8b00e3566296d7e8e", "2a59b752f9414e69b8c1d24bd24159f2", "447bb12155cf4dc193ffea3f64c6a8f8", "16b30759d76a4c8f979212d1ae30c297", "1639410507da4b54996064d9fcc8621c", "e515df89088042dbbe23594e5976e10d", "0dccf470d87f4585af65826582399466", "7dee4e5320d349159422709a69af61f4", "86dbdec7087f4312b945c3a3940d8965", "cdbf6c3b5b3948229946fd51c227b51e", "d132ff798f284c9cbe2a73d35d776592", "fead01a1a86c40bcb1ba9133ef351d7c", "f19d9d34c978402691a89114849d2bb9", "7a729fb76a374da99334e7d4b4de102e", "cccbdce89ff545f6a66304352b320ad7", "cbd776799c18488eb74a8f17cc27c6fd", "b1cd7728deff4d50a18cb22805351330", "550e7aaac7fa4c3db37ceca6a5595ddb", "745f78a378b5412eae007f029e8c321a", "2c449a0e664c41a79b3a1de62e94b5b7", "a9a16bf8795c402a90cf4504b1cd30a1", "715ad9f6bdaa46298317e049404f9755", "667f153201d347a0a01e39b438fa736b", "d652cdca44e04070a420c5d1a24b4fd1", "b5c71e0a94014278a22ba45a6f58b77d", "7f928c5e620a49c1ae137868e34818a9", 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with answers\n", " for i in range(K):\n", " question_index = question_ids.index(qa[\"id\"])\n", " while(question_index in exist_question_indexs):\n", " question_index = random.randint(0, len(question_ids) - 1)\n", " exist_question_indexs.append(question_index)\n", " paragraph_id = test[\"questions\"][question_index][\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{test[\"questions\"][question_index][\"question_text\"]}\\n'\n", " prompt += f'答案：{test[\"questions\"][question_index][\"answer_text\"]}\\n'\n", "\n", " # The final one question without answer\n", " paragraph_id = qa[\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{qa[\"question_text\"]}\\n'\n", " prompt += f'答案：'\n", "\n", " inputs = tokenizer(prompt, add_special_tokens=False, return_tensors=\"pt\")\n", " sample = model.generate(**inputs, max_new_tokens = 20)\n", " text = tokenizer.decode(sample[0], skip_special_tokens=True)\n", "\n", " # Note: You can delete this line to see what will happen\n", " text = clean_text(text)\n", "\n", " print(prompt)\n", " print(f'正確答案: {qa[\"answer_text\"]}')\n", " print(f'模型輸出: {text}')\n", " print()\n", "\n", " print(f\"{idx},{qa['answer_text']},{text}\", file = f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "k3prlGCdjf38" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" }, "widgets": { "application/vnd.jupyter.widget-state+json": { "028ec097e62b4ee8a463708f4c3b8f24": { "model_module": "@jupyter-widgets/controls", 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4 } ================================================ FILE: HW07/HW07_Sample_Code_zh.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "xvSGDbExff_I" }, "source": [ "# 作业 - Bert (Extractive Question Answering)\n", "\n", "> 镜像自李宏毅老师 2023 年机器学习春的作业 7，原链接：[ML2023_HW7_Question_Answering](https://colab.research.google.com/drive/1m0fQjJfkK9vAovxPj9Nd3-hQuxezB2w1)\n", ">\n", "> 延伸文章：[22a. 微调 LLM：实现抽取式问答](https://github.com/Hoper-J/AI-Guide-and-Demos-zh_CN/blob/master/Guide/22a.%20微调%20LLM：实现抽取式问答.md)\n", "\n", "请根据**提示**完成相应的代码修改，从而达到学习的目的。\n", "\n", "[作业 PPT](https://github.com/Hoper-J/AI-Guide-and-Demos-zh_CN/blob/master/Demos/PDF/HW_BERT_Question_Answering.pdf) | [Kaggle 加入链接](https://www.kaggle.com/t/e001cad568dc4d77b6a5e762172f44d6)\n", "\n", "在线链接：[Kaggle](https://www.kaggle.com/code/aidemos/21-bert) | [Colab](https://colab.research.google.com/drive/1zHR2Cztmo49j3yrdT3GgkzNcAcHd7M0M?usp=sharing)\n", "\n", "\n", "## 作业提示\n", "\n", "> 如果理解了每个提示到底需要做什么，那么恭喜你已经完成了学习。\n", ">\n", "> 搜索代码文件中的 TODO 可以快速索引到需要修改的地方。\n", "\n", "- **Simple baseline**\n", " - 直接运行当前代码文件\n", "- **Medium baseline**\n", " - 使用学习率调度器：线性衰减，warmup 等，选择一个即可\n", "- **Strong baseline**\n", " - 修改模型的预处理过程 (TODO: Preprocessing)\n", " - 尝试替换为其他预训练模型，在 [Hugging Face](https://huggingface.co/models?language=zh&sort=trending) 中进行选择\n", "- **Boss baseline**\n", " - 修改后处理部分 (TODO: Postprocessing)\n", " - 尝试梯度累积\n", "\n", "## Kaggle 加入“比赛”\n", "\n", "访问 [Kaggle 加入链接](https://www.kaggle.com/t/e001cad568dc4d77b6a5e762172f44d6)，点击右上角的 `Late Submission`，然后点击 `I Understand and Accept` 同意：\n", "\n", "![image-20241110191905666](https://github.com/Hoper-J/AI-Guide-and-Demos-zh_CN/blob/master/Guide/assets/image-20241110191905666.png?raw=1)\n", "\n", "样例代码运行后会生成文件：`result.csv`，如果想要提交查看分数，再次点击 `Late Submission`，上传后点击提交：\n", "\n", "![image-20241110192134533](https://github.com/Hoper-J/AI-Guide-and-Demos-zh_CN/blob/master/Guide/assets/image-20241110192134533.png?raw=1)\n", "\n", "你可以在 `Submissions` 中看到自己的提交成绩：\n", "\n", "![image-20241110192753327](https://github.com/Hoper-J/AI-Guide-and-Demos-zh_CN/blob/master/Guide/assets/image-20241110192753327.png?raw=1)\n", "\n", "> [!note]\n", ">\n", "> 在评估效果时最好仅参考 Public Score，Private Score 是测试集上的分数，因为比赛已经过了Deadline，所以显示了出来，比赛进行的过程中这个分数是隐藏的。\n", "\n", "点击 `Leaderboard` 你将能够看到曾经参与者的成绩：\n", "\n", "![image-20241110192649655](https://github.com/Hoper-J/AI-Guide-and-Demos-zh_CN/blob/master/Guide/assets/image-20241110192649655.png?raw=1)\n", "\n", "\n", "## 任务目标：中文抽取式问答\n", "\n", "学习如何使用 transformers 微调预训练模型，以完成下游抽取式问答任务。\n", "\n", "- **任务描述**: 通过 fine-tune BERT 模型，使其能够从给定的段落中抽取出问题的具体答案。\n", " - **目标**: 模型将预测答案的开始（Start）和结束（End）位置，并从文本中提取该片段作为答案。\n", " \n", " ![image-20240920002112364](https://github.com/Hoper-J/AI-Guide-and-Demos-zh_CN/blob/master/Guide/assets/e6a56c94334632bae17b286f42264de4.png?raw=1)\n", " \n", " - **输入**: 段落 + 问题\n", " - **输出**: 答案\n", " \n", "- **TODO**\n", " - 微调预训练的中文 BERT 模型\n", " - 调整超参数（如 `doc_stride`）\n", " - 应用线性学习率衰减策略\n", " - 尝试其他预训练模型\n", " - 改进数据的预处理（preprocessing）\n", " - 改进模型的后处理（postprocessing）\n", "\n", "- **训练技巧**\n", " - 自动混合精度（Automatic Mixed Precision）\n", " - 梯度累积（Gradient Accumulation）\n", " - 集成方法（Ensemble）\n", "\n", "- **预计训练时间**（在 Tesla T4 上启用自动混合精度时的运行时间）：\n", " - Simple baseline：8 分钟\n", " - Medium baseline：8 分钟\n", " - Strong baseline：25 分钟\n", " - Boss baseline：2 小时\n", "\n", "## 性能指标（EM）\n", "\n", "- **准确率 (Exact Match)**: 该指标用于衡量模型的预测答案与真实答案**完全一致**的比例。\n", "\n" ] }, { "cell_type": "markdown", "metadata": { "id": "NYAHsHNbzdKm" }, "source": [ "## 前置准备" ] }, { "cell_type": "markdown", "metadata": { "id": "TJ1fSAJE2oaC" }, "source": [ "### 下载数据集\n", "\n", "#### Kaggle\n", "\n", "> To use the Kaggle API, sign up for a Kaggle account at [https://www.kaggle.com](https://www.kaggle.com/). Then go to the 'Account' tab of your user profile (`https://www.kaggle.com//account`) and select 'Create API Token'. This will trigger the download of `kaggle.json`, a file containing your API credentials. Place this file in the location `~/.kaggle/kaggle.json` (on Windows in the location `C:\\Users\\\\.kaggle\\kaggle.json` - you can check the exact location, sans drive, with `echo %HOMEPATH%`). You can define a shell environment variable `KAGGLE_CONFIG_DIR` to change this location to `$KAGGLE_CONFIG_DIR/kaggle.json` (on Windows it will be `%KAGGLE_CONFIG_DIR%\\kaggle.json`).\n", ">\n", "> -\\- [Official Kaggle API](https://github.com/Kaggle/kaggle-api)\n", "\n", "替换\\为你自己的用户名，`https://www.kaggle.com//account`，然后点击 `Create New API Token`，将下载下来的文件放去应该放的位置：\n", "\n", "- Mac 和 Linux 放在 `~/.kaggle`\n", "- Windows 放在 `C:\\Users\\\\.kaggle`\n", "\n", "```bash\n", "pip install kaggle\n", "# 你需要先在 Kaggle -> Account -> Create New API Token 中下载 kaggle.json\n", "# mv kaggle.json ~/.kaggle/kaggle.json\n", "kaggle competitions download -c ml2023spring-hw7\n", "unzip ml2023spring-hw7.zip \n", "```\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "YPrc4Eie9Yo5", "outputId": "1640c875-58d1-4288-e382-e9fa9db39b9f" }, "outputs": [], "source": [ "# 或者通过以下命令进行下载\n", "!wget https://github.com/Hoper-J/HUNG-YI_LEE_Machine-Learning_Homework/raw/refs/heads/master/HW07/ml2023spring-hw7.zip\n", "!unzip ml2023spring-hw7.zip" ] }, { "cell_type": "markdown", "metadata": { "id": "TevOvhC03m0h" }, "source": [ "### 安装库 " ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "tbxWFX_jpDom", "outputId": "138488c2-96fa-4c41-d450-9d0a1b74f36c" }, "outputs": [], "source": [ "!pip install transformers\n", "!pip install accelerate" ] }, { "cell_type": "markdown", "metadata": { "id": "XapBp31gytyD" }, "source": [ "## 开始微调\n" ] }, { "cell_type": "markdown", "metadata": { "id": "8dKM4yCh4LI_" }, "source": [ "### 导入包\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "WOTHHtWJoahe" }, "outputs": [], "source": [ "import json\n", "import numpy as np\n", "import random\n", "import torch\n", "from torch.utils.data import DataLoader, Dataset\n", "from transformers import AdamW\n", "\n", "from tqdm.auto import tqdm\n", "\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# 为了可重复性，固定随机数种子\n", "def same_seeds(seed):\n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", " np.random.seed(seed)\n", " random.seed(seed)\n", " torch.backends.cudnn.benchmark = False\n", " torch.backends.cudnn.deterministic = True\n", "same_seeds(42)" ] }, { "cell_type": "markdown", "metadata": { "id": "2YgXHuVLp_6j" }, "source": [ "### 加载模型和分词器\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 220, "referenced_widgets": [ "641665cb9ec6433a81719d57eeaf8298", "ba9c1cd3cfe04add90aa2edf2aa87378", "1e20837bf23548249678da0a07745d58", "c1d24cb7607c44b989774113a2baf675", "c9144705a33848a6b142f9887da6ac49", "ebfa4ba9f18b4945947d326581d3b8e9", "28fc746a3c0548f4a4ff669b5dbb7320", "d26e50974c52452389c5abb001056546", "9eefbb580f0146658d18658f210d3a67", "c813a6f6ce09424582c06a3ac8a7d712", "ff6cd33dca3c44ba9832b2d705fd2de1", "8b264499afca4694849b08e2091f6826", "3eaf82623d964c2abb92b4509ac5ca9d", "aa3ff7831fbf47efa404805886ca4696", "6be63de77ed14eee9c37e93d3a75f743", "5195ed241f09440eaf84a7e0b3dc8155", "33fa92f225be477d8cd176a0a4e8894e", "b80166eeee984661a611a02d1eae4458", "20cd68a7e03f4353aa99fcefc1f16d36", "fb908d9c3e374983aa47478a95411ba7", "304609dbefa74735baa08ce7aadff92d", "250451c12cee4aacb91a32d7da4ab861", "2c37badbe0504073b31abd67a8c0b808", "bfd7d35860c14dd3b8e5eea07032311d", "db2c74f92f6d4a2c8bfdcb91d5bd3d64", "b0af063597ea4de5a8c8bf4f370f782a", "5b1ac1a0f04f4c29b3c1127ec3d95e81", "b91c8359a6444497b3665e66afbe237d", "1181117783fd4bca9d7f5f296507aff3", "941a345ba82a44d5ad597a15c0af0d5c", "23afbee21a644745b24b8ffefed6b286", "a075ee85c2d34ab3b2d011c63dc02286", "052cccb5d69d476f9caac95848e0353a" ] }, "id": "xyBCYGjAp3ym", "outputId": "81f25c6d-cd7f-4be1-e085-f8a54bd1c27d", "scrolled": true }, "outputs": [], "source": [ "from transformers import (\n", " AutoTokenizer,\n", " AutoModelForQuestionAnswering,\n", ")\n", "\n", "model = AutoModelForQuestionAnswering.from_pretrained(\"bert-base-chinese\").to(device)\n", "tokenizer = AutoTokenizer.from_pretrained(\"bert-base-chinese\")\n", "\n", "# 你可以忽略警告消息（它弹出是因为新的 QA 预测头是随机初始化的）" ] }, { "cell_type": "markdown", "metadata": { "id": "3Td-GTmk5OW4" }, "source": [ "## 数据部分\n", "\n", "> 使用两个繁体中文阅读理解数据集：[DRCD](https://github.com/DRCKnowledgeTeam/DRCD) 和 [ODSQA](https://github.com/Chia-Hsuan-Lee/ODSQA)。\n", "\n", "- **训练集（DRCD + DRCD-backtrans）**：包含 15,329 个段落和 26,918 个问题。一个段落可能对应多个问题。\n", "- **开发集（DRCD + DRCD-backtrans）**：包含 1,255 个段落和 2,863 个问题。用于验证。\n", "- **测试集（DRCD + ODSQA）**：包含 1,606 个段落和 3,504 个问题。测试集的段落没有提供答案，需要模型进行预测。\n", "\n", "所有数据集的格式相同：\n", "\n", "- `id`：问题编号\n", "- `paragraph_id`：段落编号\n", "- `question_text`：问题文本\n", "- `answer_text`：答案文本\n", "- `answer_start`：答案在段落中的起始字符位置\n", "- `answer_end`：答案在段落中的结束字符位置\n", "\n", "![数据集格式](https://github.com/Hoper-J/AI-Guide-and-Demos-zh_CN/blob/master/Guide/assets/4215768313590de87aab01adcad78c90.png?raw=1)\n", "\n", "### 读取数据" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "NvX7hlepogvu" }, "outputs": [], "source": [ "def read_data(file):\n", " with open(file, 'r', encoding=\"utf-8\") as reader:\n", " data = json.load(reader)\n", " return data[\"questions\"], data[\"paragraphs\"]\n", "\n", "train_questions, train_paragraphs = read_data(\"hw7_train.json\")\n", "dev_questions, dev_paragraphs = read_data(\"hw7_dev.json\")\n", "test_questions, test_paragraphs = read_data(\"hw7_test.json\")" ] }, { "cell_type": "markdown", "metadata": { "id": "Fm0rpTHq0e4N" }, "source": [ "### 分词处理" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "rTZ6B70Hoxie", "outputId": "db13805e-02a9-4cbe-e6d2-66c0e3860c2b" }, "outputs": [], "source": [ "# 分别对问题和段落进行分词\n", "# 「add_special_tokens」设置为 False，因为在数据集的 __getitem__ 中，当合并分词后的问题和段落时会添加特殊标记\n", "\n", "train_questions_tokenized = tokenizer([train_question[\"question_text\"] for train_question in train_questions], add_special_tokens=False)\n", "dev_questions_tokenized = tokenizer([dev_question[\"question_text\"] for dev_question in dev_questions], add_special_tokens=False)\n", "test_questions_tokenized = tokenizer([test_question[\"question_text\"] for test_question in test_questions], add_special_tokens=False)\n", "\n", "train_paragraphs_tokenized = tokenizer(train_paragraphs, add_special_tokens=False)\n", "dev_paragraphs_tokenized = tokenizer(dev_paragraphs, add_special_tokens=False)\n", "test_paragraphs_tokenized = tokenizer(test_paragraphs, add_special_tokens=False)\n", "\n", "# 你可以忽略警告消息，因为在传递给模型之前，将在数据集的 __getitem__ 中进一步处理分词后的序列" ] }, { "cell_type": "markdown", "metadata": { "id": "Ws8c8_4d5UCI" }, "source": [ "### 数据集（Medium / Strong 相关）\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "Xjooag-Swnuh" }, "outputs": [], "source": [ "class QA_Dataset(Dataset):\n", " \"\"\"\n", " 自定义的问答数据集类，用于处理问答任务的数据。\n", "\n", " 参数：\n", " - split (str): 数据集的类型，'train'、'dev' 或 'test'。\n", " - questions (list): 问题列表，每个元素是一个字典，包含问题的详细信息。\n", " - tokenized_questions (BatchEncoding): 分词后的问题，由 tokenizer 生成。\n", " - tokenized_paragraphs (BatchEncoding): 分词后的段落列表，由 tokenizer 生成。\n", " \n", " 属性（即 __init_() 中的 self.xxx）：\n", " - max_question_len (int): 问题的最大长度（以分词后的 token 数计）。\n", " - max_paragraph_len (int): 段落的最大长度（以分词后的 token 数计）。\n", " - doc_stride (int): 段落窗口滑动步长。\n", " - max_seq_len (int): 输入序列的最大长度。\n", " \"\"\"\n", " def __init__(self, split, questions, tokenized_questions, tokenized_paragraphs):\n", " self.split = split\n", " self.questions = questions\n", " self.tokenized_questions = tokenized_questions\n", " self.tokenized_paragraphs = tokenized_paragraphs\n", " self.max_question_len = 60\n", " self.max_paragraph_len = 150\n", "\n", " ##### TODO: 更改 doc_stride 的值 #####\n", " self.doc_stride = 150\n", "\n", " # 输入序列长度 = [CLS] + question + [SEP] + paragraph + [SEP]\n", " self.max_seq_len = 1 + self.max_question_len + 1 + self.max_paragraph_len + 1\n", "\n", " def __len__(self):\n", " \"\"\"\n", " 返回数据集中样本的数量。\n", "\n", " 返回：\n", " - (int): 数据集的长度。\n", " \"\"\"\n", " return len(self.questions)\n", "\n", " def __getitem__(self, idx):\n", " \"\"\"\n", " 获取数据集中指定索引的样本。\n", "\n", " 参数：\n", " - idx (int): 样本的索引。\n", "\n", " 返回：\n", " - 对于训练集，返回一个输入张量和对应的答案位置：\n", " (input_ids, token_type_ids, attention_mask, answer_start_token, answer_end_token)\n", " - 对于验证和测试集，返回包含多个窗口的输入张量列表：\n", " (input_ids_list, token_type_ids_list, attention_mask_list)\n", " \"\"\"\n", " question = self.questions[idx]\n", " tokenized_question = self.tokenized_questions[idx]\n", " tokenized_paragraph = self.tokenized_paragraphs[question[\"paragraph_id\"]]\n", "\n", " ##### TODO: 预处理 #####\n", " # 提示：思考怎么防止模型学习到不应该学习的东西\n", " if self.split == \"train\":\n", " # 将答案在段落文本中的起始/结束位置转换为在分词后段落中的起始/结束位置\n", " answer_start_token = tokenized_paragraph.char_to_token(question[\"answer_start\"])\n", " answer_end_token = tokenized_paragraph.char_to_token(question[\"answer_end\"])\n", "\n", " # 通过切片包含答案的段落部分来获得一个窗口\n", " mid = (answer_start_token + answer_end_token) // 2\n", " paragraph_start = max(0, min(mid - self.max_paragraph_len // 2, len(tokenized_paragraph) - self.max_paragraph_len))\n", " paragraph_end = paragraph_start + self.max_paragraph_len\n", "\n", " # 切片问题/段落并添加特殊标记（101：CLS，102：SEP）\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[paragraph_start : paragraph_end] + [102]\n", "\n", " # 将答案在分词后段落中的起始/结束位置转换为窗口中的起始/结束位置\n", " answer_start_token += len(input_ids_question) - paragraph_start\n", " answer_end_token += len(input_ids_question) - paragraph_start\n", "\n", " # 填充序列并获取模型的输入\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", " return torch.tensor(input_ids), torch.tensor(token_type_ids), torch.tensor(attention_mask), answer_start_token, answer_end_token\n", "\n", " # 验证/测试\n", " else:\n", " input_ids_list, token_type_ids_list, attention_mask_list = [], [], []\n", "\n", " # 段落被分割成多个窗口，每个窗口的起始位置由步长 \"doc_stride\" 分隔\n", " for i in range(0, len(tokenized_paragraph), self.doc_stride):\n", "\n", " # 切片问题/段落并添加特殊标记（101：CLS，102：SEP）\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[i : i + self.max_paragraph_len] + [102]\n", "\n", " # 填充序列并获取模型的输入\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", "\n", " input_ids_list.append(input_ids)\n", " token_type_ids_list.append(token_type_ids)\n", " attention_mask_list.append(attention_mask)\n", "\n", " return torch.tensor(input_ids_list), torch.tensor(token_type_ids_list), torch.tensor(attention_mask_list)\n", "\n", " def padding(self, input_ids_question, input_ids_paragraph):\n", " \"\"\"\n", " 对输入的序列进行填充，生成统一长度的模型输入。\n", "\n", " 参数：\n", " - input_ids_question (list): 问题部分的输入 ID 列表。\n", " - input_ids_paragraph (list): 段落部分的输入 ID 列表。\n", "\n", " 返回：\n", " - input_ids (list): 填充后的输入 ID 列表。\n", " - token_type_ids (list): 区分问题和段落的标记列表。\n", " - attention_mask (list): 注意力掩码列表，指示哪些位置是有效的输入。\n", " \"\"\"\n", " # 计算需要填充的长度\n", " padding_len = self.max_seq_len - len(input_ids_question) - len(input_ids_paragraph)\n", " # 填充输入序列\n", " input_ids = input_ids_question + input_ids_paragraph + [0] * padding_len\n", " # 构造区分问题和段落的 token_type_ids\n", " token_type_ids = [0] * len(input_ids_question) + [1] * len(input_ids_paragraph) + [0] * padding_len\n", " # 构造注意力掩码，有效位置为 1，填充位置为 0\n", " attention_mask = [1] * (len(input_ids_question) + len(input_ids_paragraph)) + [0] * padding_len\n", "\n", " return input_ids, token_type_ids, attention_mask\n", "\n", "train_set = QA_Dataset(\"train\", train_questions, train_questions_tokenized, train_paragraphs_tokenized)\n", "dev_set = QA_Dataset(\"dev\", dev_questions, dev_questions_tokenized, dev_paragraphs_tokenized)\n", "test_set = QA_Dataset(\"test\", test_questions, test_questions_tokenized, test_paragraphs_tokenized)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "> 这里解释一下QA_Dataset，如果觉得太长，可以只查看重点部分。\n", "\n", "1. **初始化（`__init__`）**：\n", " - `split` 决定数据集的类型（训练、验证或测试）。\n", " - `questions`, `tokenized_questions`, 和 `tokenized_paragraphs` 是原问题和 tokenized 后的问题和段落。\n", " - `max_question_len` 和 `max_paragraph_len` 分别设定了问题和段落的最大长度。\n", " - `self.doc_stride`：段落的窗口滑动步长（决定每个窗口之间的重叠部分）。\n", " - `Sample code` 中将其设置为 150，和 `max_paragraph_len` 一样，意味着窗口之间完全不重叠。\n", " - `self.max_seq_len`：定义了整个输入序列的最大长度（包含问题和段落）。\n", "\n", "2. **`__getitem__`**：\n", " - 针对给定的索引 `idx`，获取对应问题和段落数据，返回模型需要的输入。\n", " - **训练集**：定位答案的起始和结束位置，将包含答案的段落部分截取为一个窗口（中心在答案位置附近）。然后将问题和段落合并为一个输入序列，并进行填充。\n", " - **验证/测试集**：将段落分成多个窗口，每个窗口之间的步长由 `self.doc_stride` 决定，然后将每个窗口作为模型的输入。验证和测试时不需要答案位置，因此只需生成多个窗口作为输入。\n", "\n", "3. **填充（`padding`）**：\n", " - 输入序列可能比最大序列长度短，填充部分用 0 表示。对于问题部分和段落部分，`token_type_ids` 被用来区分它们（0 表示问题，1 表示段落）。`attention_mask` 用于标记有效的输入部分，防止模型对填充部分进行注意力计算。\n", "\n", "#### 重点\n", "\n", "- `self.doc_stride` 通过控制窗口之间的滑动步长，确保即使答案位于窗口边缘，模型也能通过多个窗口重叠的方式找到答案。\n", "- **训练阶段**不需要使用 `doc_stride`，因为训练时我们已经知道答案的位置，可以直接截取包含答案的窗口。但在**验证和测试**阶段，由于模型并不知道答案的位置，`doc_stride` 保证每个窗口之间有足够的重叠，避免遗漏答案。\n", "- 所以这里存在一个问题，训练过程中模型可能学习到：答案就在中间这一模式。这是我们在 Strong baseline 中需要解决的。" ] }, { "cell_type": "markdown", "metadata": { "id": "5_H1kqhR8CdM" }, "source": [ "### 评估函数" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "SqeA3PLPxOHu" }, "outputs": [], "source": [ "def evaluate(data, output):\n", " ##### TODO: 后处理 #####\n", " # 后处理存在一个错误和改进的空间\n", " # 提示：打开你的预测文件，看看有什么问题\n", "\n", " answer = ''\n", " max_prob = float('-inf')\n", " num_of_windows = data[0].shape[1]\n", "\n", " for k in range(num_of_windows):\n", " # 通过选择最可能的起始位置/结束位置来获得答案\n", " start_prob, start_index = torch.max(output.start_logits[k], dim=0)\n", " end_prob, end_index = torch.max(output.end_logits[k], dim=0)\n", "\n", " # 答案的概率计算为 start_prob 和 end_prob 的和\n", " prob = start_prob + end_prob\n", "\n", " # 如果计算的概率大于之前的窗口，则替换答案\n", " if prob > max_prob:\n", " max_prob = prob\n", " # 将标记转换为字符（例如，[1920, 7032] --> \"大 金\"）\n", " answer = tokenizer.decode(data[0][0][k][start_index : end_index + 1])\n", "\n", " # 移除答案中的空格（例如，\"大 金\" --> \"大金\"）\n", " return answer.replace(' ','')" ] }, { "cell_type": "markdown", "metadata": { "id": "rzHQit6eMnKG" }, "source": [ "### 训练" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 778, "referenced_widgets": [ "53c1ce79c38b45fc8d1b675515642c54", "9370d0df1bca4b9a9c15e1d3e10142d9", "611f0f0c70a5471b891bd6f6b8cb7863", "986b627aef004704ac0806a9aa189938", "f2b466617f0247638e0934c8fe95ed1d", "f9b28a5fbcd14568983ed36f9a1ca997", "04c0aa3d24944485b475601f786b56f1", "78818b2d8cc748efbf1b5784a9ee2a85", "7c61a280288d4608b6ef341ce3adb7a8", "8710bb7686df4fb3a73e5af839be5305", "c7896f62a30f4eec95e3c84aef08e1b2", "29a7b6bb49004c3c96a6d48cd55e1ec3", "06e4e53bd3e748ad90d14eeec117aac9", "6a47a3bc614a44e7a5b0dfef50cadaf7", "fba6bb8f65904ae6ae4f5bca95e942e2", "6d5ad2f51bb3459b85201f983a499ea2", "9c7a21dc260a4ad7b87f2123947058a2", "7b7a0c46d9794d6fa66401f03684dec0", "11dcde71ff984d829ec9612e7f43e3a3", "a987cb79f4904973958a98f492c6443a", "8d791392eed34a9b8e155da9a4b0a0d6", "bab8f16e038b440a8016ef087ee12904" ] }, "id": "3Q-B6ka7xoCM", "outputId": "69c6f306-8a93-4b59-a64d-41f55889a6e6" }, "outputs": [], "source": [ "from accelerate import Accelerator\n", "\n", "# 超参数\n", "num_epoch = 1\n", "validation = True\n", "logging_step = 100\n", "learning_rate = 1e-5\n", "optimizer = AdamW(model.parameters(), lr=learning_rate)\n", "train_batch_size = 8\n", "\n", "#### TODO: 梯度累积（可选）####\n", "# 注意：train_batch_size * gradient_accumulation_steps = 有效批次大小\n", "# 如果 CUDA 内存不足，你可以降低 train_batch_size 并提高 gradient_accumulation_steps\n", "# 文档：https://huggingface.co/docs/accelerate/usage_guides/gradient_accumulation\n", "gradient_accumulation_steps = 16\n", "\n", "# 数据加载器\n", "# 注意：不要更改 dev_loader / test_loader 的批次大小！\n", "# 虽然批次大小=1，但它实际上是由同一对 QA 的多个窗口组成的批次\n", "train_loader = DataLoader(train_set, batch_size=train_batch_size, shuffle=True, pin_memory=True)\n", "dev_loader = DataLoader(dev_set, batch_size=1, shuffle=False, pin_memory=True)\n", "test_loader = DataLoader(test_set, batch_size=1, shuffle=False, pin_memory=True)\n", "\n", "# 将 \"fp16_training\" 更改为 True 以支持自动混合精度训练（fp16）\n", "fp16_training = True\n", "if fp16_training:\n", " accelerator = Accelerator(mixed_precision=\"fp16\")\n", "else:\n", " accelerator = Accelerator()\n", "\n", "# 文档：https://huggingface.co/docs/accelerate/\n", "model, optimizer, train_loader = accelerator.prepare(model, optimizer, train_loader)\n", "\n", "model.train()\n", "\n", "print(\"开始训练...\")\n", "\n", "for epoch in range(num_epoch):\n", " step = 1\n", " train_loss = train_acc = 0\n", "\n", " for data in tqdm(train_loader):\n", " # 将所有数据加载到设备\n", " data = [i.to(device) for i in data]\n", "\n", " # 模型输入：input_ids, token_type_ids, attention_mask, start_positions, end_positions（注意：只有 \"input_ids\" 是必需的）\n", " # 模型输出：start_logits, end_logits, loss（提供 start_positions/end_positions 时返回）\n", " output = model(input_ids=data[0], token_type_ids=data[1], attention_mask=data[2], start_positions=data[3], end_positions=data[4])\n", " # 选择最可能的起始位置/结束位置\n", " start_index = torch.argmax(output.start_logits, dim=1)\n", " end_index = torch.argmax(output.end_logits, dim=1)\n", "\n", " # 只有当 start_index 和 end_index 都正确时，预测才正确\n", " train_acc += ((start_index == data[3]) & (end_index == data[4])).float().mean()\n", "\n", " train_loss += output.loss\n", "\n", " accelerator.backward(output.loss)\n", "\n", " step += 1\n", " optimizer.step()\n", " optimizer.zero_grad()\n", "\n", " ##### TODO: 应用线性学习率衰减 #####\n", "\n", " # 每经过 logging_step，打印训练损失和准确率\n", " if step % logging_step == 0:\n", " print(f\"Epoch {epoch + 1} | Step {step} | loss = {train_loss.item() / logging_step:.3f}, acc = {train_acc / logging_step:.3f}\")\n", " train_loss = train_acc = 0\n", "\n", " if validation:\n", " print(\"评估开发集...\")\n", " model.eval()\n", " with torch.no_grad():\n", " dev_acc = 0\n", " for i, data in enumerate(tqdm(dev_loader)):\n", " output = model(input_ids=data[0].squeeze(dim=0).to(device), token_type_ids=data[1].squeeze(dim=0).to(device),\n", " attention_mask=data[2].squeeze(dim=0).to(device))\n", " # 只有当答案文本完全匹配时，预测才正确\n", " dev_acc += evaluate(data, output) == dev_questions[i][\"answer_text\"]\n", " print(f\"Validation | Epoch {epoch + 1} | acc = {dev_acc / len(dev_loader):.3f}\")\n", " model.train()\n", "\n", "# 将模型及其配置文件保存到目录「saved_model」\n", "# 即，在目录「saved_model」下有两个文件：「pytorch_model.bin」和「config.json」\n", "# 可以使用「model = BertForQuestionAnswering.from_pretrained(\"saved_model\")」重新加载保存的模型\n", "print(\"保存模型...\")\n", "model_save_dir = \"saved_model\"\n", "model.save_pretrained(model_save_dir)" ] }, { "cell_type": "markdown", "metadata": { "id": "kMmdLOKBMsdE" }, "source": [ "### 测试" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 84, "referenced_widgets": [ "9c84cbc758db46e78d7fa361a385ccce", "642db3bee97a4bea8a4c1079e2b7526c", "ed9f5d147e7844a187d8610130f1ecd9", "42dd646b18b24deda274c857d337c973", "9e2635394d5b4965b41a05a9bc37a4ec", "3366101d46a847dfa5700ffb652dcc86", "a1602e58c3a7413490ce0a93f35a7ca9", "d26f522a28d24494914df1dd8432af49", "c24b174369fb48cdbc3d4afaa4cceccb", "a0f74d882c63403c8116c19745e011ba", "55a7b680dae94cba8758288dacff2988" ] }, "id": "U5scNKC9xz0C", "outputId": "841c70f2-2f3c-4c0f-866e-143f127eb6b5" }, "outputs": [], "source": [ "print(\"评估测试集...\")\n", "\n", "result = []\n", "\n", "model.eval()\n", "with torch.no_grad():\n", " for data in tqdm(test_loader):\n", " output = model(input_ids=data[0].squeeze(dim=0).to(device), token_type_ids=data[1].squeeze(dim=0).to(device),\n", " attention_mask=data[2].squeeze(dim=0).to(device))\n", " result.append(evaluate(data, output))\n", "\n", "result_file = \"result.csv\"\n", "with open(result_file, 'w') as f:\n", " f.write(\"ID,Answer\\n\")\n", " for i, test_question in enumerate(test_questions):\n", " # 将答案中的逗号替换为空字符串（因为 csv 以逗号分隔）\n", " # Kaggle 中的答案也以同样的方式处理\n", " f.write(f\"{test_question['id']},{result[i].replace(',','')}\\n\")\n", "\n", "print(f\"完成！结果保存在 {result_file}\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## 拓展\n", "\n", "### Question 1\n", "\n", ">微调（Finetune）和提示（Prompt）之间存在一些差异。上下文学习（In-context Learning）可以让预训练模型在不进行梯度下降的情况下，通过少量示例给出许多下游任务的正确预测。请回答以下问题：\n", ">\n", ">a. **Encoder-only 模型（如 BERT 系列）如何在抽取式问答任务中确定答案？**\n", ">\n", ">b. **Decoder-only 模型（如 GPT 系列）如何在抽取式问答任务中确定答案？**" ] }, { "cell_type": "markdown", "metadata": { "id": "0_JVNKOCywbR" }, "source": [ "### Question 2 (In-context learning)\n", "\n", "> 尝试不同的 Prompt 并观察 fine-tuning 和 in-context learning 的区别。\n", ">\n", "> 代码所下载的模型是 [facebook/xglm-1.7B](https://huggingface.co/facebook/xglm-1.7B)，实际上你也可以直接去 GPT 或者其他 AI 平台提问，这里的目的是去调整自己的 prompt，从而使模型不经过微调也能获取到正确答案。\n", ">\n", "> 对于“老手”来说，完全可以跳过这个问题。\n", "\n", "#### Prompt 对比（错误对比）\n", "\n", "1. **Prompt 示例 1**: \"根据文章找出问题的答案：{问题}\"。\n", "2. **Prompt 示例 2**: \"请阅读文章并回答以下问题：{问题}\"。\n", "3. **Prompt 示例 3**: \"请根据文章信息回答下列问题：{问题}\"。\n", "\n", "#### Prompt 对比（正确对比）\n", "\n", "> ![image-20240920173255150](../Guide/assets/9805a280ab816c41ec21aee5a223bf9d.png)\n", "\n", "- 中英对比\n", "- 不同 prompt 对比\n", "\n", "**样例 prompt**:\n", "```\n", "請從最後一篇的文章中找出最後一個問題的答案：\n", "文章：<文章1 內容>\n", "問題：<問題1 敘述>\n", "答案：<答案1>\n", "...\n", "文章：<文章n 內容>\n", "問題：<問題n 敘述>\n", "答案：\n", "```" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "sGUxltxqzKpm" }, "outputs": [], "source": [ "import torch\n", "import random\n", "import numpy as np\n", "\n", "# 为避免 CUDA_OUT_OF_MEMORY\n", "torch.set_default_tensor_type(torch.cuda.FloatTensor)\n", "\n", "# 为了可重复性，固定随机种子\n", "def same_seeds(seed):\n", " torch.manual_seed(seed)\n", " if torch.cuda.is_available():\n", " torch.cuda.manual_seed(seed)\n", " torch.cuda.manual_seed_all(seed)\n", " np.random.seed(seed)\n", " random.seed(seed)\n", " torch.backends.cudnn.benchmark = False\n", " torch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 241, "referenced_widgets": [ "fd1e236692ec43a18a1750a29515050d", "7b3c48ae548848c880439841c0b9cb6b", "1023013dc30a4731b61383bd59f2dc91", "ee0cb4c1f31346b5b180a7b826688eb4", "0f7a38ddfe7b42eaa5c8ffdb3c150641", "eb405f797a1441d280029e6e203befce", "7a7081fd9d5942af9148e29054b18f51", "eb4bdd1ff3cf4b0db273c53e32cad5de", "7c852afee0de49fe8dac74f3af82a725", "24b96f20dd5f4a6d8cf9788e97a74f73", "a5bf4132f3dd4c7a807f27c8106fdd59", "0549ffe5a6a444dd9fbf8c4513ebe7f7", "388d3d2566ff4a1cb68048ac78dd374f", "6235eaf236d643c6a163dddb86d3664d", "faf78b2739f841d8a213e4311926b598", "91f03b6ed1c94cb68970f45ffa64695e", "9e312a0ec6a2478fb0f55691caf6d9ae", "39d35e6e28264b5ca157745d0c1e1491", "c497cc2cfabb451aad71f5d7b19873e4", "7f7f2c3afc2647c086877a2f4eff6c12", "0386ad4eea2b4387b48cd58e95bcd4ba", "028ec097e62b4ee8a463708f4c3b8f24", "f607835a7acf4037821885704bde736d", "ddd59aac5a5d48ceace9ede35bf8f11b", "20e14c8de0f84979ac3f0d896263f49d", "4d7c3ea23e9b42a2ba5b0b11ee190c69", "5d9e4fd05f964fd7a11d66b964ea0873", "7fb466a306e6443287cb2fa2bea90f06", "1b2b45ecc27b4f28bc0194709fed0638", "6a2f5722362c4ec08ae8ed7d681dc7ba", "f51192579d014a52b132f99abf8901b2", "6912ca44b1864902a3e32d4a19a4972d", "acbfe8b88e6945ab9a5959fbb5f294de", "fda75dc7c2d24f7b827b2c78a6988586", "2d1a48d240b949ad9b465985e90557c5", "5a0f5ba8ad024f5b915e34e48f269437", "bc4b72ff74d84c9e83b328e8823044b1", "901f4ebc70f144c188d03a4978920441", "98ce66c91c5c45968a3844fb0de50624", "a24d04e7064048c2819ef88a50ce9093", "154be9baa03943d08c975dbc85c4edf8", "2fe4fa69d9544fd393a4d72c02245245", "c4da9fed45254ebdaa49312f16d9b159", "53a2b78a732c4522805de5c9aed92c41", "0440f9e26a0b420b86175bc62e212d01", "c9bf7b5808f74db9811f5b64e878dcd5", "66a35d11743141b1b20904b13a4b86ea", "c0145fad2cb843e9b75ac47d307cc346", "d61e0c79febd45c8b00e3566296d7e8e", "2a59b752f9414e69b8c1d24bd24159f2", "447bb12155cf4dc193ffea3f64c6a8f8", "16b30759d76a4c8f979212d1ae30c297", "1639410507da4b54996064d9fcc8621c", "e515df89088042dbbe23594e5976e10d", "0dccf470d87f4585af65826582399466", "7dee4e5320d349159422709a69af61f4", "86dbdec7087f4312b945c3a3940d8965", "cdbf6c3b5b3948229946fd51c227b51e", "d132ff798f284c9cbe2a73d35d776592", "fead01a1a86c40bcb1ba9133ef351d7c", "f19d9d34c978402691a89114849d2bb9", "7a729fb76a374da99334e7d4b4de102e", "cccbdce89ff545f6a66304352b320ad7", "cbd776799c18488eb74a8f17cc27c6fd", "b1cd7728deff4d50a18cb22805351330", "550e7aaac7fa4c3db37ceca6a5595ddb", "745f78a378b5412eae007f029e8c321a", "2c449a0e664c41a79b3a1de62e94b5b7", "a9a16bf8795c402a90cf4504b1cd30a1", "715ad9f6bdaa46298317e049404f9755", "667f153201d347a0a01e39b438fa736b", "d652cdca44e04070a420c5d1a24b4fd1", "b5c71e0a94014278a22ba45a6f58b77d", "7f928c5e620a49c1ae137868e34818a9", "d403f126d48746948c0f627dfdce5d65", "d41e81f720f44b52b9a914e4c619bfee", "bee7c0220d4e476dbc035fbc5dc44fa3" ] }, "id": "wIS23s79zItf", "outputId": "c686be61-221a-4f55-ca79-67715343f1db" }, "outputs": [], "source": [ "from transformers import AutoTokenizer, AutoModelForCausalLM\n", "\n", "# 你可以尝试不同大小的模型\n", "# 当使用 Colab 或 Kaggle 时，超过 20 亿（2B）参数的模型可能会耗尽内存\n", "tokenizer = AutoTokenizer.from_pretrained(\"facebook/xglm-1.7B\")\n", "model = AutoModelForCausalLM.from_pretrained(\"facebook/xglm-1.7B\")" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "2d97YtavzFHA" }, "outputs": [], "source": [ "# 清理模型输出。如果你尝试不同的提示，可能需要自行修正此函数\n", "def clean_text(text):\n", " # 注意：当你使用单语模型时，冒号可能会变成全角\n", " text = text.split(\"答案:\")[-1]\n", " text = text.split(\" \")[0]\n", " return text" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "jdf3gdP_yykH", "outputId": "b9a784dd-e5d7-4212-c089-e0180157bd11" }, "outputs": [], "source": [ "import random\n", "import json\n", "\n", "with open(\"hw7_in-context-learning-examples.json\", \"r\") as f:\n", " test = json.load(f)\n", "\n", "# K-shot 学习\n", "# 给模型 K 个示例，使其获得更好的准确率\n", "# 注意：(1) 当 K >= 4 时，可能会发生 CUDA_OUT_OF_MEMORY。\n", "# (2) XGLM 的最大输入长度为 2048\n", "K = 2\n", "\n", "question_ids = [qa[\"id\"] for qa in test[\"questions\"]]\n", "\n", "with open(\"in-context-learning-result.txt\", \"w\") as f:\n", " print(\"ID,Ground-Truth,Prediction\", file = f)\n", " with torch.no_grad():\n", " for idx, qa in enumerate(test[\"questions\"]):\n", " # 你可以尝试不同的提示\n", " prompt = \"請從最後一篇的文章中找出最後一個問題的答案\\n\"\n", " exist_question_indexs = [question_ids.index(qa[\"id\"])]\n", "\n", " # K-shot 学习：给模型 K 个带有答案的示例\n", " for i in range(K):\n", " question_index = question_ids.index(qa[\"id\"])\n", " while(question_index in exist_question_indexs):\n", " question_index = random.randint(0, len(question_ids) - 1)\n", " exist_question_indexs.append(question_index)\n", " paragraph_id = test[\"questions\"][question_index][\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{test[\"questions\"][question_index][\"question_text\"]}\\n'\n", " prompt += f'答案：{test[\"questions\"][question_index][\"answer_text\"]}\\n'\n", "\n", " # 最后一个没有答案的问题\n", " paragraph_id = qa[\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{qa[\"question_text\"]}\\n'\n", " prompt += f'答案：'\n", "\n", " inputs = tokenizer(prompt, add_special_tokens=False, return_tensors=\"pt\")\n", " sample = model.generate(**inputs, max_new_tokens = 20)\n", " text = tokenizer.decode(sample[0], skip_special_tokens=True)\n", "\n", " # 注意：你可以删除这一行，看看会发生什么\n", " text = clean_text(text)\n", "\n", " print(prompt)\n", " print(f'正確答案: {qa[\"answer_text\"]}')\n", " print(f'模型輸出: {text}')\n", " print()\n", "\n", " print(f\"{idx},{qa['answer_text']},{text}\", file = f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "k3prlGCdjf38" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", 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[Link](https://www.kaggle.com/competitions/ml2023spring-hw7/host/sandbox-submissions)　Data: [Link](https://drive.google.com/file/d/1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7/view?usp=sharing)\n", "\n", "\n" ] }, { "cell_type": "markdown", "metadata": { "id": "NYAHsHNbzdKm" }, "source": [ "# Prerequisites" ] }, { "cell_type": "markdown", "metadata": { "id": "TJ1fSAJE2oaC" }, "source": [ "## Download Dataset" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "YPrc4Eie9Yo5", "outputId": "1640c875-58d1-4288-e382-e9fa9db39b9f" }, "outputs": [], "source": [ "# download link 1\n", "# !gdown --id '1TjoBdNlGBhP_J9C66MOY7ILIrydm7ZCS' --output hw7_data.zip\n", "\n", "# download link 2 (if above link failed)\n", "# !gdown --id '1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7' --output hw7_data.zip\n", "\n", "# download link 3 (if above link failed)\n", "# !gdown --id '1k2BfGrvhk8QRnr9Xvb04oPIKDr1uWFpa' --output hw7_data.zip\n", "\n", "# !unzip -o hw7_data.zip\n", "\n", "# !kaggle competitions download -c ml2023spring-hw7\n", "\n", "!unzip ml2023spring-hw7.zip \n", "\n", "# For this HW, K80 < P4 < T4 < P100 <= T4(fp16) < V100\n", "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "TevOvhC03m0h" }, "source": [ "## Install packages\n", "\n", "Documentation for the toolkit:\n", "* https://huggingface.co/transformers/\n", "* https://huggingface.co/docs/accelerate/index\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "tbxWFX_jpDom", "outputId": "138488c2-96fa-4c41-d450-9d0a1b74f36c" }, "outputs": [], "source": [ "# You are allowed to change version of transformers or use other toolkits\n", "!pip install transformers==4.26.1\n", "!pip install accelerate==0.16.0" ] }, { "cell_type": "markdown", "metadata": { "id": "XapBp31gytyD" }, "source": [ "# Kaggle (Fine-tuning)" ] }, { "cell_type": "markdown", "metadata": { "id": "WGOr_eS3wJJf" }, "source": [ "## Task description\n", "- Chinese Extractive Question Answering\n", " - Input: Paragraph + Question\n", " - Output: Answer\n", "\n", "- Objective: Learn how to fine tune a pretrained model on downstream task using transformers\n", "\n", "- Todo\n", " - Fine tune a pretrained chinese BERT model\n", " - Change hyperparameters (e.g. doc_stride)\n", " - Apply linear learning rate decay\n", " - Try other pretrained models\n", " - Improve preprocessing\n", " - Improve postprocessing\n", "- Training tips\n", " - Automatic mixed precision\n", " - Gradient accumulation\n", " - Ensemble\n", "\n", "- Estimated training time (tesla t4 with automatic mixed precision enabled)\n", " - Simple: 8mins\n", " - Medium: 8mins\n", " - Strong: 25mins\n", " - Boss: 2hrs\n", " " ] }, { "cell_type": "markdown", "metadata": { "id": "8dKM4yCh4LI_" }, "source": [ "## Import Packages" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "WOTHHtWJoahe" }, "outputs": [], "source": [ "import json\n", "import numpy as np\n", "import random\n", "import torch\n", "from torch.utils.data import DataLoader, Dataset\n", "from transformers import AdamW\n", "\n", "from tqdm.auto import tqdm\n", "\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "markdown", "metadata": { "id": "2YgXHuVLp_6j" }, "source": [ "## Load Model and Tokenizer\n", "\n", "\n", "\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 220, "referenced_widgets": [ "641665cb9ec6433a81719d57eeaf8298", "ba9c1cd3cfe04add90aa2edf2aa87378", "1e20837bf23548249678da0a07745d58", "c1d24cb7607c44b989774113a2baf675", "c9144705a33848a6b142f9887da6ac49", "ebfa4ba9f18b4945947d326581d3b8e9", "28fc746a3c0548f4a4ff669b5dbb7320", "d26e50974c52452389c5abb001056546", "9eefbb580f0146658d18658f210d3a67", "c813a6f6ce09424582c06a3ac8a7d712", "ff6cd33dca3c44ba9832b2d705fd2de1", "8b264499afca4694849b08e2091f6826", "3eaf82623d964c2abb92b4509ac5ca9d", "aa3ff7831fbf47efa404805886ca4696", "6be63de77ed14eee9c37e93d3a75f743", "5195ed241f09440eaf84a7e0b3dc8155", "33fa92f225be477d8cd176a0a4e8894e", "b80166eeee984661a611a02d1eae4458", "20cd68a7e03f4353aa99fcefc1f16d36", "fb908d9c3e374983aa47478a95411ba7", "304609dbefa74735baa08ce7aadff92d", "250451c12cee4aacb91a32d7da4ab861", "2c37badbe0504073b31abd67a8c0b808", "bfd7d35860c14dd3b8e5eea07032311d", "db2c74f92f6d4a2c8bfdcb91d5bd3d64", "b0af063597ea4de5a8c8bf4f370f782a", "5b1ac1a0f04f4c29b3c1127ec3d95e81", "b91c8359a6444497b3665e66afbe237d", "1181117783fd4bca9d7f5f296507aff3", "941a345ba82a44d5ad597a15c0af0d5c", "23afbee21a644745b24b8ffefed6b286", "a075ee85c2d34ab3b2d011c63dc02286", "052cccb5d69d476f9caac95848e0353a" ] }, "id": "xyBCYGjAp3ym", "outputId": "81f25c6d-cd7f-4be1-e085-f8a54bd1c27d" }, "outputs": [], "source": [ "from transformers import (\n", " AutoTokenizer,\n", " AutoModelForQuestionAnswering,\n", ")\n", "\n", "model = AutoModelForQuestionAnswering.from_pretrained(\"bert-base-chinese\").to(device)\n", "tokenizer = AutoTokenizer.from_pretrained(\"bert-base-chinese\")\n", "\n", "# You can safely ignore the warning message (it pops up because new prediction heads for QA are initialized randomly)" ] }, { "cell_type": "markdown", "metadata": { "id": "3Td-GTmk5OW4" }, "source": [ "## Read Data\n", "\n", "- Training set: 26918 QA pairs\n", "- Dev set: 2863 QA pairs\n", "- Test set: 3524 QA pairs\n", "\n", "- {train/dev/test}_questions:\n", " - List of dicts with the following keys:\n", " - id (int)\n", " - paragraph_id (int)\n", " - question_text (string)\n", " - answer_text (string)\n", " - answer_start (int)\n", " - answer_end (int)\n", "- {train/dev/test}_paragraphs:\n", " - List of strings\n", " - paragraph_ids in questions correspond to indexs in paragraphs\n", " - A paragraph may be used by several questions" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "NvX7hlepogvu" }, "outputs": [], "source": [ "def read_data(file):\n", " with open(file, 'r', encoding=\"utf-8\") as reader:\n", " data = json.load(reader)\n", " return data[\"questions\"], data[\"paragraphs\"]\n", "\n", "train_questions, train_paragraphs = read_data(\"hw7_train.json\")\n", "dev_questions, dev_paragraphs = read_data(\"hw7_dev.json\")\n", "test_questions, test_paragraphs = read_data(\"hw7_test.json\")" ] }, { "cell_type": "markdown", "metadata": { "id": "Fm0rpTHq0e4N" }, "source": [ "## Tokenize Data" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "rTZ6B70Hoxie", "outputId": "db13805e-02a9-4cbe-e6d2-66c0e3860c2b" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "Token indices sequence length is longer than the specified maximum sequence length for this model (566 > 512). Running this sequence through the model will result in indexing errors\n" ] } ], "source": [ "# Tokenize questions and paragraphs separately\n", "# 「add_special_tokens」 is set to False since special tokens will be added when tokenized questions and paragraphs are combined in datset __getitem__\n", "\n", "train_questions_tokenized = tokenizer([train_question[\"question_text\"] for train_question in train_questions], add_special_tokens=False)\n", "dev_questions_tokenized = tokenizer([dev_question[\"question_text\"] for dev_question in dev_questions], add_special_tokens=False)\n", "test_questions_tokenized = tokenizer([test_question[\"question_text\"] for test_question in test_questions], add_special_tokens=False)\n", "\n", "train_paragraphs_tokenized = tokenizer(train_paragraphs, add_special_tokens=False)\n", "dev_paragraphs_tokenized = tokenizer(dev_paragraphs, add_special_tokens=False)\n", "test_paragraphs_tokenized = tokenizer(test_paragraphs, add_special_tokens=False)\n", "\n", "# You can safely ignore the warning message as tokenized sequences will be futher processed in datset __getitem__ before passing to model" ] }, { "cell_type": "markdown", "metadata": { "id": "Ws8c8_4d5UCI" }, "source": [ "## Dataset" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "id": "Xjooag-Swnuh" }, "outputs": [], "source": [ "class QA_Dataset(Dataset):\n", " def __init__(self, split, questions, tokenized_questions, tokenized_paragraphs):\n", " self.split = split\n", " self.questions = questions\n", " self.tokenized_questions = tokenized_questions\n", " self.tokenized_paragraphs = tokenized_paragraphs\n", " self.max_question_len = 60\n", " self.max_paragraph_len = 150\n", "\n", " ##### TODO: Change value of doc_stride #####\n", " self.doc_stride = 150\n", "\n", " # Input sequence length = [CLS] + question + [SEP] + paragraph + [SEP]\n", " self.max_seq_len = 1 + self.max_question_len + 1 + self.max_paragraph_len + 1\n", "\n", " def __len__(self):\n", " return len(self.questions)\n", "\n", " def __getitem__(self, idx):\n", " question = self.questions[idx]\n", " tokenized_question = self.tokenized_questions[idx]\n", " tokenized_paragraph = self.tokenized_paragraphs[question[\"paragraph_id\"]]\n", "\n", " ##### TODO: Preprocessing #####\n", " # Hint: How to prevent model from learning something it should not learn\n", " if self.split == \"train\":\n", " # Convert answer's start/end positions in paragraph_text to start/end positions in tokenized_paragraph\n", " answer_start_token = tokenized_paragraph.char_to_token(question[\"answer_start\"])\n", " answer_end_token = tokenized_paragraph.char_to_token(question[\"answer_end\"])\n", "\n", " # A single window is obtained by slicing the portion of paragraph containing the answer\n", " mid = (answer_start_token + answer_end_token) // 2\n", " paragraph_start = max(0, min(mid - self.max_paragraph_len // 2, len(tokenized_paragraph) - self.max_paragraph_len))\n", " paragraph_end = paragraph_start + self.max_paragraph_len\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[paragraph_start : paragraph_end] + [102]\n", "\n", " # Convert answer's start/end positions in tokenized_paragraph to start/end positions in the window\n", " answer_start_token += len(input_ids_question) - paragraph_start\n", " answer_end_token += len(input_ids_question) - paragraph_start\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", " return torch.tensor(input_ids), torch.tensor(token_type_ids), torch.tensor(attention_mask), answer_start_token, answer_end_token\n", "\n", " # Validation/Testing\n", " else:\n", " input_ids_list, token_type_ids_list, attention_mask_list = [], [], []\n", "\n", " # Paragraph is split into several windows, each with start positions separated by step \"doc_stride\"\n", " for i in range(0, len(tokenized_paragraph), self.doc_stride):\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[i : i + self.max_paragraph_len] + [102]\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", "\n", " input_ids_list.append(input_ids)\n", " token_type_ids_list.append(token_type_ids)\n", " attention_mask_list.append(attention_mask)\n", "\n", " return torch.tensor(input_ids_list), torch.tensor(token_type_ids_list), torch.tensor(attention_mask_list)\n", "\n", " def padding(self, input_ids_question, input_ids_paragraph):\n", " # Pad zeros if sequence length is shorter than max_seq_len\n", " padding_len = self.max_seq_len - len(input_ids_question) - len(input_ids_paragraph)\n", " # Indices of input sequence tokens in the vocabulary\n", " input_ids = input_ids_question + input_ids_paragraph + [0] * padding_len\n", " # Segment token indices to indicate first and second portions of the inputs. Indices are selected in [0, 1]\n", " token_type_ids = [0] * len(input_ids_question) + [1] * len(input_ids_paragraph) + [0] * padding_len\n", " # Mask to avoid performing attention on padding token indices. Mask values selected in [0, 1]\n", " attention_mask = [1] * (len(input_ids_question) + len(input_ids_paragraph)) + [0] * padding_len\n", "\n", " return input_ids, token_type_ids, attention_mask\n", "\n", "train_set = QA_Dataset(\"train\", train_questions, train_questions_tokenized, train_paragraphs_tokenized)\n", "dev_set = QA_Dataset(\"dev\", dev_questions, dev_questions_tokenized, dev_paragraphs_tokenized)\n", "test_set = QA_Dataset(\"test\", test_questions, test_questions_tokenized, test_paragraphs_tokenized)" ] }, { "cell_type": "markdown", "metadata": { "id": "5_H1kqhR8CdM" }, "source": [ "## Function for Evaluation" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "id": "SqeA3PLPxOHu" }, "outputs": [], "source": [ "def evaluate(data, output):\n", " ##### TODO: Postprocessing #####\n", " # There is a bug and room for improvement in postprocessing\n", " # Hint: Open your prediction file to see what is wrong\n", "\n", " answer = ''\n", " max_prob = float('-inf')\n", " num_of_windows = data[0].shape[1]\n", "\n", " for k in range(num_of_windows):\n", " # Obtain answer by choosing the most probable start position / end position\n", " start_prob, start_index = torch.max(output.start_logits[k], dim=0)\n", " end_prob, end_index = torch.max(output.end_logits[k], dim=0)\n", "\n", " # Probability of answer is calculated as sum of start_prob and end_prob\n", " prob = start_prob + end_prob\n", "\n", " # Replace answer if calculated probability is larger than previous windows\n", " if prob > max_prob:\n", " max_prob = prob\n", " # Convert tokens to chars (e.g. [1920, 7032] --> \"大 金\")\n", " answer = tokenizer.decode(data[0][0][k][start_index : end_index + 1])\n", "\n", " # Remove spaces in answer (e.g. \"大 金\" --> \"大金\")\n", " return answer.replace(' ','')" ] }, { "cell_type": "markdown", "metadata": { "id": "rzHQit6eMnKG" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 778, "referenced_widgets": [ "53c1ce79c38b45fc8d1b675515642c54", "9370d0df1bca4b9a9c15e1d3e10142d9", "611f0f0c70a5471b891bd6f6b8cb7863", "986b627aef004704ac0806a9aa189938", "f2b466617f0247638e0934c8fe95ed1d", "f9b28a5fbcd14568983ed36f9a1ca997", "04c0aa3d24944485b475601f786b56f1", "78818b2d8cc748efbf1b5784a9ee2a85", "7c61a280288d4608b6ef341ce3adb7a8", "8710bb7686df4fb3a73e5af839be5305", "c7896f62a30f4eec95e3c84aef08e1b2", "29a7b6bb49004c3c96a6d48cd55e1ec3", "06e4e53bd3e748ad90d14eeec117aac9", "6a47a3bc614a44e7a5b0dfef50cadaf7", "fba6bb8f65904ae6ae4f5bca95e942e2", "6d5ad2f51bb3459b85201f983a499ea2", "9c7a21dc260a4ad7b87f2123947058a2", "7b7a0c46d9794d6fa66401f03684dec0", "11dcde71ff984d829ec9612e7f43e3a3", "a987cb79f4904973958a98f492c6443a", "8d791392eed34a9b8e155da9a4b0a0d6", "bab8f16e038b440a8016ef087ee12904" ] }, "id": "3Q-B6ka7xoCM", "outputId": "69c6f306-8a93-4b59-a64d-41f55889a6e6" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Start Training ...\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/transformers/optimization.py:306: FutureWarning: This implementation of AdamW is deprecated and will be removed in a future version. Use the PyTorch implementation torch.optim.AdamW instead, or set `no_deprecation_warning=True` to disable this warning\n", " warnings.warn(\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "96f43c56b00348cf87f3c4ae55f4f8dc", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/3365 [00:00\n", "問題：<問題1 敘述>\n", "答案：<答案1>\n", "...\n", "文章：<文章n 內容>\n", "問題：<問題n 敘述>\n", "答案：\n", "```" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "sGUxltxqzKpm" }, "outputs": [], "source": [ "import torch\n", "import random\n", "import numpy as np\n", "\n", "# To avoid CUDA_OUT_OF_MEMORY\n", "torch.set_default_tensor_type(torch.cuda.FloatTensor)\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 241, "referenced_widgets": [ "fd1e236692ec43a18a1750a29515050d", "7b3c48ae548848c880439841c0b9cb6b", "1023013dc30a4731b61383bd59f2dc91", "ee0cb4c1f31346b5b180a7b826688eb4", "0f7a38ddfe7b42eaa5c8ffdb3c150641", "eb405f797a1441d280029e6e203befce", "7a7081fd9d5942af9148e29054b18f51", "eb4bdd1ff3cf4b0db273c53e32cad5de", "7c852afee0de49fe8dac74f3af82a725", "24b96f20dd5f4a6d8cf9788e97a74f73", "a5bf4132f3dd4c7a807f27c8106fdd59", "0549ffe5a6a444dd9fbf8c4513ebe7f7", "388d3d2566ff4a1cb68048ac78dd374f", "6235eaf236d643c6a163dddb86d3664d", "faf78b2739f841d8a213e4311926b598", "91f03b6ed1c94cb68970f45ffa64695e", "9e312a0ec6a2478fb0f55691caf6d9ae", "39d35e6e28264b5ca157745d0c1e1491", "c497cc2cfabb451aad71f5d7b19873e4", "7f7f2c3afc2647c086877a2f4eff6c12", "0386ad4eea2b4387b48cd58e95bcd4ba", "028ec097e62b4ee8a463708f4c3b8f24", "f607835a7acf4037821885704bde736d", "ddd59aac5a5d48ceace9ede35bf8f11b", "20e14c8de0f84979ac3f0d896263f49d", "4d7c3ea23e9b42a2ba5b0b11ee190c69", "5d9e4fd05f964fd7a11d66b964ea0873", "7fb466a306e6443287cb2fa2bea90f06", "1b2b45ecc27b4f28bc0194709fed0638", "6a2f5722362c4ec08ae8ed7d681dc7ba", "f51192579d014a52b132f99abf8901b2", "6912ca44b1864902a3e32d4a19a4972d", "acbfe8b88e6945ab9a5959fbb5f294de", "fda75dc7c2d24f7b827b2c78a6988586", "2d1a48d240b949ad9b465985e90557c5", "5a0f5ba8ad024f5b915e34e48f269437", "bc4b72ff74d84c9e83b328e8823044b1", "901f4ebc70f144c188d03a4978920441", "98ce66c91c5c45968a3844fb0de50624", "a24d04e7064048c2819ef88a50ce9093", "154be9baa03943d08c975dbc85c4edf8", "2fe4fa69d9544fd393a4d72c02245245", "c4da9fed45254ebdaa49312f16d9b159", "53a2b78a732c4522805de5c9aed92c41", "0440f9e26a0b420b86175bc62e212d01", "c9bf7b5808f74db9811f5b64e878dcd5", "66a35d11743141b1b20904b13a4b86ea", 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answers\n", " for i in range(K):\n", " question_index = question_ids.index(qa[\"id\"])\n", " while(question_index in exist_question_indexs):\n", " question_index = random.randint(0, len(question_ids) - 1)\n", " exist_question_indexs.append(question_index)\n", " paragraph_id = test[\"questions\"][question_index][\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{test[\"questions\"][question_index][\"question_text\"]}\\n'\n", " prompt += f'答案：{test[\"questions\"][question_index][\"answer_text\"]}\\n'\n", "\n", " # The final one question without answer\n", " paragraph_id = qa[\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{qa[\"question_text\"]}\\n'\n", " prompt += f'答案：'\n", "\n", " inputs = tokenizer(prompt, add_special_tokens=False, return_tensors=\"pt\")\n", " sample = model.generate(**inputs, max_new_tokens = 20)\n", " text = tokenizer.decode(sample[0], skip_special_tokens=True)\n", "\n", " # Note: You can delete this line to see what will happen\n", " text = clean_text(text)\n", "\n", " print(prompt)\n", " print(f'正確答案: {qa[\"answer_text\"]}')\n", " print(f'模型輸出: {text}')\n", " print()\n", "\n", " print(f\"{idx},{qa['answer_text']},{text}\", file = f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "k3prlGCdjf38" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.9.16" }, "widgets": { "application/vnd.jupyter.widget-state+json": { "028ec097e62b4ee8a463708f4c3b8f24": { "model_module": "@jupyter-widgets/controls", 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4 } ================================================ FILE: HW07/HW07_Strong_0.79001.ipynb ================================================ { "cells": [ { "cell_type": "markdown", "metadata": { "id": "xvSGDbExff_I" }, "source": [ "# **Homework 7 - Bert (Question Answering)**\n", "\n", "If you have any questions, feel free to email us at ntu-ml-2023spring-ta@googlegroups.com\n", "\n", "\n", "\n", "Slide: [Link](https://docs.google.com/presentation/d/15lGUmT8NpLGtoxRllRWCJyQEjhR1Idcei63YHsDckPE/edit#slide=id.g21fff4e9af6_0_13)　Kaggle: [Link](https://www.kaggle.com/competitions/ml2023spring-hw7/host/sandbox-submissions)　Data: [Link](https://drive.google.com/file/d/1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7/view?usp=sharing)\n", "\n", "\n" ] }, { "cell_type": "markdown", "metadata": { "id": "NYAHsHNbzdKm" }, "source": [ "# Prerequisites" ] }, { "cell_type": "markdown", "metadata": { "id": "TJ1fSAJE2oaC" }, "source": [ "## Download Dataset" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "YPrc4Eie9Yo5", "outputId": "1640c875-58d1-4288-e382-e9fa9db39b9f" }, "outputs": [], "source": [ "# download link 1\n", "# !gdown --id '1TjoBdNlGBhP_J9C66MOY7ILIrydm7ZCS' --output hw7_data.zip\n", "\n", "# download link 2 (if above link failed)\n", "# !gdown --id '1YU9KZFhQqW92Lw9nNtuUPg0-8uyxluZ7' --output hw7_data.zip\n", "\n", "# download link 3 (if above link failed)\n", "# !gdown --id '1k2BfGrvhk8QRnr9Xvb04oPIKDr1uWFpa' --output hw7_data.zip\n", "\n", "# !unzip -o hw7_data.zip\n", "\n", "# !kaggle competitions download -c ml2023spring-hw7\n", "\n", "!unzip ml2023spring-hw7.zip \n", "\n", "# For this HW, K80 < P4 < T4 < P100 <= T4(fp16) < V100\n", "!nvidia-smi" ] }, { "cell_type": "markdown", "metadata": { "id": "TevOvhC03m0h" }, "source": [ "## Install packages\n", "\n", "Documentation for the toolkit:\n", "* https://huggingface.co/transformers/\n", "* https://huggingface.co/docs/accelerate/index\n", "\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "tbxWFX_jpDom", "outputId": "138488c2-96fa-4c41-d450-9d0a1b74f36c" }, "outputs": [], "source": [ "# You are allowed to change version of transformers or use other toolkits\n", "!pip install transformers==4.26.1\n", "!pip install accelerate==0.16.0" ] }, { "cell_type": "markdown", "metadata": { "id": "XapBp31gytyD" }, "source": [ "# Kaggle (Fine-tuning)" ] }, { "cell_type": "markdown", "metadata": { "id": "WGOr_eS3wJJf" }, "source": [ "## Task description\n", "- Chinese Extractive Question Answering\n", " - Input: Paragraph + Question\n", " - Output: Answer\n", "\n", "- Objective: Learn how to fine tune a pretrained model on downstream task using transformers\n", "\n", "- Todo\n", " - Fine tune a pretrained chinese BERT model\n", " - Change hyperparameters (e.g. doc_stride)\n", " - Apply linear learning rate decay\n", " - Try other pretrained models\n", " - Improve preprocessing\n", " - Improve postprocessing\n", "- Training tips\n", " - Automatic mixed precision\n", " - Gradient accumulation\n", " - Ensemble\n", "\n", "- Estimated training time (tesla t4 with automatic mixed precision enabled)\n", " - Simple: 8mins\n", " - Medium: 8mins\n", " - Strong: 25mins\n", " - Boss: 2hrs\n", " " ] }, { "cell_type": "markdown", "metadata": { "id": "8dKM4yCh4LI_" }, "source": [ "## Import Packages" ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "id": "WOTHHtWJoahe" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "2024-09-20 15:38:01.696026: I tensorflow/core/util/port.cc:153] oneDNN custom operations are on. You may see slightly different numerical results due to floating-point round-off errors from different computation orders. To turn them off, set the environment variable `TF_ENABLE_ONEDNN_OPTS=0`.\n", "2024-09-20 15:38:01.703454: E external/local_xla/xla/stream_executor/cuda/cuda_fft.cc:485] Unable to register cuFFT factory: Attempting to register factory for plugin cuFFT when one has already been registered\n", "2024-09-20 15:38:01.712111: E external/local_xla/xla/stream_executor/cuda/cuda_dnn.cc:8454] Unable to register cuDNN factory: Attempting to register factory for plugin cuDNN when one has already been registered\n", "2024-09-20 15:38:01.714761: E external/local_xla/xla/stream_executor/cuda/cuda_blas.cc:1452] Unable to register cuBLAS factory: Attempting to register factory for plugin cuBLAS when one has already been registered\n", "2024-09-20 15:38:01.721371: I tensorflow/core/platform/cpu_feature_guard.cc:210] This TensorFlow binary is optimized to use available CPU instructions in performance-critical operations.\n", "To enable the following instructions: AVX2 AVX_VNNI FMA, in other operations, rebuild TensorFlow with the appropriate compiler flags.\n", "2024-09-20 15:38:02.107105: W tensorflow/compiler/tf2tensorrt/utils/py_utils.cc:38] TF-TRT Warning: Could not find TensorRT\n" ] } ], "source": [ "import json\n", "import numpy as np\n", "import random\n", "import torch\n", "from torch.utils.data import DataLoader, Dataset\n", "from transformers import AdamW\n", "\n", "from tqdm.auto import tqdm\n", "\n", "device = \"cuda\" if torch.cuda.is_available() else \"cpu\"\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "markdown", "metadata": { "id": "2YgXHuVLp_6j" }, "source": [ "## Load Model and Tokenizer\n", "\n", "\n", "\n", "\n" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 220, "referenced_widgets": [ "641665cb9ec6433a81719d57eeaf8298", "ba9c1cd3cfe04add90aa2edf2aa87378", "1e20837bf23548249678da0a07745d58", "c1d24cb7607c44b989774113a2baf675", "c9144705a33848a6b142f9887da6ac49", "ebfa4ba9f18b4945947d326581d3b8e9", "28fc746a3c0548f4a4ff669b5dbb7320", "d26e50974c52452389c5abb001056546", "9eefbb580f0146658d18658f210d3a67", "c813a6f6ce09424582c06a3ac8a7d712", "ff6cd33dca3c44ba9832b2d705fd2de1", "8b264499afca4694849b08e2091f6826", "3eaf82623d964c2abb92b4509ac5ca9d", "aa3ff7831fbf47efa404805886ca4696", "6be63de77ed14eee9c37e93d3a75f743", "5195ed241f09440eaf84a7e0b3dc8155", "33fa92f225be477d8cd176a0a4e8894e", "b80166eeee984661a611a02d1eae4458", "20cd68a7e03f4353aa99fcefc1f16d36", "fb908d9c3e374983aa47478a95411ba7", "304609dbefa74735baa08ce7aadff92d", "250451c12cee4aacb91a32d7da4ab861", "2c37badbe0504073b31abd67a8c0b808", "bfd7d35860c14dd3b8e5eea07032311d", "db2c74f92f6d4a2c8bfdcb91d5bd3d64", "b0af063597ea4de5a8c8bf4f370f782a", "5b1ac1a0f04f4c29b3c1127ec3d95e81", "b91c8359a6444497b3665e66afbe237d", "1181117783fd4bca9d7f5f296507aff3", "941a345ba82a44d5ad597a15c0af0d5c", "23afbee21a644745b24b8ffefed6b286", "a075ee85c2d34ab3b2d011c63dc02286", "052cccb5d69d476f9caac95848e0353a" ] }, "id": "xyBCYGjAp3ym", "outputId": "81f25c6d-cd7f-4be1-e085-f8a54bd1c27d" }, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/huggingface_hub/file_download.py:1142: FutureWarning: `resume_download` is deprecated and will be removed in version 1.0.0. Downloads always resume when possible. If you want to force a new download, use `force_download=True`.\n", " warnings.warn(\n", "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/huggingface_hub/file_download.py:1142: FutureWarning: `resume_download` is deprecated and will be removed in version 1.0.0. Downloads always resume when possible. If you want to force a new download, use `force_download=True`.\n", " warnings.warn(\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "adcaea9cb7174577ba709668b6695f95", "version_major": 2, "version_minor": 0 }, "text/plain": [ "model.safetensors: 0%| | 0.00/412M [00:00 512). Running this sequence through the model will result in indexing errors\n" ] } ], "source": [ "# Tokenize questions and paragraphs separately\n", "# 「add_special_tokens」 is set to False since special tokens will be added when tokenized questions and paragraphs are combined in datset __getitem__\n", "\n", "train_questions_tokenized = tokenizer([train_question[\"question_text\"] for train_question in train_questions], add_special_tokens=False)\n", "dev_questions_tokenized = tokenizer([dev_question[\"question_text\"] for dev_question in dev_questions], add_special_tokens=False)\n", "test_questions_tokenized = tokenizer([test_question[\"question_text\"] for test_question in test_questions], add_special_tokens=False)\n", "\n", "train_paragraphs_tokenized = tokenizer(train_paragraphs, add_special_tokens=False)\n", "dev_paragraphs_tokenized = tokenizer(dev_paragraphs, add_special_tokens=False)\n", "test_paragraphs_tokenized = tokenizer(test_paragraphs, add_special_tokens=False)\n", "\n", "# You can safely ignore the warning message as tokenized sequences will be futher processed in datset __getitem__ before passing to model" ] }, { "cell_type": "markdown", "metadata": { "id": "Ws8c8_4d5UCI" }, "source": [ "## Dataset" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "id": "Xjooag-Swnuh" }, "outputs": [], "source": [ "class QA_Dataset(Dataset):\n", " def __init__(self, split, questions, tokenized_questions, tokenized_paragraphs):\n", " self.split = split\n", " self.questions = questions\n", " self.tokenized_questions = tokenized_questions\n", " self.tokenized_paragraphs = tokenized_paragraphs\n", " self.max_question_len = 60\n", " self.max_paragraph_len = 150\n", "\n", " ##### TODO: Change value of doc_stride #####\n", " self.doc_stride = int(self.max_paragraph_len * 0.25) # Set stride to 25% of max paragraph length (Medium)\n", "\n", " # Input sequence length = [CLS] + question + [SEP] + paragraph + [SEP]\n", " self.max_seq_len = 1 + self.max_question_len + 1 + self.max_paragraph_len + 1\n", "\n", " def __len__(self):\n", " return len(self.questions)\n", "\n", " def __getitem__(self, idx):\n", " question = self.questions[idx]\n", " tokenized_question = self.tokenized_questions[idx]\n", " tokenized_paragraph = self.tokenized_paragraphs[question[\"paragraph_id\"]]\n", "\n", " ##### TODO: Preprocessing #####\n", " # Hint: How to prevent model from learning something it should not learn\n", " if self.split == \"train\":\n", " # Convert answer's start/end positions in paragraph_text to start/end positions in tokenized_paragraph\n", " answer_start_token = tokenized_paragraph.char_to_token(question[\"answer_start\"])\n", " answer_end_token = tokenized_paragraph.char_to_token(question[\"answer_end\"])\n", "\n", " # A single window is obtained by slicing the portion of paragraph containing the answer\n", " mid = (answer_start_token + answer_end_token) // 2\n", "\n", " # ---- Strong -----\n", " \n", " # Introduce random offset to prevent learning that answer is always in the middle\n", " max_offset = self.max_paragraph_len # We allow up to 1/4 of the max length as offset\n", " random_offset = np.random.randint(-max_offset, max_offset) # Random shift between -max_offset and +max_offset\n", "\n", " # Adjust paragraph start based on random offset\n", " paragraph_start = max(0, min(mid + random_offset - self.max_paragraph_len // 2, len(tokenized_paragraph) - self.max_paragraph_len))\n", " paragraph_end = paragraph_start + self.max_paragraph_len\n", " \n", " # ---- Strong -----\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[paragraph_start : paragraph_end] + [102]\n", "\n", " # Convert answer's start/end positions in tokenized_paragraph to start/end positions in the window\n", " answer_start_token += len(input_ids_question) - paragraph_start\n", " answer_end_token += len(input_ids_question) - paragraph_start\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", "\n", " return torch.tensor(input_ids), torch.tensor(token_type_ids), torch.tensor(attention_mask), answer_start_token, answer_end_token\n", " \n", " # Validation/Testing\n", " else:\n", " input_ids_list, token_type_ids_list, attention_mask_list = [], [], []\n", "\n", " # Paragraph is split into several windows, each with start positions separated by step \"doc_stride\"\n", " for i in range(0, len(tokenized_paragraph), self.doc_stride):\n", "\n", " # Slice question/paragraph and add special tokens (101: CLS, 102: SEP)\n", " input_ids_question = [101] + tokenized_question.ids[:self.max_question_len] + [102]\n", " input_ids_paragraph = tokenized_paragraph.ids[i : i + self.max_paragraph_len] + [102]\n", "\n", " # Pad sequence and obtain inputs to model\n", " input_ids, token_type_ids, attention_mask = self.padding(input_ids_question, input_ids_paragraph)\n", "\n", " input_ids_list.append(input_ids)\n", " token_type_ids_list.append(token_type_ids)\n", " attention_mask_list.append(attention_mask)\n", "\n", " return torch.tensor(input_ids_list), torch.tensor(token_type_ids_list), torch.tensor(attention_mask_list)\n", "\n", " def padding(self, input_ids_question, input_ids_paragraph):\n", " # Pad zeros if sequence length is shorter than max_seq_len\n", " padding_len = self.max_seq_len - len(input_ids_question) - len(input_ids_paragraph)\n", " # Indices of input sequence tokens in the vocabulary\n", " input_ids = input_ids_question + input_ids_paragraph + [0] * padding_len\n", " # Segment token indices to indicate first and second portions of the inputs. Indices are selected in [0, 1]\n", " token_type_ids = [0] * len(input_ids_question) + [1] * len(input_ids_paragraph) + [0] * padding_len\n", " # Mask to avoid performing attention on padding token indices. Mask values selected in [0, 1]\n", " attention_mask = [1] * (len(input_ids_question) + len(input_ids_paragraph)) + [0] * padding_len\n", "\n", " return input_ids, token_type_ids, attention_mask\n", "\n", "train_set = QA_Dataset(\"train\", train_questions, train_questions_tokenized, train_paragraphs_tokenized)\n", "dev_set = QA_Dataset(\"dev\", dev_questions, dev_questions_tokenized, dev_paragraphs_tokenized)\n", "test_set = QA_Dataset(\"test\", test_questions, test_questions_tokenized, test_paragraphs_tokenized)" ] }, { "cell_type": "markdown", "metadata": { "id": "5_H1kqhR8CdM" }, "source": [ "## Function for Evaluation" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "id": "SqeA3PLPxOHu" }, "outputs": [], "source": [ "def evaluate(data, output):\n", " ##### TODO: Postprocessing #####\n", " # There is a bug and room for improvement in postprocessing\n", " # Hint: Open your prediction file to see what is wrong\n", "\n", " answer = ''\n", " max_prob = float('-inf')\n", " num_of_windows = data[0].shape[1]\n", "\n", " for k in range(num_of_windows):\n", " # Obtain answer by choosing the most probable start position / end position\n", " start_prob, start_index = torch.max(output.start_logits[k], dim=0)\n", " end_prob, end_index = torch.max(output.end_logits[k], dim=0)\n", "\n", " # Probability of answer is calculated as sum of start_prob and end_prob\n", " prob = start_prob + end_prob\n", "\n", " # Replace answer if calculated probability is larger than previous windows\n", " if prob > max_prob:\n", " max_prob = prob\n", " # Convert tokens to chars (e.g. [1920, 7032] --> \"大 金\")\n", " answer = tokenizer.decode(data[0][0][k][start_index : end_index + 1])\n", "\n", " # Remove spaces in answer (e.g. \"大 金\" --> \"大金\")\n", " return answer.replace(' ','')" ] }, { "cell_type": "markdown", "metadata": { "id": "rzHQit6eMnKG" }, "source": [ "## Training" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 778, "referenced_widgets": [ "53c1ce79c38b45fc8d1b675515642c54", "9370d0df1bca4b9a9c15e1d3e10142d9", "611f0f0c70a5471b891bd6f6b8cb7863", "986b627aef004704ac0806a9aa189938", "f2b466617f0247638e0934c8fe95ed1d", "f9b28a5fbcd14568983ed36f9a1ca997", "04c0aa3d24944485b475601f786b56f1", "78818b2d8cc748efbf1b5784a9ee2a85", "7c61a280288d4608b6ef341ce3adb7a8", "8710bb7686df4fb3a73e5af839be5305", "c7896f62a30f4eec95e3c84aef08e1b2", "29a7b6bb49004c3c96a6d48cd55e1ec3", "06e4e53bd3e748ad90d14eeec117aac9", "6a47a3bc614a44e7a5b0dfef50cadaf7", "fba6bb8f65904ae6ae4f5bca95e942e2", "6d5ad2f51bb3459b85201f983a499ea2", "9c7a21dc260a4ad7b87f2123947058a2", "7b7a0c46d9794d6fa66401f03684dec0", "11dcde71ff984d829ec9612e7f43e3a3", "a987cb79f4904973958a98f492c6443a", "8d791392eed34a9b8e155da9a4b0a0d6", "bab8f16e038b440a8016ef087ee12904" ] }, "id": "3Q-B6ka7xoCM", "outputId": "69c6f306-8a93-4b59-a64d-41f55889a6e6" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Start Training ...\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "/home/hoperj/miniconda3/envs/DL/lib/python3.9/site-packages/transformers/optimization.py:306: FutureWarning: This implementation of AdamW is deprecated and will be removed in a future version. Use the PyTorch implementation torch.optim.AdamW instead, or set `no_deprecation_warning=True` to disable this warning\n", " warnings.warn(\n" ] }, { "data": { "application/vnd.jupyter.widget-view+json": { "model_id": "f9d5d41995174554956546f6108eac29", "version_major": 2, "version_minor": 0 }, "text/plain": [ " 0%| | 0/3365 [00:00\n", "問題：<問題1 敘述>\n", "答案：<答案1>\n", "...\n", "文章：<文章n 內容>\n", "問題：<問題n 敘述>\n", "答案：\n", "```" ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "id": "sGUxltxqzKpm" }, "outputs": [], "source": [ "import torch\n", "import random\n", "import numpy as np\n", "\n", "# To avoid CUDA_OUT_OF_MEMORY\n", "torch.set_default_tensor_type(torch.cuda.FloatTensor)\n", "\n", "# Fix random seed for reproducibility\n", "def same_seeds(seed):\n", "\ttorch.manual_seed(seed)\n", "\tif torch.cuda.is_available():\n", "\t\t\ttorch.cuda.manual_seed(seed)\n", "\t\t\ttorch.cuda.manual_seed_all(seed)\n", "\tnp.random.seed(seed)\n", "\trandom.seed(seed)\n", "\ttorch.backends.cudnn.benchmark = False\n", "\ttorch.backends.cudnn.deterministic = True\n", "same_seeds(2)" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "colab": { "base_uri": "https://localhost:8080/", "height": 241, "referenced_widgets": [ "fd1e236692ec43a18a1750a29515050d", "7b3c48ae548848c880439841c0b9cb6b", "1023013dc30a4731b61383bd59f2dc91", "ee0cb4c1f31346b5b180a7b826688eb4", "0f7a38ddfe7b42eaa5c8ffdb3c150641", "eb405f797a1441d280029e6e203befce", "7a7081fd9d5942af9148e29054b18f51", "eb4bdd1ff3cf4b0db273c53e32cad5de", "7c852afee0de49fe8dac74f3af82a725", "24b96f20dd5f4a6d8cf9788e97a74f73", "a5bf4132f3dd4c7a807f27c8106fdd59", "0549ffe5a6a444dd9fbf8c4513ebe7f7", "388d3d2566ff4a1cb68048ac78dd374f", "6235eaf236d643c6a163dddb86d3664d", "faf78b2739f841d8a213e4311926b598", "91f03b6ed1c94cb68970f45ffa64695e", "9e312a0ec6a2478fb0f55691caf6d9ae", "39d35e6e28264b5ca157745d0c1e1491", "c497cc2cfabb451aad71f5d7b19873e4", "7f7f2c3afc2647c086877a2f4eff6c12", "0386ad4eea2b4387b48cd58e95bcd4ba", "028ec097e62b4ee8a463708f4c3b8f24", "f607835a7acf4037821885704bde736d", "ddd59aac5a5d48ceace9ede35bf8f11b", "20e14c8de0f84979ac3f0d896263f49d", "4d7c3ea23e9b42a2ba5b0b11ee190c69", "5d9e4fd05f964fd7a11d66b964ea0873", "7fb466a306e6443287cb2fa2bea90f06", "1b2b45ecc27b4f28bc0194709fed0638", "6a2f5722362c4ec08ae8ed7d681dc7ba", "f51192579d014a52b132f99abf8901b2", "6912ca44b1864902a3e32d4a19a4972d", "acbfe8b88e6945ab9a5959fbb5f294de", "fda75dc7c2d24f7b827b2c78a6988586", "2d1a48d240b949ad9b465985e90557c5", "5a0f5ba8ad024f5b915e34e48f269437", "bc4b72ff74d84c9e83b328e8823044b1", "901f4ebc70f144c188d03a4978920441", "98ce66c91c5c45968a3844fb0de50624", "a24d04e7064048c2819ef88a50ce9093", "154be9baa03943d08c975dbc85c4edf8", "2fe4fa69d9544fd393a4d72c02245245", "c4da9fed45254ebdaa49312f16d9b159", "53a2b78a732c4522805de5c9aed92c41", "0440f9e26a0b420b86175bc62e212d01", "c9bf7b5808f74db9811f5b64e878dcd5", "66a35d11743141b1b20904b13a4b86ea", "c0145fad2cb843e9b75ac47d307cc346", "d61e0c79febd45c8b00e3566296d7e8e", "2a59b752f9414e69b8c1d24bd24159f2", "447bb12155cf4dc193ffea3f64c6a8f8", "16b30759d76a4c8f979212d1ae30c297", "1639410507da4b54996064d9fcc8621c", "e515df89088042dbbe23594e5976e10d", "0dccf470d87f4585af65826582399466", "7dee4e5320d349159422709a69af61f4", "86dbdec7087f4312b945c3a3940d8965", "cdbf6c3b5b3948229946fd51c227b51e", "d132ff798f284c9cbe2a73d35d776592", "fead01a1a86c40bcb1ba9133ef351d7c", "f19d9d34c978402691a89114849d2bb9", "7a729fb76a374da99334e7d4b4de102e", "cccbdce89ff545f6a66304352b320ad7", "cbd776799c18488eb74a8f17cc27c6fd", "b1cd7728deff4d50a18cb22805351330", "550e7aaac7fa4c3db37ceca6a5595ddb", "745f78a378b5412eae007f029e8c321a", "2c449a0e664c41a79b3a1de62e94b5b7", "a9a16bf8795c402a90cf4504b1cd30a1", "715ad9f6bdaa46298317e049404f9755", "667f153201d347a0a01e39b438fa736b", "d652cdca44e04070a420c5d1a24b4fd1", "b5c71e0a94014278a22ba45a6f58b77d", "7f928c5e620a49c1ae137868e34818a9", "d403f126d48746948c0f627dfdce5d65", "d41e81f720f44b52b9a914e4c619bfee", "bee7c0220d4e476dbc035fbc5dc44fa3" ] }, "id": "wIS23s79zItf", "outputId": "c686be61-221a-4f55-ca79-67715343f1db" }, "outputs": [], "source": [ "from transformers import AutoTokenizer, AutoModelForCausalLM\n", "\n", "# You can try model with different size\n", "# When using Colab or Kaggle, models with more than 2 billions parameters may\n", "# run out of memory\n", "tokenizer = AutoTokenizer.from_pretrained(\"facebook/xglm-1.7B\")\n", "model = AutoModelForCausalLM.from_pretrained(\"facebook/xglm-1.7B\")" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "id": "2d97YtavzFHA" }, "outputs": [], "source": [ "# To clean model output. If you try different prompts, you may have to fix\n", "# this function on your own\n", "def clean_text(text):\n", " # Note: When you use unilingual model, the colon may become fullwidth\n", " text = text.split(\"答案:\")[-1]\n", " text = text.split(\" \")[0]\n", " return text" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "colab": { "base_uri": "https://localhost:8080/" }, "id": "jdf3gdP_yykH", "outputId": "b9a784dd-e5d7-4212-c089-e0180157bd11" }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：廣州是京廣鐵路，廣深鐵路，廣茂鐵路和廣梅鐵路的終點站。2009年底，武廣客運專線投入運營，多機組列車長980公里，最高時速350公里。2011年1月7日，廣珠城際鐵路投入運營，平均時速200公里。廣州鐵路，長途巴士和渡輪直達香港。廣九快速列車從廣州火車東站出發，直達香港紅磡火車站。總長約182公里，行程大約需要兩個小時。每年都有繁忙的教練從香港的不同乘客點接載乘客。在市中心的珠江北岸有一條渡輪線路，河流居民可以直接過河而無需乘坐公共汽車或步行穿過大橋。每天都有往返南沙碼頭和蓮花山碼頭的高速雙體船。渡輪也開往香港中國客運碼頭和港澳客運碼頭。\n", "問題：廣珠城際鐵路平均每小時可以走多遠？\n", "答案：200公里\n", "文章：自古以來，廣州一直是華南地區的著名商人，擁有2000多年的開放貿易歷史。20世紀70年代末中國大陸改革開放後，廣州經濟發展迅速。2010年，全市地區生產總值10604.48億元，同比增長13％。它成為僅次於上海和北京的第三個進入“萬億元俱樂部”國內生產總值的城市。這也是第一個超過一萬億的經濟總量。首都。根據國務院2005年發布的報告，廣州成為中國第一個進入“發達”狀態的城市。2012年9月，廣州南沙新區獲批，成為第六個國家級開放開發新區。2015年，廣州GDP達到1810.41億元，人均GDP達到138,377.05元。國內生產總值是中國的第三位，人均國內生產總值與西班牙相當。購買力平價水平與發達國家相當。\n", "問題：進入國內生產總值「萬億元俱樂部」的城市第三個為？\n", "答案：廣州\n", "文章：2010年引入的廣州快速交通運輸系統是世界第二大快速運輸系統。每日載客量可達100萬人次。每小時的客流量峰值高達26,900名乘客，僅次於波哥大的快速交通系統。每10秒有一輛公共汽車，每輛公共汽車在一個方向上行駛350小時。該平台包括橋樑，是世界上最長的國家公共汽車快速運輸系統平台，長度為260米。目前，廣州市的出租車和公交車主要以液化石油氣為燃料，部分公交車採用油電，氣電混合技術。2012年底，一輛LNG燃料公共汽車開始啟動。2014年6月，引入了LNG插電式混合動力公交車取代LPG公交車。2007年1月16日，廣州市政府完全禁止在城市地區駕駛摩托車。違反禁令的機動車將被沒收。廣州市交通局聲稱，禁令的實施導致交通擁堵和車禍大大減少。廣州白雲國際機場位於白雲區與花都區交界處。它於2004年8月5日正式投入運營。它是中國第二繁忙的機場。機場取代了原先位於市中心的舊機場，無法滿足日益增長的航空需求。目前，機場有三個簡易機場，是中國第三個擁有三條跑道的民航機場。比2023年香港國際機場第三條跑道的預計完工時間提前了8年。\n", "問題：從哪一天開始在廣州市內騎摩托車會被沒收？\n", "答案：\n", "正確答案: 2007年1月16日\n", "模型輸出: 2007年1月16日\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：2010年7月，1000多名市民聚集在地鐵江南西站出口處舉行2010年廣州支持粵語行動請願活動。在收到有關該活動被取消的消息後，他們仍然按計劃時間到達為光復文化發行自己的活動。語音。在內地媒體封鎖消息傳出後，廣州還封鎖了與香港電視有關的新聞片段。8月1日，廣州中央公園的粵語聚會受到當局的強烈阻撓。人們被迫轉移路線。當他們到達北京路南段時，他們被大批警察包圍。參與者被帶到公共汽車並在東山體育場被帶走。它在被質疑和被定罪後被釋放。大陸請願制度允許人們向上級政府部門發出呼籲。廣東省政府經常邀請來自省內各地的請願人來到東風路正門，得到省政府的幫助。在集會時，當局將調動大量警察部隊積極處理他們。在對峙期間，交通通常會很慢，但當地官方媒體從未報導相關報導。2014年初，更重要的請願者是該省的家禽商，由於市場被迫關閉，在禽流感期間遭受了損失，以及隋毛反對茂名石化項目的年輕人。\n", "問題：2010年廣州撐粵語行動請願活動是在當年的什麼時候舉行的？\n", "答案：7月\n", "文章：多年來，廣州當局積極開展各種政府項目。自1990年以來，廣州參與了“創建國家健康城市”，並於2008年成功獲得該獎項。1998年，“創建全國文明城市”開始，2011年取得了成功。在“創造健康”期間，廣州市的衛生狀況得到了明顯改善，如清理城市衛生角，城中村，污水處理和食品安全管理。一些官員說，“創造健康”只是一個起點，沒有盡頭。 “創造”是“人心的項目”。關於在這些項目，形式主義和騷亂上花費的巨額公共資金，還有媒體問題和批評。多年來在這兩個項目上花費的公共資金數量已達數十億，這使得計算難度很大。在廣州亞運會之際，廣州市政府在2010年之前開展了大量的城市建設項目，包括：改造多條道路和人行道，重新鋪設地磚和花卉基地;和許多新老天橋的灰白色油漆;大多數街道拱廊和歷史建築的改造;正面建築的屋頂均勻配備紅色塑料屋頂，外牆經過翻新，配備空調壓縮機蓋和照明。然而，有些人質疑，在亞運會期間，許多精心準備的道路被強行翻新，當街邊商場和歷史建築被翻新時，原有的歷史和藝術感被摧毀。許多小偷參與了街道上數千棟建築的統一改造。通過腳手架，數百戶家庭被盜。項目完成後不久，揭露了涉及使用劣質材料的事件，這也遭到許多公民的批評。作為中國的中心城市之一，廣州的醫療保險和便利服務覆蓋了整個城市。大多數市政公園和所有公共廁所也是免費的。\n", "問題：廣州市於什麼時候獲得從1990年開始參與的「創衛」？\n", "答案：2008年\n", "文章：廣州是京廣鐵路，廣深鐵路，廣茂鐵路和廣梅鐵路的終點站。2009年底，武廣客運專線投入運營，多機組列車長980公里，最高時速350公里。2011年1月7日，廣珠城際鐵路投入運營，平均時速200公里。廣州鐵路，長途巴士和渡輪直達香港。廣九快速列車從廣州火車東站出發，直達香港紅磡火車站。總長約182公里，行程大約需要兩個小時。每年都有繁忙的教練從香港的不同乘客點接載乘客。在市中心的珠江北岸有一條渡輪線路，河流居民可以直接過河而無需乘坐公共汽車或步行穿過大橋。每天都有往返南沙碼頭和蓮花山碼頭的高速雙體船。渡輪也開往香港中國客運碼頭和港澳客運碼頭。\n", "問題：廣珠城際鐵路平均每小時可以走多遠？\n", "答案：\n", "正確答案: 200公里\n", "模型輸出: 200公里\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：作為現代革命的發祥地之一，廣州是中華民國以來中國社會運動的中心之一。每次全國社會運動都有廣州人民的回應和參與。一個相對大規模的社會運動集中在廣州，這是1925年至1926年在廣州和香港舉行的首次省和港口罷工。1989年，廣州市民發起了支持天安門民主運動的運動。數百萬人聚集在海珠廣場，聚集在廣州解放紀念碑周圍。在早期，廣州媒體支持“愛國運動”的名稱。流血事件發生後，民眾發生騷亂，省市政府機構遭到襲擊，所有廣州媒體都被立即禁止，這也乾擾並封鎖了香港電視台。省政府派出軍隊和警察鎮壓遊行群眾，大量參與者潛入香港，台灣和海外。所有企事業單位也派人檢查各部門員工是否組織或參加了集會。在1999年的全國反美活動中，數十萬人和學生在該市舉行示威活動，抗議北約轟炸中國駐南斯拉夫大使館。與此同時，美國駐廣州領事館也受到一些激進示威者的破壞。廣州媒體在此過程中也紛紛效仿，但沒有提到美國駐廣州領事館受損的情況。2005年，主要道路上發生了數十萬起反日遊行。然而，在廣州的封鎖中，大學和中學也禁止學生遊行，否則他們就開除了學業。\n", "問題：省港大罷工是除了廣州以外還有哪個地區參與？\n", "答案：香港\n", "文章：中華人民共和國成立後的工業國有化。在20世紀50年代和60年代，該行業復甦，但文化大革命再次嚴重影響了廣州的工業生產，工業發展放緩。然而，在政府的支持下，仍然建立了重工業體系。1975年以後，政局改善，政府大力支持以日用品為主的輕工業，廣州工業進入快速增長期。20世紀80年代末，廣州主要發展第三產業，工業產值比重下降。從20世紀90年代到2000年，廣州市政府試圖改變行業構成，增加對重工業的支持。汽車，石化，電子信息產品的製造已成為廣州的三大支柱產業。廣州的工業總產值在全省排名第三。其中，汽車工業成功吸引了日本三大汽車製造企業投資建廠，使廣州成為近幾年來中國重要的汽車生產基地之一。江南最大的廣州晨天汽車零部件市場位於郊區，廣州也是國內。生產日本汽車最多的城市。\n", "問題：中華人民共和國成立後由於什麼事件廣州的工業發展又減慢？\n", "答案：文化大革命\n", "文章：自古以來，廣州一直是華南地區的著名商人，擁有2000多年的開放貿易歷史。20世紀70年代末中國大陸改革開放後，廣州經濟發展迅速。2010年，全市地區生產總值10604.48億元，同比增長13％。它成為僅次於上海和北京的第三個進入“萬億元俱樂部”國內生產總值的城市。這也是第一個超過一萬億的經濟總量。首都。根據國務院2005年發布的報告，廣州成為中國第一個進入“發達”狀態的城市。2012年9月，廣州南沙新區獲批，成為第六個國家級開放開發新區。2015年，廣州GDP達到1810.41億元，人均GDP達到138,377.05元。國內生產總值是中國的第三位，人均國內生產總值與西班牙相當。購買力平價水平與發達國家相當。\n", "問題：進入國內生產總值「萬億元俱樂部」的城市第三個為？\n", "答案：\n", "正確答案: 廣州\n", "模型輸出: 首都。\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：2010年引入的廣州快速交通運輸系統是世界第二大快速運輸系統。每日載客量可達100萬人次。每小時的客流量峰值高達26,900名乘客，僅次於波哥大的快速交通系統。每10秒有一輛公共汽車，每輛公共汽車在一個方向上行駛350小時。該平台包括橋樑，是世界上最長的國家公共汽車快速運輸系統平台，長度為260米。目前，廣州市的出租車和公交車主要以液化石油氣為燃料，部分公交車採用油電，氣電混合技術。2012年底，一輛LNG燃料公共汽車開始啟動。2014年6月，引入了LNG插電式混合動力公交車取代LPG公交車。2007年1月16日，廣州市政府完全禁止在城市地區駕駛摩托車。違反禁令的機動車將被沒收。廣州市交通局聲稱，禁令的實施導致交通擁堵和車禍大大減少。廣州白雲國際機場位於白雲區與花都區交界處。它於2004年8月5日正式投入運營。它是中國第二繁忙的機場。機場取代了原先位於市中心的舊機場，無法滿足日益增長的航空需求。目前，機場有三個簡易機場，是中國第三個擁有三條跑道的民航機場。比2023年香港國際機場第三條跑道的預計完工時間提前了8年。\n", "問題：從哪一天開始在廣州市內騎摩托車會被沒收？\n", "答案：2007年1月16日\n", "文章：2010年7月，1000多名市民聚集在地鐵江南西站出口處舉行2010年廣州支持粵語行動請願活動。在收到有關該活動被取消的消息後，他們仍然按計劃時間到達為光復文化發行自己的活動。語音。在內地媒體封鎖消息傳出後，廣州還封鎖了與香港電視有關的新聞片段。8月1日，廣州中央公園的粵語聚會受到當局的強烈阻撓。人們被迫轉移路線。當他們到達北京路南段時，他們被大批警察包圍。參與者被帶到公共汽車並在東山體育場被帶走。它在被質疑和被定罪後被釋放。大陸請願制度允許人們向上級政府部門發出呼籲。廣東省政府經常邀請來自省內各地的請願人來到東風路正門，得到省政府的幫助。在集會時，當局將調動大量警察部隊積極處理他們。在對峙期間，交通通常會很慢，但當地官方媒體從未報導相關報導。2014年初，更重要的請願者是該省的家禽商，由於市場被迫關閉，在禽流感期間遭受了損失，以及隋毛反對茂名石化項目的年輕人。\n", "問題：2010年廣州撐粵語行動請願活動是在當年的什麼時候舉行的？\n", "答案：7月\n", "文章：廣州的雨水豐富，土地肥沃。市區曾經擁有非常大的農業用地。兩千年前有水稻種植記錄。宋代的廣州是中國最大的大米市場之一，蔬菜，水果，甘蔗和鮮花也很有名。由於長期以來一直是國家港口，廣州引進了各種優質作物品種。二十世紀上半葉，由於外國農產品的入侵和戰爭的影響，廣州的農業增長放緩。在20世紀50年代中期，農業生產急劇增加，但是後來的“大躍進”和隨後的文化大革命嚴重打擊了農業生產。改革開放以來，隨著廣州作為一個大城市的發展，服務城市的郊區農業模式逐步形成。政府的政策是為城市服務，豐富農民和人民，並鼓勵出口收入。具體措施是降低糧食生產比例，增加水果，蔬菜等農副產品比重，努力發展林業，畜牧業和漁業。廣州的農業產值大幅增加，但隨著第二，三產業的快速增長，農業的經濟份額逐漸下降。1978年，廣州農業總產值佔地區生產總值的11.67％，1990年下降到8.05％。 2015年，廣州農業總產值為413億元，佔地區GDP的2.28％。城市發展和工業化進程也造成了農村勞動力的大量流失和農地的迅速衰退。清光緒五年間，廣州登記的天山山池總面積為10662.3萬畝。1990年，耕地面積為247萬畝，2006年減少到158.3萬畝。目前，廣州農產品種植地主要分佈在白雲，花都，番禺，南沙，從化和增城。1990年，農業人口為252.87萬，2008年為792,200。廣州最著名的農業特產包括梧桐五秀和各種熱帶水果，如荔枝，香蕉，木瓜和菠蘿。\n", "問題：1978年的廣州市農業生產總值到了哪一年占地區生總值減少了約9.39%？\n", "答案：\n", "正確答案: 2015\n", "模型輸出: 1990年\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：武昌起義\n", "文章：自古以來，廣州一直是華南地區的著名商人，擁有2000多年的開放貿易歷史。20世紀70年代末中國大陸改革開放後，廣州經濟發展迅速。2010年，全市地區生產總值10604.48億元，同比增長13％。它成為僅次於上海和北京的第三個進入“萬億元俱樂部”國內生產總值的城市。這也是第一個超過一萬億的經濟總量。首都。根據國務院2005年發布的報告，廣州成為中國第一個進入“發達”狀態的城市。2012年9月，廣州南沙新區獲批，成為第六個國家級開放開發新區。2015年，廣州GDP達到1810.41億元，人均GDP達到138,377.05元。國內生產總值是中國的第三位，人均國內生產總值與西班牙相當。購買力平價水平與發達國家相當。\n", "問題：進入國內生產總值「萬億元俱樂部」的城市第三個為？\n", "答案：廣州\n", "文章：中華人民共和國成立後的工業國有化。在20世紀50年代和60年代，該行業復甦，但文化大革命再次嚴重影響了廣州的工業生產，工業發展放緩。然而，在政府的支持下，仍然建立了重工業體系。1975年以後，政局改善，政府大力支持以日用品為主的輕工業，廣州工業進入快速增長期。20世紀80年代末，廣州主要發展第三產業，工業產值比重下降。從20世紀90年代到2000年，廣州市政府試圖改變行業構成，增加對重工業的支持。汽車，石化，電子信息產品的製造已成為廣州的三大支柱產業。廣州的工業總產值在全省排名第三。其中，汽車工業成功吸引了日本三大汽車製造企業投資建廠，使廣州成為近幾年來中國重要的汽車生產基地之一。江南最大的廣州晨天汽車零部件市場位於郊區，廣州也是國內。生產日本汽車最多的城市。\n", "問題：中華人民共和國成立後由於什麼事件廣州的工業發展又減慢？\n", "答案：\n", "正確答案: 文化大革命\n", "模型輸出: 文化大革命\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：多年來，廣州當局積極開展各種政府項目。自1990年以來，廣州參與了“創建國家健康城市”，並於2008年成功獲得該獎項。1998年，“創建全國文明城市”開始，2011年取得了成功。在“創造健康”期間，廣州市的衛生狀況得到了明顯改善，如清理城市衛生角，城中村，污水處理和食品安全管理。一些官員說，“創造健康”只是一個起點，沒有盡頭。 “創造”是“人心的項目”。關於在這些項目，形式主義和騷亂上花費的巨額公共資金，還有媒體問題和批評。多年來在這兩個項目上花費的公共資金數量已達數十億，這使得計算難度很大。在廣州亞運會之際，廣州市政府在2010年之前開展了大量的城市建設項目，包括：改造多條道路和人行道，重新鋪設地磚和花卉基地;和許多新老天橋的灰白色油漆;大多數街道拱廊和歷史建築的改造;正面建築的屋頂均勻配備紅色塑料屋頂，外牆經過翻新，配備空調壓縮機蓋和照明。然而，有些人質疑，在亞運會期間，許多精心準備的道路被強行翻新，當街邊商場和歷史建築被翻新時，原有的歷史和藝術感被摧毀。許多小偷參與了街道上數千棟建築的統一改造。通過腳手架，數百戶家庭被盜。項目完成後不久，揭露了涉及使用劣質材料的事件，這也遭到許多公民的批評。作為中國的中心城市之一，廣州的醫療保險和便利服務覆蓋了整個城市。大多數市政公園和所有公共廁所也是免費的。\n", "問題：廣州市於什麼時候獲得從1990年開始參與的「創衛」？\n", "答案：2008年\n", "文章：廣州是京廣鐵路，廣深鐵路，廣茂鐵路和廣梅鐵路的終點站。2009年底，武廣客運專線投入運營，多機組列車長980公里，最高時速350公里。2011年1月7日，廣珠城際鐵路投入運營，平均時速200公里。廣州鐵路，長途巴士和渡輪直達香港。廣九快速列車從廣州火車東站出發，直達香港紅磡火車站。總長約182公里，行程大約需要兩個小時。每年都有繁忙的教練從香港的不同乘客點接載乘客。在市中心的珠江北岸有一條渡輪線路，河流居民可以直接過河而無需乘坐公共汽車或步行穿過大橋。每天都有往返南沙碼頭和蓮花山碼頭的高速雙體船。渡輪也開往香港中國客運碼頭和港澳客運碼頭。\n", "問題：廣珠城際鐵路平均每小時可以走多遠？\n", "答案：200公里\n", "文章：六朝時期，廣州的對外貿易相當繁榮，外國海商“長期停留在廣州尋求利潤”。在隋唐時期，廣州的對外貿易發展到了頂峰。作為唐代唯一的城市，外國人口占全市人口的30％以上，成為中國對外貿易的核心。在元朝短暫的沉寂之後，廣州和明清在廣州重新出現。在清代的一站式貿易政策下，它成為當時中國唯一的外國港口，成為具有壟斷地位的國家商業中心。上海開放後，隨著國家的逐步開放，廣州逐漸失去了對外貿易中心的地位，但它仍然是全國最重要的商業城市。改革開放後，廣州百貨業蓬勃發展。 20世紀80年代，友誼商店專門為香港，澳門和外國客人銷售電器和其他進口商品。西湖路照明夜市是平民的熱門目的地。南樓位於江西路沿線，已成為華南地區最大的綜合性百貨商場。它還在大陸創建了第一家24小時便利店，華夏百貨商店成立了人民南商圈。延伸，後者於1995年建立了一條步行街。新大新公司和廣州百貨在北京路的業務也蓬勃發展，這條路也成了一條步行街。超市Wankelong於1996年在廣州開設了第一家分店，然後廣州人熟悉的超市和便利店品牌，如香港百佳超市進入廣州。由於交通壓力和天河新區的發展，20世紀90年代末人民南方商業圈開始衰落，成為電子服裝批發的集散地，城市商業區遷至東部新區。21世紀，以天河城，天環廣場，鄭家廣場，太古彙和萬靈彙為代表的天河路商業區已成為廣州的中心商業區。自1957年以來，中國出口商品交易會每年春秋兩季舉辦。目前，每個展覽都吸引了來自世界各地的20多萬商家。這是中國規模最大，時間最長，最成功的國際展覽會。隨著琶洲展館三期工程的建設，展覽能力躍居世界前列。\n", "問題：唐朝的對外貿易核心在哪？\n", "答案：\n", "正確答案: 廣州\n", "模型輸出: 廣州\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：廣州的雨水豐富，土地肥沃。市區曾經擁有非常大的農業用地。兩千年前有水稻種植記錄。宋代的廣州是中國最大的大米市場之一，蔬菜，水果，甘蔗和鮮花也很有名。由於長期以來一直是國家港口，廣州引進了各種優質作物品種。二十世紀上半葉，由於外國農產品的入侵和戰爭的影響，廣州的農業增長放緩。在20世紀50年代中期，農業生產急劇增加，但是後來的“大躍進”和隨後的文化大革命嚴重打擊了農業生產。改革開放以來，隨著廣州作為一個大城市的發展，服務城市的郊區農業模式逐步形成。政府的政策是為城市服務，豐富農民和人民，並鼓勵出口收入。具體措施是降低糧食生產比例，增加水果，蔬菜等農副產品比重，努力發展林業，畜牧業和漁業。廣州的農業產值大幅增加，但隨著第二，三產業的快速增長，農業的經濟份額逐漸下降。1978年，廣州農業總產值佔地區生產總值的11.67％，1990年下降到8.05％。 2015年，廣州農業總產值為413億元，佔地區GDP的2.28％。城市發展和工業化進程也造成了農村勞動力的大量流失和農地的迅速衰退。清光緒五年間，廣州登記的天山山池總面積為10662.3萬畝。1990年，耕地面積為247萬畝，2006年減少到158.3萬畝。目前，廣州農產品種植地主要分佈在白雲，花都，番禺，南沙，從化和增城。1990年，農業人口為252.87萬，2008年為792,200。廣州最著名的農業特產包括梧桐五秀和各種熱帶水果，如荔枝，香蕉，木瓜和菠蘿。\n", "問題：1978年的廣州市農業生產總值到了哪一年占地區生總值減少了約9.39%？\n", "答案：2015\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：1921\n", "文章：自古以來，廣州基本上就是嶺南的政治中心。秦朝末年是南嶽的首都，漢朝征服了南嶽州，後來成為南海縣。漢末遷至龍灣和古代大壩。在三國時期，吳國布將縣長遷回番禺，後來成立了膠州府。廣州和廣州轉移後，它是廣州的州長。晉南，南北朝使用南海縣，番禺由縣統治。文帝皇帝廢棄了南海縣，成立了廣州總務辦公室，後來改為杜都政府。唐代分為十個民族，其中嶺南大智學院位於廣州。862年，嶺南分為東二西路，廣州分為嶺南東路。五代時期，廣州是南漢的首都。宋初，嶺南路重建，廣州是行政中心。明代廣州是廣州阜城，隸屬番禺縣和南海縣。清軍佔領中原後，南明邵武帝朱熹在廣州建成，很快南明就死了。清代廣州成為廣東省，廣州阜城，番禺和南海縣。廣東省和廣西省，廣東省屯門省長，廣東省屯門局長，廣東省檢察院都在廣州市南海縣境內。1858年，英法聯軍攻占廣州，廣東省長投降，外國人委員會成立，廣東省政府成為政府。\n", "問題：南明的首都在哪？\n", "答案：\n", "正確答案: 廣州\n", "模型輸出: 廣州\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：作為現代革命的發祥地之一，廣州是中華民國以來中國社會運動的中心之一。每次全國社會運動都有廣州人民的回應和參與。一個相對大規模的社會運動集中在廣州，這是1925年至1926年在廣州和香港舉行的首次省和港口罷工。1989年，廣州市民發起了支持天安門民主運動的運動。數百萬人聚集在海珠廣場，聚集在廣州解放紀念碑周圍。在早期，廣州媒體支持“愛國運動”的名稱。流血事件發生後，民眾發生騷亂，省市政府機構遭到襲擊，所有廣州媒體都被立即禁止，這也乾擾並封鎖了香港電視台。省政府派出軍隊和警察鎮壓遊行群眾，大量參與者潛入香港，台灣和海外。所有企事業單位也派人檢查各部門員工是否組織或參加了集會。在1999年的全國反美活動中，數十萬人和學生在該市舉行示威活動，抗議北約轟炸中國駐南斯拉夫大使館。與此同時，美國駐廣州領事館也受到一些激進示威者的破壞。廣州媒體在此過程中也紛紛效仿，但沒有提到美國駐廣州領事館受損的情況。2005年，主要道路上發生了數十萬起反日遊行。然而，在廣州的封鎖中，大學和中學也禁止學生遊行，否則他們就開除了學業。\n", "問題：省港大罷工是除了廣州以外還有哪個地區參與？\n", "答案：香港\n", "文章：2012年，全市常住人口1283萬人，戶籍人口8230萬，城鎮常住人口778.17萬人，外來人口占36％。廣州是全國人口密度高的城市之一。大多數人口集中在舊城區。四個中心區的平均居民人口密度達到每平方公里18,113人。人口密度最高的越秀區每平方公里達到34,009人，是人口密度最低的從化市的100多倍。自2001年以來，廣州的年出生率一直低於每千人9.6人，自然增長率低於每千人3.4人。公民的預期壽命高於全國平均水平，男性的預期壽命為75.25歲，女性的預期壽命為80.94歲。與此同時，人口老齡化問題也日益突出。截至2008年底，60歲以上老年人口達到1103,500人，佔全市總人口的13.4％。其中，老城區老年人口比例最高，超過18％，預計2030年老年人口將超過200萬。2010年第六次全國人口普查顯示，廣州的男性多於女性。截至2007年底，男女比例為109.46，即每100名女性109.46名男性。男性多於女性573,694。其中，0~14歲年齡組性別失衡嚴重，達到115.62，表明廣州性別比差距將在未來擴大。廣州人口以漢族為主，佔常住人口的98.3％，少數民族人口為219,900人。它屬於55個少數民族。其中，壯族，土家族，苗族，瑤族，回族，滿族，彝族，蒙古族，布依族，朝鮮族等10個民族。廣州經濟的快速發展和高就業機會吸引了大批農民工。 2008年，農民工佔該市人口的40％。如何妥善管理城市管理是市政府的一項艱鉅任務。\n", "問題：哪邊的人口密度為廣州市的一百倍分之一以下？\n", "答案：從化市\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：\n", "正確答案: 武昌起義\n", "模型輸出: 1911年10月10日武昌起義\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：2010年7月，1000多名市民聚集在地鐵江南西站出口處舉行2010年廣州支持粵語行動請願活動。在收到有關該活動被取消的消息後，他們仍然按計劃時間到達為光復文化發行自己的活動。語音。在內地媒體封鎖消息傳出後，廣州還封鎖了與香港電視有關的新聞片段。8月1日，廣州中央公園的粵語聚會受到當局的強烈阻撓。人們被迫轉移路線。當他們到達北京路南段時，他們被大批警察包圍。參與者被帶到公共汽車並在東山體育場被帶走。它在被質疑和被定罪後被釋放。大陸請願制度允許人們向上級政府部門發出呼籲。廣東省政府經常邀請來自省內各地的請願人來到東風路正門，得到省政府的幫助。在集會時，當局將調動大量警察部隊積極處理他們。在對峙期間，交通通常會很慢，但當地官方媒體從未報導相關報導。2014年初，更重要的請願者是該省的家禽商，由於市場被迫關閉，在禽流感期間遭受了損失，以及隋毛反對茂名石化項目的年輕人。\n", "問題：2010年廣州撐粵語行動請願活動是在當年的什麼時候舉行的？\n", "答案：7月\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：武昌起義\n", "文章：作為現代革命的發祥地之一，廣州是中華民國以來中國社會運動的中心之一。每次全國社會運動都有廣州人民的回應和參與。一個相對大規模的社會運動集中在廣州，這是1925年至1926年在廣州和香港舉行的首次省和港口罷工。1989年，廣州市民發起了支持天安門民主運動的運動。數百萬人聚集在海珠廣場，聚集在廣州解放紀念碑周圍。在早期，廣州媒體支持“愛國運動”的名稱。流血事件發生後，民眾發生騷亂，省市政府機構遭到襲擊，所有廣州媒體都被立即禁止，這也乾擾並封鎖了香港電視台。省政府派出軍隊和警察鎮壓遊行群眾，大量參與者潛入香港，台灣和海外。所有企事業單位也派人檢查各部門員工是否組織或參加了集會。在1999年的全國反美活動中，數十萬人和學生在該市舉行示威活動，抗議北約轟炸中國駐南斯拉夫大使館。與此同時，美國駐廣州領事館也受到一些激進示威者的破壞。廣州媒體在此過程中也紛紛效仿，但沒有提到美國駐廣州領事館受損的情況。2005年，主要道路上發生了數十萬起反日遊行。然而，在廣州的封鎖中，大學和中學也禁止學生遊行，否則他們就開除了學業。\n", "問題：省港大罷工是除了廣州以外還有哪個地區參與？\n", "答案：\n", "正確答案: 香港\n", "模型輸出: 香港\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：長期以來，廣州大部分地方的語言主要是廣東話。因此，廣州還形成了粵語文化，包括粵劇，粵劇，南音和鹹水歌。隨著中國大陸的改革開放，來自城外和廣東省以外的大量人口迅速湧入。在這些移民中，由於不同的省/總統，有許多不同的語言，外國人和來自不同地區的人經常用普通話交流;因此，在許多大型公共場所，普通話是主要語言。在某些情況下，將增加粵語或英語廣播，種族群體仍然使用自己的方言進行相互交流。一些外國人會用當地文化交流，用粵語與當地人交流。如今，隨著普通話的推廣，外國和本地年輕人受長期使用普通話作為教學媒介和普通話的共同環境的影響。目前，廣州的語言交換主要講普通話，但當地人仍然使用廣東話。與交流。雖然普通話自21世紀初以來逐漸佔據主導地位，但它受到當地文化的影響。與此同時，由於香港和澳門的距離較近，以及廣州市民近年來開展了一系列推廣普通話的評論，它已開始保護廣東話，所以廣東話仍有一定的地位。當地。 。\n", "問題：在廣州許多比較大的公眾場合以甚麼為主要交流語言？\n", "答案：普通話\n", "文章：廣州是京廣鐵路，廣深鐵路，廣茂鐵路和廣梅鐵路的終點站。2009年底，武廣客運專線投入運營，多機組列車長980公里，最高時速350公里。2011年1月7日，廣珠城際鐵路投入運營，平均時速200公里。廣州鐵路，長途巴士和渡輪直達香港。廣九快速列車從廣州火車東站出發，直達香港紅磡火車站。總長約182公里，行程大約需要兩個小時。每年都有繁忙的教練從香港的不同乘客點接載乘客。在市中心的珠江北岸有一條渡輪線路，河流居民可以直接過河而無需乘坐公共汽車或步行穿過大橋。每天都有往返南沙碼頭和蓮花山碼頭的高速雙體船。渡輪也開往香港中國客運碼頭和港澳客運碼頭。\n", "問題：廣珠城際鐵路平均每小時可以走多遠？\n", "答案：200公里\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：\n", "正確答案: 1921\n", "模型輸出: 公元前214年,秦始皇出兵徵兵南,南海縣任\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：1921\n", "文章：廣州是中國最重要的開放城市之一。作為對外貿易的窗口，有許多來自北美，日本，韓國，歐洲，中東，非洲等國的外國人，尤其是非洲黑人。廣州甚至被稱為“第三世界”。首都主要位於廣州市環市東路秀山大廈，淘金路，花園酒店，建馬路和劍馬路;天河北路，體育東路，天河路，龍口西路，臨河中路等公司辦公室;番禺區的一些物業，如克利福德新村和麗江花園，也有更多的外國人。據廣州市公安局出入境管理支隊2014年10月統計，在廣州登記的外國人有11.8萬人，其中臨時居民71,000人，居住半年以上的47,000名永久居民。其中大多數是來自非洲的4,000多名註冊外國人;來自阿拉伯國家和地區的約1萬人雖然沒有大規模的定居點，但經常出現在小北 - 登封地區的商業區進行商業活動。在荔景街也有更多的韓國人。2013年，有超過15萬名乘客進出廣州港，其中54萬人來自非洲國家。他們中的大多數人來往於同一個人，主要是因為簽證允許短期逗留或商業需求而不是移民。近年來，廣州黑人一直捲入廣州的一些公安問題，引起廣州市民的一些不滿。針對“三非”問題，公安機關設立了四個涉外綜合執法隊伍，翻譯志願服務隊伍，調查“三個非外國”外國專業隊和四個外國隊 - 相關管理基層服務隊伍;自年初以來，廣州在200多名外國人社區建立了75個“外國人管理服務工作站”，並大力打擊“三非”外國人。它已經取得了成果。\n", "問題：被稱為「第三世界首都」的城市哪種外籍人士最多？\n", "答案：非洲黑人\n", "文章：2010年7月，1000多名市民聚集在地鐵江南西站出口處舉行2010年廣州支持粵語行動請願活動。在收到有關該活動被取消的消息後，他們仍然按計劃時間到達為光復文化發行自己的活動。語音。在內地媒體封鎖消息傳出後，廣州還封鎖了與香港電視有關的新聞片段。8月1日，廣州中央公園的粵語聚會受到當局的強烈阻撓。人們被迫轉移路線。當他們到達北京路南段時，他們被大批警察包圍。參與者被帶到公共汽車並在東山體育場被帶走。它在被質疑和被定罪後被釋放。大陸請願制度允許人們向上級政府部門發出呼籲。廣東省政府經常邀請來自省內各地的請願人來到東風路正門，得到省政府的幫助。在集會時，當局將調動大量警察部隊積極處理他們。在對峙期間，交通通常會很慢，但當地官方媒體從未報導相關報導。2014年初，更重要的請願者是該省的家禽商，由於市場被迫關閉，在禽流感期間遭受了損失，以及隋毛反對茂名石化項目的年輕人。\n", "問題：2010年廣州撐粵語行動請願活動是在當年的什麼時候舉行的？\n", "答案：\n", "正確答案: 7月\n", "模型輸出: 2010年7月\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：武昌起義\n", "文章：自古以來，廣州一直是華南地區的著名商人，擁有2000多年的開放貿易歷史。20世紀70年代末中國大陸改革開放後，廣州經濟發展迅速。2010年，全市地區生產總值10604.48億元，同比增長13％。它成為僅次於上海和北京的第三個進入“萬億元俱樂部”國內生產總值的城市。這也是第一個超過一萬億的經濟總量。首都。根據國務院2005年發布的報告，廣州成為中國第一個進入“發達”狀態的城市。2012年9月，廣州南沙新區獲批，成為第六個國家級開放開發新區。2015年，廣州GDP達到1810.41億元，人均GDP達到138,377.05元。國內生產總值是中國的第三位，人均國內生產總值與西班牙相當。購買力平價水平與發達國家相當。\n", "問題：進入國內生產總值「萬億元俱樂部」的城市第三個為？\n", "答案：廣州\n", "文章：多年來，廣州當局積極開展各種政府項目。自1990年以來，廣州參與了“創建國家健康城市”，並於2008年成功獲得該獎項。1998年，“創建全國文明城市”開始，2011年取得了成功。在“創造健康”期間，廣州市的衛生狀況得到了明顯改善，如清理城市衛生角，城中村，污水處理和食品安全管理。一些官員說，“創造健康”只是一個起點，沒有盡頭。 “創造”是“人心的項目”。關於在這些項目，形式主義和騷亂上花費的巨額公共資金，還有媒體問題和批評。多年來在這兩個項目上花費的公共資金數量已達數十億，這使得計算難度很大。在廣州亞運會之際，廣州市政府在2010年之前開展了大量的城市建設項目，包括：改造多條道路和人行道，重新鋪設地磚和花卉基地;和許多新老天橋的灰白色油漆;大多數街道拱廊和歷史建築的改造;正面建築的屋頂均勻配備紅色塑料屋頂，外牆經過翻新，配備空調壓縮機蓋和照明。然而，有些人質疑，在亞運會期間，許多精心準備的道路被強行翻新，當街邊商場和歷史建築被翻新時，原有的歷史和藝術感被摧毀。許多小偷參與了街道上數千棟建築的統一改造。通過腳手架，數百戶家庭被盜。項目完成後不久，揭露了涉及使用劣質材料的事件，這也遭到許多公民的批評。作為中國的中心城市之一，廣州的醫療保險和便利服務覆蓋了整個城市。大多數市政公園和所有公共廁所也是免費的。\n", "問題：廣州市於什麼時候獲得從1990年開始參與的「創衛」？\n", "答案：\n", "正確答案: 2008年\n", "模型輸出: 廣州获得「創建國家健康城市」獎項\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：清朝末期，廣州爆發了幾次武裝起義，所有起義都以失敗告終。1911年10月10日武昌起義後，廣東省獨立。 11月10日，軍政府成立，胡漢民當選為州長。12月初，廣東省臨時省委成立。據宣布，21歲以上的廣東國民有選舉權和被選舉權。議會由120名成員組成，其中包括20名聯盟成員，21名軍團協會代表，12名海外華人代表以及師生代表。 9人，1名“自治團體”代表，57名來自各地區的代表。其中，女議員必須佔據​​10人，中國女性是第一個參與政治的人。1913年4月27日，廣東省議會成立，羅曉峰被任命為議長。1918年10月，廣州市政府辦公室成立。1921年2月，廣州正式成立，廣州市政府成立，孫克被任命為市長。1917年至1922年間，孫中山和西南各省議會代表兩次在廣州建立了法國政府。1925年，孫中山去世。同年7月，廣州國民政府成立。 7月4日，廣州市政府成立，實行市委製度。吳朝書被任命為市委主席。1929年，廣州實施了市長制。1949年10月14日，中國人民解放軍佔領了廣州。 28日，廣州軍事管理委員會成立。葉劍英是董事長。目前，廣州實行了中華人民共和國政治體制下的人民代表大會制度。市政府在廣州市委員會的領導下運作，政府駐留在越秀區。廣州省是廣東省省會，廣東省人民政府駐地。\n", "問題：廣東省因為哪一場戰爭而獨立？\n", "答案：武昌起義\n", "文章：廣州的雨水豐富，土地肥沃。市區曾經擁有非常大的農業用地。兩千年前有水稻種植記錄。宋代的廣州是中國最大的大米市場之一，蔬菜，水果，甘蔗和鮮花也很有名。由於長期以來一直是國家港口，廣州引進了各種優質作物品種。二十世紀上半葉，由於外國農產品的入侵和戰爭的影響，廣州的農業增長放緩。在20世紀50年代中期，農業生產急劇增加，但是後來的“大躍進”和隨後的文化大革命嚴重打擊了農業生產。改革開放以來，隨著廣州作為一個大城市的發展，服務城市的郊區農業模式逐步形成。政府的政策是為城市服務，豐富農民和人民，並鼓勵出口收入。具體措施是降低糧食生產比例，增加水果，蔬菜等農副產品比重，努力發展林業，畜牧業和漁業。廣州的農業產值大幅增加，但隨著第二，三產業的快速增長，農業的經濟份額逐漸下降。1978年，廣州農業總產值佔地區生產總值的11.67％，1990年下降到8.05％。 2015年，廣州農業總產值為413億元，佔地區GDP的2.28％。城市發展和工業化進程也造成了農村勞動力的大量流失和農地的迅速衰退。清光緒五年間，廣州登記的天山山池總面積為10662.3萬畝。1990年，耕地面積為247萬畝，2006年減少到158.3萬畝。目前，廣州農產品種植地主要分佈在白雲，花都，番禺，南沙，從化和增城。1990年，農業人口為252.87萬，2008年為792,200。廣州最著名的農業特產包括梧桐五秀和各種熱帶水果，如荔枝，香蕉，木瓜和菠蘿。\n", "問題：1978年的廣州市農業生產總值到了哪一年占地區生總值減少了約9.39%？\n", "答案：2015\n", "文章：2012年，全市常住人口1283萬人，戶籍人口8230萬，城鎮常住人口778.17萬人，外來人口占36％。廣州是全國人口密度高的城市之一。大多數人口集中在舊城區。四個中心區的平均居民人口密度達到每平方公里18,113人。人口密度最高的越秀區每平方公里達到34,009人，是人口密度最低的從化市的100多倍。自2001年以來，廣州的年出生率一直低於每千人9.6人，自然增長率低於每千人3.4人。公民的預期壽命高於全國平均水平，男性的預期壽命為75.25歲，女性的預期壽命為80.94歲。與此同時，人口老齡化問題也日益突出。截至2008年底，60歲以上老年人口達到1103,500人，佔全市總人口的13.4％。其中，老城區老年人口比例最高，超過18％，預計2030年老年人口將超過200萬。2010年第六次全國人口普查顯示，廣州的男性多於女性。截至2007年底，男女比例為109.46，即每100名女性109.46名男性。男性多於女性573,694。其中，0~14歲年齡組性別失衡嚴重，達到115.62，表明廣州性別比差距將在未來擴大。廣州人口以漢族為主，佔常住人口的98.3％，少數民族人口為219,900人。它屬於55個少數民族。其中，壯族，土家族，苗族，瑤族，回族，滿族，彝族，蒙古族，布依族，朝鮮族等10個民族。廣州經濟的快速發展和高就業機會吸引了大批農民工。 2008年，農民工佔該市人口的40％。如何妥善管理城市管理是市政府的一項艱鉅任務。\n", "問題：哪邊的人口密度為廣州市的一百倍分之一以下？\n", "答案：\n", "正確答案: 從化市\n", "模型輸出: 越秀區\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：中華人民共和國成立後的工業國有化。在20世紀50年代和60年代，該行業復甦，但文化大革命再次嚴重影響了廣州的工業生產，工業發展放緩。然而，在政府的支持下，仍然建立了重工業體系。1975年以後，政局改善，政府大力支持以日用品為主的輕工業，廣州工業進入快速增長期。20世紀80年代末，廣州主要發展第三產業，工業產值比重下降。從20世紀90年代到2000年，廣州市政府試圖改變行業構成，增加對重工業的支持。汽車，石化，電子信息產品的製造已成為廣州的三大支柱產業。廣州的工業總產值在全省排名第三。其中，汽車工業成功吸引了日本三大汽車製造企業投資建廠，使廣州成為近幾年來中國重要的汽車生產基地之一。江南最大的廣州晨天汽車零部件市場位於郊區，廣州也是國內。生產日本汽車最多的城市。\n", "問題：中華人民共和國成立後由於什麼事件廣州的工業發展又減慢？\n", "答案：文化大革命\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：1921\n", "文章：作為中國最大的城市之一，廣州有大量在廣州工作的外國人。然而，“本地人”與“外國人”之間的關係難以協調，也會引發一系列社會問題。由於廣州的能力和就業能力有限，廣州無法容納來自全國各地的農民工。其安全環境已經過嚴格測試。經常發生“兩個盜賊和一個小偷”事件，特別是在城市村莊。根據廣州社會科學院的一項調查，80％的囚犯被逮捕為“局外人”。除了廣東話的光復文化外，外國人和外國方言的排斥增加了廣州市民的仇外心理。近年來，由於政府的大力禁令，廣州的公安管理取得了顯著成效。2014年，廣東省政府明確要求控制廣州和深圳特大城市的人口規模。2008年，農民工佔廣州人口的40％，其中大多數是女性農民工，其中許多人未婚。截至2013年底，廣州註冊人口為686.7萬。根據一定的錯失率，廣州的實際流動人口約為837萬。這些數據已超過常住人口。最新統計數據顯示，廣州常住人口為832萬。其中，白雲區，番禺區和天河區流動人口超過百萬。番禺區有111.7萬戶登記移民，流動戶籍區涉及30個省，自治區，直轄市。在性別比方面，男性略多，佔總數的53.5％;女性佔總數的46.5％。在番禺流動人口中，兒童和老年人的比例極小，15歲以下為0.49％，60歲以上為1.68％，大專以上為10％。\n", "問題：有百分之多少的犯人被抓的是外地人？\n", "答案：\n", "正確答案: 80\n", "模型輸出: 廣州的社會環境\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：作為中國最大的城市之一，廣州有大量在廣州工作的外國人。然而，“本地人”與“外國人”之間的關係難以協調，也會引發一系列社會問題。由於廣州的能力和就業能力有限，廣州無法容納來自全國各地的農民工。其安全環境已經過嚴格測試。經常發生“兩個盜賊和一個小偷”事件，特別是在城市村莊。根據廣州社會科學院的一項調查，80％的囚犯被逮捕為“局外人”。除了廣東話的光復文化外，外國人和外國方言的排斥增加了廣州市民的仇外心理。近年來，由於政府的大力禁令，廣州的公安管理取得了顯著成效。2014年，廣東省政府明確要求控制廣州和深圳特大城市的人口規模。2008年，農民工佔廣州人口的40％，其中大多數是女性農民工，其中許多人未婚。截至2013年底，廣州註冊人口為686.7萬。根據一定的錯失率，廣州的實際流動人口約為837萬。這些數據已超過常住人口。最新統計數據顯示，廣州常住人口為832萬。其中，白雲區，番禺區和天河區流動人口超過百萬。番禺區有111.7萬戶登記移民，流動戶籍區涉及30個省，自治區，直轄市。在性別比方面，男性略多，佔總數的53.5％;女性佔總數的46.5％。在番禺流動人口中，兒童和老年人的比例極小，15歲以下為0.49％，60歲以上為1.68％，大專以上為10％。\n", "問題：有百分之多少的犯人被抓的是外地人？\n", "答案：80\n", "文章：多年來，廣州當局積極開展各種政府項目。自1990年以來，廣州參與了“創建國家健康城市”，並於2008年成功獲得該獎項。1998年，“創建全國文明城市”開始，2011年取得了成功。在“創造健康”期間，廣州市的衛生狀況得到了明顯改善，如清理城市衛生角，城中村，污水處理和食品安全管理。一些官員說，“創造健康”只是一個起點，沒有盡頭。 “創造”是“人心的項目”。關於在這些項目，形式主義和騷亂上花費的巨額公共資金，還有媒體問題和批評。多年來在這兩個項目上花費的公共資金數量已達數十億，這使得計算難度很大。在廣州亞運會之際，廣州市政府在2010年之前開展了大量的城市建設項目，包括：改造多條道路和人行道，重新鋪設地磚和花卉基地;和許多新老天橋的灰白色油漆;大多數街道拱廊和歷史建築的改造;正面建築的屋頂均勻配備紅色塑料屋頂，外牆經過翻新，配備空調壓縮機蓋和照明。然而，有些人質疑，在亞運會期間，許多精心準備的道路被強行翻新，當街邊商場和歷史建築被翻新時，原有的歷史和藝術感被摧毀。許多小偷參與了街道上數千棟建築的統一改造。通過腳手架，數百戶家庭被盜。項目完成後不久，揭露了涉及使用劣質材料的事件，這也遭到許多公民的批評。作為中國的中心城市之一，廣州的醫療保險和便利服務覆蓋了整個城市。大多數市政公園和所有公共廁所也是免費的。\n", "問題：廣州市於什麼時候獲得從1990年開始參與的「創衛」？\n", "答案：2008年\n", "文章：廣州是中國最重要的開放城市之一。作為對外貿易的窗口，有許多來自北美，日本，韓國，歐洲，中東，非洲等國的外國人，尤其是非洲黑人。廣州甚至被稱為“第三世界”。首都主要位於廣州市環市東路秀山大廈，淘金路，花園酒店，建馬路和劍馬路;天河北路，體育東路，天河路，龍口西路，臨河中路等公司辦公室;番禺區的一些物業，如克利福德新村和麗江花園，也有更多的外國人。據廣州市公安局出入境管理支隊2014年10月統計，在廣州登記的外國人有11.8萬人，其中臨時居民71,000人，居住半年以上的47,000名永久居民。其中大多數是來自非洲的4,000多名註冊外國人;來自阿拉伯國家和地區的約1萬人雖然沒有大規模的定居點，但經常出現在小北 - 登封地區的商業區進行商業活動。在荔景街也有更多的韓國人。2013年，有超過15萬名乘客進出廣州港，其中54萬人來自非洲國家。他們中的大多數人來往於同一個人，主要是因為簽證允許短期逗留或商業需求而不是移民。近年來，廣州黑人一直捲入廣州的一些公安問題，引起廣州市民的一些不滿。針對“三非”問題，公安機關設立了四個涉外綜合執法隊伍，翻譯志願服務隊伍，調查“三個非外國”外國專業隊和四個外國隊 - 相關管理基層服務隊伍;自年初以來，廣州在200多名外國人社區建立了75個“外國人管理服務工作站”，並大力打擊“三非”外國人。它已經取得了成果。\n", "問題：被稱為「第三世界首都」的城市哪種外籍人士最多？\n", "答案：\n", "正確答案: 非洲黑人\n", "模型輸出: 非洲黑人\n", "\n", "請從最後一篇的文章中找出最後一個問題的答案\n", "文章：公元前214年，秦始皇出兵徵兵嶺南，南海縣任仁軍在梵山和廬山建造了番禺城。這是廣州最初建成時的名稱，已在中華民國使用。公元226年和246年，吳國將膠州分為兩部分：“廣州”和“廣州”。合浦以南仍被稱為“城洲”，合浦以北被稱為國務院芷芝部的“廣州”。 “廣州”包括南海，蒼梧，榆林和合浦四個縣。這是兩國分裂的開始，也是“廣州”這個名稱的開頭，但廣州當時只提到了一個管轄區，相當於現在的廣東省。自唐代以來，廣州地區已成立為光復的起源。它於1921年正式成立，番禺市首次被評為廣州。廣州又被稱為“五羊城”，“陽城”和“遂城”，簡稱“隋”。這些別名來自五羊的傳說：有五個神仙穿著五色衣服，騎著五色羊。拿著“一根六根”的穀物來到廣州市，在把耳朵送到城市後，他們飛走了。五隻羊變成了石頭。因此，廣州也被稱為“五陽城”和“遂城”。因為它位於亞熱帶地區，氣候溫暖​​，適合種植花卉。此外，廣州人喜愛種花，買花，送花。花卉市場每年繁榮，廣州享有華城的美譽。從唐代開始，廣州就是廣州的首府。清朝以後，它是廣東省的省會。因此，省會成為廣州廣東人的總稱。在古代，廣州也有南武市，楚庭，番禺和南海的稱號。\n", "問題：番禺城這一個名子一直用到哪一年才改名為廣州市？\n", "答案：1921\n", "文章：2012年，全市常住人口1283萬人，戶籍人口8230萬，城鎮常住人口778.17萬人，外來人口占36％。廣州是全國人口密度高的城市之一。大多數人口集中在舊城區。四個中心區的平均居民人口密度達到每平方公里18,113人。人口密度最高的越秀區每平方公里達到34,009人，是人口密度最低的從化市的100多倍。自2001年以來，廣州的年出生率一直低於每千人9.6人，自然增長率低於每千人3.4人。公民的預期壽命高於全國平均水平，男性的預期壽命為75.25歲，女性的預期壽命為80.94歲。與此同時，人口老齡化問題也日益突出。截至2008年底，60歲以上老年人口達到1103,500人，佔全市總人口的13.4％。其中，老城區老年人口比例最高，超過18％，預計2030年老年人口將超過200萬。2010年第六次全國人口普查顯示，廣州的男性多於女性。截至2007年底，男女比例為109.46，即每100名女性109.46名男性。男性多於女性573,694。其中，0~14歲年齡組性別失衡嚴重，達到115.62，表明廣州性別比差距將在未來擴大。廣州人口以漢族為主，佔常住人口的98.3％，少數民族人口為219,900人。它屬於55個少數民族。其中，壯族，土家族，苗族，瑤族，回族，滿族，彝族，蒙古族，布依族，朝鮮族等10個民族。廣州經濟的快速發展和高就業機會吸引了大批農民工。 2008年，農民工佔該市人口的40％。如何妥善管理城市管理是市政府的一項艱鉅任務。\n", "問題：哪邊的人口密度為廣州市的一百倍分之一以下？\n", "答案：從化市\n", "文章：長期以來，廣州大部分地方的語言主要是廣東話。因此，廣州還形成了粵語文化，包括粵劇，粵劇，南音和鹹水歌。隨著中國大陸的改革開放，來自城外和廣東省以外的大量人口迅速湧入。在這些移民中，由於不同的省/總統，有許多不同的語言，外國人和來自不同地區的人經常用普通話交流;因此，在許多大型公共場所，普通話是主要語言。在某些情況下，將增加粵語或英語廣播，種族群體仍然使用自己的方言進行相互交流。一些外國人會用當地文化交流，用粵語與當地人交流。如今，隨著普通話的推廣，外國和本地年輕人受長期使用普通話作為教學媒介和普通話的共同環境的影響。目前，廣州的語言交換主要講普通話，但當地人仍然使用廣東話。與交流。雖然普通話自21世紀初以來逐漸佔據主導地位，但它受到當地文化的影響。與此同時，由於香港和澳門的距離較近，以及廣州市民近年來開展了一系列推廣普通話的評論，它已開始保護廣東話，所以廣東話仍有一定的地位。當地。 。\n", "問題：在廣州許多比較大的公眾場合以甚麼為主要交流語言？\n", "答案：\n", "正確答案: 普通話\n", "模型輸出: 廣州的廣東人,廣東人,廣東人,廣東人,廣\n", "\n" ] } ], "source": [ "import random\n", "import json\n", "\n", "with open(\"hw7_in-context-learning-examples.json\", \"r\") as f:\n", " test = json.load(f)\n", "\n", "# K-shot learning\n", "# Give model K examples to make it achieve better accuracy\n", "# Note: (1) When K >= 4, CUDA_OUT_OFF_MEMORY may occur.\n", "# (2) The maximum input length of XGLM is 2048\n", "K = 2\n", "\n", "question_ids = [qa[\"id\"] for qa in test[\"questions\"]]\n", "\n", "with open(\"in-context-learning-result.txt\", \"w\") as f:\n", " print(\"ID,Ground-Truth,Prediction\", file = f)\n", " with torch.no_grad():\n", " for idx, qa in enumerate(test[\"questions\"]):\n", " # You can try different prompts\n", " prompt = \"請從最後一篇的文章中找出最後一個問題的答案\\n\"\n", " exist_question_indexs = [question_ids.index(qa[\"id\"])]\n", "\n", " # K-shot learning: give the model K examples with answers\n", " for i in range(K):\n", " question_index = question_ids.index(qa[\"id\"])\n", " while(question_index in exist_question_indexs):\n", " question_index = random.randint(0, len(question_ids) - 1)\n", " exist_question_indexs.append(question_index)\n", " paragraph_id = test[\"questions\"][question_index][\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{test[\"questions\"][question_index][\"question_text\"]}\\n'\n", " prompt += f'答案：{test[\"questions\"][question_index][\"answer_text\"]}\\n'\n", "\n", " # The final one question without answer\n", " paragraph_id = qa[\"paragraph_id\"]\n", " prompt += f'文章：{test[\"paragraphs\"][paragraph_id]}\\n'\n", " prompt += f'問題：{qa[\"question_text\"]}\\n'\n", " prompt += f'答案：'\n", "\n", " inputs = tokenizer(prompt, add_special_tokens=False, return_tensors=\"pt\")\n", " sample = model.generate(**inputs, max_new_tokens = 20)\n", " text = tokenizer.decode(sample[0], skip_special_tokens=True)\n", "\n", " # Note: You can delete this line to see what will happen\n", " text = clean_text(text)\n", "\n", " print(prompt)\n", " print(f'正確答案: {qa[\"answer_text\"]}')\n", " print(f'模型輸出: {text}')\n", " print()\n", "\n", " print(f\"{idx},{qa['answer_text']},{text}\", file = f)" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "id": "k3prlGCdjf38" }, "outputs": [], "source": [] } ], "metadata": { "accelerator": "GPU", "colab": { "provenance": [] }, "gpuClass": "standard", "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { 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"ff6cd33dca3c44ba9832b2d705fd2de1": { "model_module": "@jupyter-widgets/controls", "model_module_version": "1.5.0", "model_name": "DescriptionStyleModel", "state": { "_model_module": "@jupyter-widgets/controls", "_model_module_version": "1.5.0", "_model_name": "DescriptionStyleModel", "_view_count": null, "_view_module": "@jupyter-widgets/base", "_view_module_version": "1.2.0", "_view_name": "StyleView", "description_width": "" } } } } }, "nbformat": 4, "nbformat_minor": 4 } ================================================ FILE: HW07/README.md ================================================ > ML2023Spring - HW7 相关信息： > > [课程主页](https://speech.ee.ntu.edu.tw/~hylee/ml/2023-spring.php) > > [课程视频](https://www.bilibili.com/video/BV1TD4y137mP/?spm_id_from=333.337.search-card.all.click&vd_source=436107f586d66ab4fcf756c76eb96c35) > > [Kaggle link](https://www.kaggle.com/t/e001cad568dc4d77b6a5e762172f44d6) 回来了 :) > > [Sample code](https://colab.research.google.com/drive/1m0fQjJfkK9vAovxPj9Nd3-hQuxezB2w1) > > [HW07 视频]( https://www.bilibili.com/video/BV1TD4y137mP/?p=48&share_source=copy_web&vd_source=e46571d631061853c8f9eead71bdb390) > > [HW07 PDF](https://speech.ee.ntu.edu.tw/~hylee/ml/ml2023-course-data/HW07.pdf) > > P.S. HW7 的代码都很易懂，可以和 2024 年的新课：[生成式AI导论](https://speech.ee.ntu.edu.tw/~hylee/genai/2024-spring.php)做一个很好的衔接，因为导论对于 Transformer 库的使用大多数是 HW7 所提到的一些函数。对 AIGC 感兴趣的同学可以去学习，完成 HW7 之后应该能够非常快的上手。 > * [任务目标（BERT 问答）](#任务目标bert-问答) * [性能指标（EM）](#性能指标em) * [数据解析](#数据解析) * [数据下载（kaggle）](#数据下载kaggle) * [Gradescope](#gradescope) * [Question 1](#question-1) * [A. Encoder-only 模型（如 BERT 系列）如何在抽取式问答任务中确定答案？](#a-encoder-only-模型如-bert-系列如何在抽取式问答任务中确定答案) * [B. Decoder-only 模型（如 GPT 系列）如何在抽取式问答任务中确定答案？](#b-decoder-only-模型如-gpt-系列如何在抽取式问答任务中确定答案) * [总结](#总结) * [Question 2](#question-2) * [Prompt 对比（Bad Examples）](#prompt-对比bad-examples) * [Prompt 对比（Good Examples）](#prompt-对比good-examples) * [代码解析](#代码解析) - [重点](#重点) * [Baselines](#baselines) * [Simple baseline (0.45573)](#simple-baseline-045573) * [Medium baseli ne (0.67820)](#medium-baseline-067820) * [Strong baseline (0.76220)](#strong-baseline-076220) * [Boss baseline (0.84506)](#boss-baseline-084506) * [拓展链接](#拓展链接) # 任务目标（抽取式问答） - **任务描述**: 使用 BERT 模型进行**抽取式问答**。 - **目标**: fine-tune BERT 模型，使其能够从文章中抽取出具体答案，完成问答任务。 具体来说，可以当成是预测开始（Start）和结尾（End）的位置，然后抽出这一段作为答案，现在去看PDF中的图你应该更容易理解。 ![image-20240920002112364](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240920002118.png) # 性能指标（EM） - **准确率 (Exact Match)**: 该指标用于衡量模型的预测答案与真实答案**完全一致**的比例。 # 数据解析 > 两个繁体中文阅读理解资料集：[DRCD](https://github.com/DRCKnowledgeTeam/DRCD) 和 [ODSQA](https://github.com/Chia-Hsuan-Lee/ODSQA)。 - 训练（**DRCD + DRCD-backtrans**）：包含 15,329 个段落和 26,918 个问题。一个文章段落可能对应多个问题。 - 开发/用于验证（**DRCD + DRCD-backtrans**）：包含 1,255 个段落和 2,863 个问题。 - 测试（**DRCD + ODSQA**）：包含 1,606 个段落和 3,504 个问题。其中段落没有给出答案，需模型进行预测。 训练，开发和测试数据的格式都是相同的： - id：问题序号 - paragraph_id：文章段落序号 - question_text：问题 - answer_text：答案 - answer_start：答案在文章中的起始点 - answer_end：答案在文章中的终止点 ![数据集格式](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240920002901.png) ## 数据下载（kaggle） > To use the Kaggle API, sign up for a Kaggle account at [https://www.kaggle.com](https://www.kaggle.com/). Then go to the 'Account' tab of your user profile (`https://www.kaggle.com//account`) and select 'Create API Token'. This will trigger the download of `kaggle.json`, a file containing your API credentials. Place this file in the location `~/.kaggle/kaggle.json` (on Windows in the location `C:\Users\\.kaggle\kaggle.json` - you can check the exact location, sans drive, with `echo %HOMEPATH%`). You can define a shell environment variable `KAGGLE_CONFIG_DIR` to change this location to `$KAGGLE_CONFIG_DIR/kaggle.json` (on Windows it will be `%KAGGLE_CONFIG_DIR%\kaggle.json`). > > -\- [Official Kaggle API](https://github.com/Kaggle/kaggle-api) 替换\为你自己的用户名，`https://www.kaggle.com//account`，然后点击 `Create New API Token`，将下载下来的文件放去应该放的位置： - Mac 和 Linux 放在 `~/.kaggle` - Windows 放在 `C:\Users\\.kaggle` ```bash pip install kaggle # 你需要先在 Kaggle -> Account -> Create New API Token 中下载 kaggle.json # mv kaggle.json ~/.kaggle/kaggle.json kaggle competitions download -c ml2023spring-hw7 unzip ml2023spring-hw7.zip ``` 不过HW7的数据集比较小，所以我直接上传了 :)，你可以不用自己下载。 # Gradescope ## Question 1 > **训练/推理过程的差异** > **Fine-tuning**: 进行梯度下降，调整模型参数。模型通过多个回合（epochs）的训练，学习特定任务的数据集。微调后的模型能够很好地解决特定任务。 > **In-context learning**: 不进行梯度下降，只依赖少量样本，让预训练模型通过上下文提供答案。这是一种轻量的任务特化方式，可以快速得到结果，其实就是 prompt。 > > [Label Words are Anchors: An Information Flow Perspective for Understanding In-Context Learning](https://arxiv.org/abs/2305.14160) 2023年的这篇文章展示了 In-Context Learning 实际上真的在起作用，如果感兴趣可以阅读原文或者查看[24年的视频 第11讲：大型语言模型在「想」什么呢？ — 浅谈大型语言模型的可解释性](https://www.bilibili.com/video/BV1BJ4m1e7g8/?p=22&share_source=copy_web&vd_source=e46571d631061853c8f9eead71bdb390)。 > > ![image-20240920154334405](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240920154337.png) > > 拓展阅读： > > - [Encoder-Only vs Decoder-Only vs Encoder-Decoder Transformer](https://vaclavkosar.com/ml/Encoder-only-Decoder-only-vs-Encoder-Decoder-Transfomer) >- [Decoder-Only or Encoder-Decoder? Interpreting Language Model as a Regularized Encoder-Decoder](https://arxiv.org/pdf/2304.04052) ### A. Encoder-only 模型（如 BERT 系列）如何在抽取式问答任务中确定答案？ 在 **BERT** 等编码器模型中，抽取式问答的工作原理如下： 1. **输入格式**：输入由两个部分组成： - **问题（Question）**：作为第一个句子（句子 A）。 - **段落（Passage）**：作为第二个句子（句子 B），其中答案位于该段落中。 2. **Tokenization（标记化）**：BERT 对问题和段落进行标记化，并将它们合并成一个输入序列，序列通常是 `[CLS] Question [SEP] Passage [SEP]`。 3. **编码器处理**：BERT 对整个输入序列进行处理，生成每个标记的上下文表示。 4. **预测开始和结束位置**： - BERT 通过两个线性层来分别预测**答案的起始位置**和**结束位置**。这两个线性层输出每个标记的得分。 ```python # 打印 model 可以看到 qa_outputs。 ... (qa_outputs): Linear(in_features=768, out_features=2, bias=True) ``` - 最终的答案位置是通过找出问题段落中得分最高的**开始标记**和**结束标记**的位置来确定。 ```python start_index = torch.argmax(output.start_logits, dim=1) end_index = torch.argmax(output.end_logits, dim=1) ``` 5. **输出答案**：答案是段落中的一段文本，具体由起始位置和结束位置的标记对应的子序列来表示。这些标记会被解码回原始文本，从而得到最终答案。 ### B. Decoder-only 模型（如 GPT 系列）如何在抽取式问答任务中确定答案？ 对于 **GPT** 等解码器模型，工作原理与 BERT 不同。GPT 生成输出的方式与 BERT 不同，但在处理抽取式问答时也可以通过以下方式确定答案： 1. **输入格式**： - GPT 是一个生成式模型，输入格式通常是将问题和段落拼接在一起。例如：`"Question: [问题文本] Passage: [段落文本]"`。 2. **生成式预测**： - GPT 并不是直接输出答案的起始和结束位置。相反，它会根据自回归生成的方式，基于问题生成答案。 - 在抽取式问答任务中，GPT 将段落和问题作为上下文，开始生成答案的第一个标记，并逐步生成后续标记，直到完成生成答案。 3. **潜在的问题**：由于 GPT 是生成式模型，它可能并不会严格“抽取”段落中的原始文本，而是会生成一个看似合理的答案。它依赖上下文来生成答案，不一定是段落中的原文子串。 4. **与 BERT 的差异**：GPT 更擅长生成性任务，而不是抽取任务。相比于 BERT 在抽取式问答中的精确性，GPT 更可能生成出看似合理但并不严格匹配原文的答案，也就是瞎编。 ### 总结 - **BERT 系列**（Encoder-only 模型）会根据标记的上下文表示，直接预测出答案在段落中的起始和结束位置。 - **GPT 系列**（Decoder-only 模型）通过生成的方式给出答案，基于段落和问题的上下文生成答案，而不是直接定位段落中的子串。 ## Question 2 > 尝试不同的 Prompt 并观察 fine-tuning 和 in-context learning 的区别。 > > 这里代码所下载的是 [facebook/xglm-1.7B](https://huggingface.co/facebook/xglm-1.7B)，实际上你也可以直接去 GPT 或者其他 AI 平台问，这里的目的是让你去调整自己的 prompt，从而使模型不经过微调也能获取到正确答案。 ### Prompt 对比（错误对比） 1. **Prompt 示例 1**: "根据文章找出问题的答案：{问题}"。 2. **Prompt 示例 2**: "请阅读文章并回答以下问题：{问题}"。 3. **Prompt 示例 3**: "请根据文章信息回答下列问题：{问题}"。 ### Prompt 对比（正确对比） > ![image-20240920173255150](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240920173258.png) - 中英对比 - 不同 prompt 对比 # 代码解析 > 这里解释一下QA_Dataset，如果觉得太长，可以只查看重点部分。 ## `QA_Dataset` 类功能解析（Medium / Strong 相关） 1. **初始化（`__init__`）**： - `split` 决定数据集的类型（训练、验证或测试）。 - `questions`, `tokenized_questions`, 和 `tokenized_paragraphs` 是原问题和 tokenized 后的问题和段落。 - `max_question_len` 和 `max_paragraph_len` 分别设定了问题和段落的最大长度。 - `self.doc_stride`：段落的窗口滑动步长（决定每个窗口之间的重叠部分）。 - `Sample code` 中将其设置为 150，和 `max_paragraph_len` 一样，意味着窗口之间完全不重叠。 - `self.max_seq_len`：定义了整个输入序列的最大长度（包含问题和段落）。 2. **`__getitem__`**： - 针对给定的索引 `idx`，获取对应问题和段落数据，返回模型需要的输入。 - **训练集**：定位答案的起始和结束位置，将包含答案的段落部分截取为一个窗口（中心在答案位置附近）。然后将问题和段落合并为一个输入序列，并进行填充。 - **验证/测试集**：将段落分成多个窗口，每个窗口之间的步长由 `self.doc_stride` 决定，然后将每个窗口作为模型的输入。验证和测试时不需要答案位置，因此只需生成多个窗口作为输入。 3. **填充（`padding`）**： - 输入序列可能比最大序列长度短，填充部分用 0 表示。对于问题部分和段落部分，`token_type_ids` 被用来区分它们（0 表示问题，1 表示段落）。`attention_mask` 用于标记有效的输入部分，防止模型对填充部分进行注意力计算。 ### 重点 - `self.doc_stride` 通过控制窗口之间的滑动步长，确保即使答案位于窗口边缘，模型也能通过多个窗口重叠的方式找到答案。 - **训练阶段**不需要使用 `doc_stride`，因为训练时我们已经知道答案的位置，可以直接截取包含答案的窗口。但在**验证和测试**阶段，由于模型并不知道答案的位置，`doc_stride` 保证每个窗口之间有足够的重叠，避免遗漏答案。 - 所以这里存在一个问题，训练过程中模型可能学习到：答案就在中间这一模式。这是我们在 Strong baseline 中需要解决的。 # Baselines > 论文后遗症上来了，这次会包含多组对比 :) 每次模块的增加简单基于上次最好的设置进行。 > > HW7 的代码更多的是在向你演示如何去微调一个能够提取正确答案的 LLM。 括号里是 Kaggle Leaderboard 中的 Public 分数。 ## Simple baseline (0.45573) - 运行所给的 sample code。 ## Medium baseline (0.67820) - 使用学习率调度器，这里演示两种方法，随意选择即可。 1. **PyTorch** 线性衰减。 ```python from torch.optim.lr_scheduler import LambdaLR total_steps = len(train_loader) * num_epoch lr_lambda = lambda step: max(0.0, 1.0 - step / total_steps) scheduler = LambdaLR(optimizer, lr_lambda=lr_lambda) ``` ![Learning Rate Schedule using LambdaLR](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240920020800.png) 2. **Hugging Face** 使用 warmup。 ```python from transformers import get_linear_schedule_with_warmup total_steps = len(train_loader) * num_epoch num_warmup_steps = int(0.2 * total_steps) # 设置为 0 理论上等价于线性衰减，设置为 1 理论上等价于线性增加 scheduler = get_linear_schedule_with_warmup( optimizer, num_warmup_steps=num_warmup_steps, num_training_steps=total_steps ) ``` 不同num_warmup_steps对学习率的影响： ![Learning Rate Schedules with Different Warmup Fractions](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240920020716.png) 我在当前框架上简单进行了对比（注意，如果你想自己进行对比，请重新运行文件而不是重复运行单元格，不然会导致在之前的模型上继续训练）： | Schedule | Private Score | Public Score | | --------------------------------- | ------------- | ------------ | | no schedule | 0.54426 | **0.56356** | | Linear schedule (PyTorch) | **0.55164** | **0.56356** | | Linear schedule with warmup (0) | **0.55164** | **0.56356** | | Linear schedule with warmup (0.2) | 0.54653 | **0.56356** | | Linear schedule with warmup (0.5) | 0.53916 | 0.54597 | | Linear schedule with warmup (1.0) | 0.54994 | 0.55051 | 这里简单选择Linear schedule with warmup (0)进行下一步实验。 - **调整 `doc_stride` 参数提升模型表现** doc_stride 在 sample code 代码默认为 150，也就是 max_paragraph_len，你可以理解为默认情况下，文本的窗口不重叠，也就是说第一个窗口从 0 开始 149 结束，第二个窗口从 150 开始，299 结束，这两个窗口之间的文本不会发生重叠，但这存在一个问题：问题的答案可能在 140-160 中，默认的设置会无法捕捉到这部分的答案。所以，我们需要调整这个参数，你可以将其理解为**段落窗口滑动步长**，也可以将其理解为卷积中的 stride。 **注意，doc_stride 没有用在训练阶段，所以你可以随便更改，重载数据集后注释训练部分然后运行 Testing。** 这里给出一些对比，你可以继续实验： | self.doc_stride | Private Score | Public Score | | ------------------------- | ------------- | ------------ | | =max_paragraph_len=150 | 0.55164 | 0.56356 | | =max_paragraph_len * 0.75 | 0.63450 | 0.62656 | | =max_paragraph_len * 0.5 | 0.67366 | **0.68501** | | =max_paragraph_len * 0.25 | **0.70090** | 0.68161 | 这里让 `self.doc_stride=max_paragraph_len * 0.25` 进行下一步实验（在你实际实验时应该仅参考 Public Score，因为 Private Score 是最终的批改分数）。 ## Strong baseline (0.76220) - **修改模型的预处理过程 (TODO: Preprocessing)** Sample code 对于训练的数据处理是直接以答案为中心选择文本窗口，这导致模型可能学到一个不该学习的模式：答案就在中间。 这里**随机偏移答案的窗口位置**来解决这一问题，你可以修改 max_offset 的参数： ```python ... # A single window is obtained by slicing the portion of paragraph containing the answer mid = (answer_start_token + answer_end_token) // 2 # ---- Strong ----- # Introduce random offset to prevent learning that answer is always in the middle max_offset = self.max_paragraph_len # We allow up to 1/4 of the max length as offset random_offset = np.random.randint(-max_offset, max_offset) # Random shift between -max_offset and +max_offset # Adjust paragraph start based on random offset paragraph_start = max(0, min(mid + random_offset - self.max_paragraph_len // 2, len(tokenized_paragraph) - self.max_paragraph_len)) paragraph_end = paragraph_start + self.max_paragraph_len # ---- Strong ----- ... ``` | max_offset | Private Score | Public Score | | ----------------------------- | ------------- | ------------ | | 不进行偏移 | 0.70090 | 0.68161 | | = self.max_paragraph_len // 4 | 0.72644 | 0.72928 | | = self.max_paragraph_len // 2 | **0.73155** | **0.72985** | | = self.max_paragraph_len | 0.72814 | 0.72701 | 这里直接选择`self.max_paragraph_len // 2`作为偏移进行下一步。 **注意**，当前代码偏移 > self.max_paragraph_len // 2时并没有确保窗口一定包含答案，所以`self.max_paragraph_len`偏移效果不佳。 - 选择 HuggingFace 上的**其他预训练模型**进行微调 在这里找一个模型替换掉当前的：[中文模型 -- Hugging Face](https://huggingface.co/models?language=zh&sort=trending)。 Sample code当前使用的是[google-bert/bert-base-chinese](https://huggingface.co/google-bert/bert-base-chinese)，一个103M参数的 Fill-Mask 模型，替换模型的话修改下面这行代码即可。 ```python model = AutoModelForQuestionAnswering.from_pretrained("bert-base-chinese").to(device) tokenizer = AutoTokenizer.from_pretrained("bert-base-chinese") ``` | Pre-trained Model | Params | epoch | 备注 | Private Score | Public Score | | ------------------------------------------------------------ | ------ | ----- | -------------------- | ------------- | ------------ | | [google-bert/bert-base-chinese](https://huggingface.co/google-bert/bert-base-chinese) | 103M | 1 | | 0.73155 | 0.72985 | | | | 2 | | 0.77185 | 0.75993 | | [google-bert/bert-base-multilingual-cased](https://huggingface.co/google-bert/bert-base-multilingual-cased) | 179M | 1 | | 0.74517 | 0.74006 | | | | 2 | | 0.77525 | 0.76730 | | [FacebookAI/xlm-roberta-base](https://huggingface.co/FacebookAI/xlm-roberta-base) | 279M | 1 | 不使用token_type_ids | 0.68955 | 0.67139 | | [NchuNLP/Chinese-Question-Answering](https://huggingface.co/NchuNLP/Chinese-Question-Answering) | 103M | 1 | 不进行训练 | 0.56299 | 0.57094 | | | 103M | 1 | 进行训练 | **0.79001** | **0.78149** | 注意：NchuNLP/Chinese-Question-Answering 是一个基于 google-bert/bert-base-chinese 使用 DRCD dataset 进行微调后的问答模型，所以在 kaggle 用的话其实有点降维打击，因为其他模型的 ACC 都是从 0 开始的，而这个模型是从 0.56 开始的，不过可以简单将 epoch 设置高一点自己训练一下 bert-base-chinese，其实没什么差别。 > token_type_ids 将输入序列划分为两个部分： > > - **0** 表示第一个句子（句子 A）， > > - **1** 表示第二个句子（句子 B）。 > > ![image-20240920153856156](https://blogby.oss-cn-guangzhou.aliyuncs.com/20240920153859.png) ## Boss baseline (0.84506) - **修改后处理部分 (TODO: Postprocessing)** 查看 result.csv 文件时，可以发现有些结果是空的。这是因为在某些情况下，预测的结束位置小于开始位置，导致无法捕获到答案文本。我们需要修正这个问题，确保结束位置始终大于或等于开始位置（继续修改 TODO 部分）。 ```python # ---- Boss ----- # Ensure the start_index is less than or equal to end_index # This avoids selecting a wrong pair of start and end positions if start_index <= end_index: # Calculate the combined probability of start and end positions prob = start_prob + end_prob # If this window has a higher probability answer, update the result if prob > max_prob: max_prob = prob # Convert token indices to the corresponding text answer # Example: [1920, 7032] --> "大 金" answer = tokenizer.decode(data[0][0][k][start_index : end_index + 1]) else: # If start_index > end_index, skip this pair (potentially an error case) continue # ---- Boss ----- ``` 注意，这部分修改的是 evaluate() 函数，所以**不会影响训练**，你可以随意的加上自己的想法然后直接运行 Testing 模块得到 result.csv 去查看效果。Boss 增加模块的对比见章末。 - **梯度累积** 这是一个非常简单的想法，即不在每次 step 后都更新梯度，这样就等于变相的增加 batchsize，每 n 个 step 更新一次等价于 batchsize 设置为 n*batchsize 。适用于显存不足以跑大 batchsize 的情况。不过 batchsize 大并不意味着效果一定好。 ```python # ---- Boss ----- actual_logging_steps = 0 # Track the number of steps contributing to the current logging window for batch_idx, data in enumerate(tqdm(train_loader)): # Load all data into GPU data = [i.to(accelerator.device) for i in data] # Model inputs and forward pass output = model(input_ids=data[0], token_type_ids=data[1], attention_mask=data[2], start_positions=data[3], end_positions=data[4]) # Accumulate loss loss = output.loss accelerator.backward(loss / gradient_accumulation_steps) # Update accuracy for the current mini-batch start_index = torch.argmax(output.start_logits, dim=1) end_index = torch.argmax(output.end_logits, dim=1) batch_acc = ((start_index == data[3]) & (end_index == data[4])).float().mean().item() train_acc += batch_acc train_loss += loss.item() actual_logging_steps += 1 # Gradient accumulation: only update weights every gradient_accumulation_steps if (batch_idx + 1) % gradient_accumulation_steps == 0: optimizer.step() scheduler.step() # Apply learning rate scheduler optimizer.zero_grad() step += 1 # Logging if step % logging_step == 0: # Average the loss and accuracy over all accumulated steps avg_loss = train_loss / actual_logging_steps avg_acc = train_acc / actual_logging_steps print(f"Epoch {epoch + 1} | Step {step} | loss = {avg_loss:.3f}, acc = {avg_acc:.3f}") # Reset the accumulators train_loss = 0.0 train_acc = 0.0 actual_logging_steps = 0 # Reset after each logging # ---- Boss ----- ``` `loss = output.loss / gradient_accumulation_steps`是因为默认情况下 loss 的计算实际都已经做过平均了，所以我们这里也需要保持一致。 另外说一句，其实你也可以直接使用 `Accelerator(gradient_accumulation_steps=gradient_accumulation_steps)`，详见[官方文档](https://huggingface.co/docs/accelerate/usage_guides/gradient_accumulation)。 - **训练用上 dev 数据集** 去掉验证部分，你需要注意我在这里将 `QA_Dataset("dev", ...)` 改为了 `QA_Dataset("train", ...)` ```python dev_set = QA_Dataset("train", dev_questions, dev_questions_tokenized, dev_paragraphs_tokenized) # Boss ... combined_train_set = ConcatDataset([train_set, dev_set]) train_loader = DataLoader(combined_dataset, batch_size=train_batch_size, shuffle=True, pin_memory=True) ... # if validation: # print("Evaluating Dev Set ...") # model.eval() # with torch.no_grad(): # dev_acc = 0 # for i, data in enumerate(tqdm(dev_loader)): # output = model(input_ids=data[0].squeeze(dim=0).to(device), token_type_ids=data[1].squeeze(dim=0).to(device), # attention_mask=data[2].squeeze(dim=0).to(device)) # # prediction is correct only if answer text exactly matches # dev_acc += evaluate(data, output) == dev_questions[i]["answer_text"] # print(f"Validation | Epoch {epoch + 1} | acc = {dev_acc / len(dev_loader):.3f}") # model.train() ``` Ensemble 和 early stop 之前我们都在作业中做过，所以不选择这两种方法，直接简单的拼接数据集用于训练看看效果。 简单过一个epoch看看效果（粗体部分就是选择使用的模块）： | | epoch | Private Score | Public Score | | -------------------- | ----- | ------------- | ------------ | | - | 1 | 0.79001 | 0.78149 | | **+ 修复后处理部分** | 1 | 0.79171 | 0.78263 | | **+ 梯度累积（4）** | 1 | 0.79171 | 0.79114 | | 梯度累积（8） | 1 | 0.79057 | 0.78603 | | 梯度累积（16） | 1 | 0.78376 | 0.77355 | | **+ dev数据集** | 1 | 0.79511 | 0.78206 | 现在，我们直接“硬 train 一发”，毕竟该完成的已经完成了，看看最终成效。 作业 PDF 的描述中，Boss 时间是 Simple 的 18.75 倍，加上 dev 数据集后运行时间将增加 12%，所以设置 epochs=16 进行训练查看效果（因为直到 Strong 完成，我们都没有增加参数规模，所以当前训练时间等于 Simple）。 最终的结果（epoch=16）： - **Public Score**：0.79114 - **Private Score**：0.77525 虽然在训练集的结果上，第 16 个 epoch 比第 1 个 epoch 的 ACC 高了 0.073，但实际上，这是过拟合的，Kaggle 的最终提交结果甚至不如只训练 1 次的情况。（到这里其实就足够了，你已经学到了这份作业想要教你的知识，后面会是一些预训练模型的结果分享，或许能够帮你节省一些时间）。 所以，让我们换一个更大的模型 :) | Pre-trained Model | Params | epoch | Private Score | Public Score | | ------------------------------------------------------------ | ------ | -------- | ------------- | ------------ | | [DaydreamerF/chinese-macbert-base-finetuned-accelerate](https://huggingface.co/DaydreamerF/chinese-macbert-base-finetuned-accelerate) | 101M | 2 | 0.78830 | 0.78660 | | [IDEA-CCNL/Erlangshen-MacBERT-325M-TextMatch-Chinese](https://huggingface.co/IDEA-CCNL/Erlangshen-MacBERT-325M-TextMatch-Chinese) | 324M | 2 | 0.78887 | 0.79228 | | [hfl/chinese-macbert-large](https://huggingface.co/hfl/chinese-macbert-large) | 324M | 1 | 0.81668 | 0.82349 | | | | 5 | 0.83144 | 0.83030 | | [luhua/chinese_pretrain_mrc_macbert_large](https://huggingface.co/luhua/chinese_pretrain_mrc_macbert_large) | 324M | 1 | 0.83654 | 0.82292 | | | | 2 | **0.84222** | 0.83144 | | | | 2 (FP32) | 0.84165 | 0.82973 | | | | 3 | 0.83777 | 0.82065 | | | | 5 | 0.82917 | 0.82463 | | [qalover/chinese-pert-large-open-domain-mrc]() | 324M | 0 | 0.56413 | 0.54143 | | | | 2 | 0.83314 | 0.82519 | 在导入大模型的时候你可能会遇到显存不够的情况，这时候降低 train_batch_size 增加gradient_accumulation_steps 就可以了。 ```python #train_batch_size = 8 #gradient_accumulation_steps = 4 train_batch_size = 4 gradient_accumulation_steps = 8 ``` 如果想在 2 个 epoch 下达到 Boss baseline，可以寻找并选择大于 324M 的预训练模型。 最后补充一个 doc_string 的对比，doc_string 也是后处理的模块，下面的结果基于 [luhua/chinese_pretrain_mrc_macbert_large](https://huggingface.co/luhua/chinese_pretrain_mrc_macbert_large) 在 epoch=2 下进行修改。 | doc_string | Private Score | Public Score | | ----------------------- | ------------- | ------------ | | =max_paragraph_len*0.25 | 0.84222 | 0.83144 | | =max_paragraph_len*0.1 | **0.84335** | **0.83087** | | =max_paragraph_len*0.05 | 0.83881 | 0.82746 | 至此，Homework7 就结束了，希望能对你有所帮助。 # 拓展链接 - [Encoder-Only vs Decoder-Only vs Encoder-Decoder Transformer](https://vaclavkosar.com/ml/Encoder-only-Decoder-only-vs-Encoder-Decoder-Transfomer) - [Decoder-Only or Encoder-Decoder? Interpreting Language Model as a Regularized Encoder-Decoder](https://arxiv.org/pdf/2304.04052) - [中文模型 -- Hugging Face](https://huggingface.co/models?language=zh&sort=trending) - [Gradient Accumulation in PyTorch](https://kozodoi.me/python/deep%20learning/pytorch/tutorial/2021/02/19/gradient-accumulation.html) ================================================ FILE: README.md ================================================ # 李宏毅2023机器学习作业思路和代码分享 这里是我个人的 code 分享，所有的 code 最终均能达到 Boss baseline，希望能给你带来帮助。代码会一直更新到课程结束。 当前代码版本对应的是 2023 年春，其中 HW01 之前是 22 年版本，但我略作修改（修改文件路径）后便可直接用于现有版本，近年 Homework 的主题都一样，你完全可以从往年的优秀代码中学习知识。 现在所有的文件夹中都增加了 Sample Code 方便参考，HW_Simple_[score].ipynb 是对应 Sample Code 直接运行的结果，提供一个基准，从 HW3 开始代码分 Medium, Strong, Boss，方便索引当前 Baseline 的代码变动。 描述文档中更新了各 Homework 的 Kaggle 邀请链接 (来自课程主页)，现在可以直接点击跳转参加，不会再遇到 limited-participation competition 的问题。 ## 作业代码更新概述 - **HW01**：增加了 Adam, Momentum, Normalization, L2 regularization, Feature selection, K-fold cross validation 等相关代码，并使用了 Optuna 库进行了参数的自动搜寻。 - **HW02**：修改了原代码的小bug，增加了 tensorboard 和 scheduler 的使用，默认执行的是 strong baseline，你可以检查代码中的 TODO 选项去达成 Boss baseline（使用了BiLSTM）。 - **HW03**：代码根据 baseline 分为了三个部分(Medium, Strong,..)，方便大家查看，之后的代码都会遵循这一点。代码仅针对 sample code 的基础架构进行了训练，所以没有达到 boss baseline。目前代码的分数为0.85200，先上传给大家一点参考思路，闲暇后会重新进行 boss baseline 的跟进。 - **HW04**： - Medium: 通过 grid search 搜寻了几十个参数组合后修改了 transformer 模块中的参数。 - Strong: Medium 的基础上修改使用了 Conformer 论文中的 ConformerBlock 架构。 - Boss: 添加了 hints 中描述的 Self-Attention Pooling 和 Additive Margin Softmax 模块，但实际上仅需要将 Strong 中 Classifier 部分的 pred_layer 同 Conformer 本身一样修改为单层的全连接层便可以非常轻易的达到 Boss baseline。 - **HW05**：提供中文版本，修正原sample code描述错误，因为 HW05/06 都是在 Judgeboi 上提交的，而非校内无法提交，所以这里后缀的分数是验证集上的分数。 - Medium: 增加了学习率的调度和延长了训练的时间。 - Strong: 将模型架构转变为了 Transformer，并根据 [Attention is all you need](https://arxiv.org/abs/1706.03762) 修改了模型的超参数。 - Boss: 应用了 back-translation。 - **HW06**：编写了两个函数供大家测算 FID 和 AFD（在 Inference 之后），但需要注意，函数和 JudgeBoi 上的实现（模型不同）是不一致的，只是方便大家对比代码的改动效果。 - Simple: 修改了 sample code 代码 Trainer 类中的 self.accelerator 部分以去除警告。 - Medium: 数据增强，将 timesteps 增加至1000（同 [DDPM](https://arxiv.org/abs/2006.11239))）。 - Strong: 调整超参数 channel 和 dim_mults，增加 cosine_beta_schedule() 和 sigmoid_beta_schedule()。 - Boss: 使用 StyleGAN 进行图像生成。 - **HW07**：这门课程实际上引导学习了如何去微调一个 LLM 大语言模型来完成 QA 任务。我对所有的增加的模块做了参数上的对比实验，结果位于指导文档对应 Baseline 部分。 - Medium: 提供 PyTorch和 Hugging Face 两种学习率调度方法，调整 `doc_stride` 参数提升模型表现。 - Strong: 通过偏移答案的窗口位置来修复预处理阶段可能错误捕捉答案模式的问题，并对比展示四种预训练模型的训练结果。 - Boss: 修复后处理部分 End < Start 的问题，增加梯度累积的使用，合并 dev 训练集，并更换模型参数更大的预训练模型。 ... ## 克隆仓库 你可以使用下面的命令克隆仓库所有的文件到本地： ```bash git clone https://github.com/Hoper-J/HUNG-YI_LEE_Machine-Learning_Homework.git ``` ## 进一步学习 2024年生成式人工智能导论这门课程的中文引导和作业镜像版也已经制作完成，希望能够对你有所帮助：[LLM-Guide-and-Demos-zh_CN](https://github.com/Hoper-J/LLM-Guide-and-Demos-zh_CN)