Universal End2End Training Platform, including pre-training, classification tasks, machine translation, and etc.

Overview

背景

TrenTrans是一个统一的端到端的多语言多任务预训练平台,支持多种预训练方式,以及序列生成和自然语言理解任务。

安装教程

git clone [email protected]:baijunji/Teg-Tentrans.git
pip install -r requirements.txt 

Tentrans是一个基于Pytorch的轻量级工具包,安装十分方便。

快速上手

(一)预训练模型

TenTrans支持多种预训练模型,包括基于编码器的预训练(e.g. MLM)和基于seq2seq结构的生成式预训练方法(e.g. Mass)。 此外, Tentrans还支持大规模的多语言机器翻译预训练。

我们将从最简单的MLM预训练开始,让您快速熟悉TenTrans的运行逻辑。

  1. 数据处理

在预训练MLM模型时,我们需要对单语训练文件进行二进制化。您可以使用以下命令, 词表的格式为一行一词,执行该命令后会生成train.bpe.en.pth。

python process.py vocab file  lang [shard_id](optional)

当数据规模不大时,您可以使用纯文本格式的csv作为训练文件。csv的文件格式为

seq1 lang1
This is a positive sentence. en
This is a negtive sentence. en
This is a sentence. en
  1. 参数配置

TenTrans是通过yaml文件的方式读取训练参数的, 我们提供了一系列的适应各个任务的训练配置文件模版(见 run/ 文件夹),您只要改动很小的一部分参数即可。

# base config
langs: [en]
epoch: 15
update_every_epoch:  1   # 每轮更新多少step
dumpdir: ./dumpdir       # 模型及日志文件保存的地方
share_all_task_model: True # 是否共享所有任务的模型参数
save_intereval: 1      # 模型保存间隔
log_interval: 10       # 打印日志间隔



#全局设置开始, 如果tasks内没有定义特定的参数,则将使用全局设置
optimizer: adam 
learning_rate: 0.0001
learning_rate_warmup: 4000
scheduling: warmupexponentialdecay
max_tokens: 2000
group_by_size: False   # 是否对语料对长度排序
max_seq_length: 260    # 模型所能接受的最大句子长度
weight_decay: 0.01
eps: 0.000001
adam_betas: [0.9, 0.999]

sentenceRep:           # 模型编码器设置
  type: transformer #cbow, rnn
  hidden_size: 768
  ff_size: 3072
  dropout: 0.1
  attention_dropout: 0.1
  encoder_layers: 12
  num_lang: 1
  num_heads: 12
  use_langembed: False
  embedd_size: 768
  learned_pos: True
  pretrain_embedd: 
  activation: gelu
#全局设置结束


tasks:                #任务定义, TenTrans支持多种任务联合训练,包括分类,MLM和seq2seq联合训练。
  en_mlm:             #任务ID,  您可以随意定义有含义的标识名
    task_name: mlm    #任务名,  TenTrans会根据指定的任务名进行训练
    data:
        data_folder: your_data_folder
        src_vocab: vocab.txt
        # train_valid_test: [train.bpe.en.csv, valid.bpe.en.csv, test.bpe.en.csv]
        train_valid_test: [train.bpe.en.pth, valid.bpe.en.pth, test.bpe.en.pth]
        stream_text: False  # 是否启动文本流训练
        p_pred_mask_kepp_rand: [0.15, 0.8, 0.1, 0.1]

    target:           # 输出层定义
        sentence_rep_dim: 768
        dropout: 0.1
        share_out_embedd: True
  1. 启动训练

单机多卡

export NPROC_PER_NODE=8;
python -m torch.distributed.launch \
                --nproc_per_node=$NPROC_PER_NODE main.py \
                --config run/xlm.yaml --multi_gpu True

(二)机器翻译

本节您将快速学会如何训练一个基于Transformer的神经机器翻译模型,我们以WMT14 英-德为例(下载数据)。

  1. 数据处理

与处理单语训练文件相同,您也需要对翻译的平行语料进行二进制化。

python process.py vocab.bpe.32000 train.bpe.de de
python process.py vocab.bpe.32000 train.bpe.en en
  1. 参数配置
# base config
langs: [en, de]
epoch: 50
update_every_epoch: 5000
dumpdir: ./exp/tentrans/wmt14ende_template

share_all_task_model: True
optimizer: adam 
learning_rate: 0.0007
learning_rate_warmup: 4000
scheduling: warmupexponentialdecay
max_tokens: 8000
max_seq_length: 512
save_intereval: 1
weight_decay: 0
adam_betas: [0.9, 0.98]

clip_grad_norm: 0
label_smoothing: 0.1
accumulate_gradients: 2
share_all_embedd: True
patience: 10
#share_out_embedd: False

tasks:
  wmtende_mt:
    task_name: seq2seq
    reload_checkpoint:
    data:
        data_folder:  /train_data/wmt16_ende/
        src_vocab: vocab.bpe.32000
        tgt_vocab: vocab.bpe.32000
        train_valid_test: [train.bpe.en.pth:train.bpe.de.pth, valid.bpe.en.pth:valid.bpe.de.pth, test.bpe.en.pth:test.bpe.de.pth]
        group_by_size: True
        max_len: 200

    sentenceRep:
      type: transformer 
      hidden_size: 512
      ff_size: 2048
      attention_dropout: 0.1
      encoder_layers: 6
      num_heads: 8
      embedd_size: 512
      dropout: 0.1
      learned_pos: True
      activation: relu

    target:
      type: transformer 
      hidden_size: 512
      ff_size: 2048
      attention_dropout: 0.1
      decoder_layers: 6
      num_heads: 8
      embedd_size: 512
      dropout: 0.1
      learned_pos: True
      activation: relu
  1. 模型解码

大约训练更新20万步之后(8张M40,大约耗时四十小时), 我们可以使用TenTrans提供的脚本对平均最后几个模型来获得更好的效果。

path=model_save_path
python  scripts/average_checkpoint.py --inputs  $path/checkpoint_seq2seq_ldc_mt_40 \
    $path/checkpoint_seq2seq_ldc_mt_39 $path/checkpoint_seq2seq_ldc_mt_38 \
    $path/checkpoint_seq2seq_ldc_mt_37 $path/checkpoint_seq2seq_ldc_mt_36 \
    $path/checkpoint_seq2seq_ldc_mt_35 $path/checkpoint_seq2seq_ldc_mt_34 \
    --output $path/average.pt

我们可以使用平均之后的模型进行翻译解码,

python -u infer/translation_infer.py \
        --src train_data/wmt16_ende/test.bpe.en \
        --src_vocab train_data/wmt16_ende/vocab.bpe.32000 \
        --tgt_vocab train_data/wmt16_ende/vocab.bpe.32000 \
        --src_lang en \
        --tgt_lang de --batch_size 50 --beam 4 --length_penalty 0.6 \
        --model_path model_save_path/average.pt | \
        grep "Target_" | cut -f2- -d " " | sed -r 's/(@@ )|(@@ ?$)//g' > predict.ende

cat  train_data/wmt16_ende/test.tok.de |  perl -ple 's{(\S)-(\S)}{$1 ##AT##-##AT## $2}g' > generate.ref
cat  predict.ende | perl -ple 's{(\S)-(\S)}{$1 ##AT##-##AT## $2}g' > generate.sys
perl ../scripts/multi-bleu.perl generate.ref < generate.sys
  1. 翻译结果
WMT14-ende BLEU
Attention is all you need(beam=4) 27.30
TenTrans(beam=4, 8gpus, updates=200k, gradient_accu=1) 27.54
TenTrans(beam=4, 8gpus, updates=125k, gradient_accu=2) 27.64
TenTrans(beam=4, 24gpus, updates=90k, gradient_accu=1) 27.67

(三)文本分类

您同样可以使用我们所提供的预训练模型来进行下游任务, 本节我们将以SST2任务为例, 让你快速上手使用预训练模型进行微调下游任务。

  1. 数据处理

我们推荐使用文本格式进行文本分类的训练,因为这更轻量和快速。我们将SST2的数据处理为如下格式(见sample_data 文件夹):

seq1 label1 lang1
This is a positive sentence. postive en
This is a negtive sentence. negtive en
This is a sentence. unknow en
  1. 参数配置
# base config
langs: [en]
epoch: 200
update_every_epoch: 1000
share_all_task_model: False
batch_size: 8 
save_interval: 20
dumpdir: ./dumpdir/sst2

sentenceRep:
  type: transformer
  pretrain_rep: ../tentrans_pretrain/model_mlm2048.tt

tasks:
  sst2_en:
    task_name: classification
    data:
        data_folder:  sample_data/sst2
        src_vocab: vocab_en
        train_valid_test: [train.csv, dev.csv, test.csv]
        label1: [0, 1]
        feature: [seq1, label1, lang1]
    lr_e: 0.000005  # encoder学习率
    lr_p: 0.000125  # target 学习率
    target:
      sentence_rep_dim: 2048
      dropout: 0.1
    weight_training: False # 是否采用数据平衡
  1. 分类解码
python -u classification_infer.py \
         --model model_path \
         --vocab  sample_data/sst2/vocab_en \
         --src test.txt \
         --lang en --threhold 0.5  > predict.out.label
python scripts/eval_recall.py  test.en.label predict.out.label

TenTrans 进阶

1. 多语言机器翻译

2. 跨语言预训练

Owner
Tencent Minority-Mandarin Translation Team
Tencent Minority-Mandarin Translation Team
Uncomplete archive of files from the European Nopsled Team

European Nopsled CTF Archive This is an archive of collected material from various Capture the Flag competitions that the European Nopsled team played

European Nopsled 4 Nov 24, 2021
LOT: A Benchmark for Evaluating Chinese Long Text Understanding and Generation

LOT: A Benchmark for Evaluating Chinese Long Text Understanding and Generation Tasks | Datasets | LongLM | Baselines | Paper Introduction LOT is a ben

46 Dec 28, 2022
Command Line Text-To-Speech using Google TTS

cli-tts Thanks to gTTS by @pndurette! This is an interactive command line text-to-speech tool using Google TTS. Just type text and the voice will be p

ReekyStive 3 Nov 11, 2022
DeLighT: Very Deep and Light-Weight Transformers

DeLighT: Very Deep and Light-weight Transformers This repository contains the source code of our work on building efficient sequence models: DeFINE (I

Sachin Mehta 440 Dec 18, 2022
Suite of 500 procedurally-generated NLP tasks to study language model adaptability

TaskBench500 The TaskBench500 dataset and code for generating tasks. Data The TaskBench dataset is available under wget http://web.mit.edu/bzl/www/Tas

Belinda Li 20 May 17, 2022
This repository contains Python scripts for extracting linguistic features from Filipino texts.

Filipino Text Linguistic Feature Extractors This repository contains scripts for extracting linguistic features from Filipino texts. The scripts were

Joseph Imperial 1 Oct 05, 2021
تولید اسم های رندوم فینگیلیش

karafs کرفس تولید اسم های رندوم فینگیلیش installation ➜ pip install karafs usage دو زبانه ➜ karafs -n 10 توت فرنگی بی ناموس toot farangi-ye bi_namoos

Vaheed NÆINI (9E) 36 Nov 24, 2022
本项目是作者们根据个人面试和经验总结出的自然语言处理(NLP)面试准备的学习笔记与资料,该资料目前包含 自然语言处理各领域的 面试题积累。

【关于 NLP】那些你不知道的事 作者:杨夕、芙蕖、李玲、陈海顺、twilight、LeoLRH、JimmyDU、艾春辉、张永泰、金金金 介绍 本项目是作者们根据个人面试和经验总结出的自然语言处理(NLP)面试准备的学习笔记与资料,该资料目前包含 自然语言处理各领域的 面试题积累。 目录架构 一、【

1.4k Dec 30, 2022
Blue Brain text mining toolbox for semantic search and structured information extraction

Blue Brain Search Source Code DOI Data & Models DOI Documentation Latest Release Python Versions License Build Status Static Typing Code Style Securit

The Blue Brain Project 29 Dec 01, 2022
Simple Speech to Text, Text to Speech

Simple Speech to Text, Text to Speech 1. Download Repository Opsi 1 Download repository ini, extract di lokasi yang diinginkan Opsi 2 Jika sudah famil

Habib Abdurrasyid 5 Dec 28, 2021
Open-Source Toolkit for End-to-End Speech Recognition leveraging PyTorch-Lightning and Hydra.

OpenSpeech provides reference implementations of various ASR modeling papers and three languages recipe to perform tasks on automatic speech recogniti

Soohwan Kim 26 Dec 14, 2022
InferSent sentence embeddings

InferSent InferSent is a sentence embeddings method that provides semantic representations for English sentences. It is trained on natural language in

Facebook Research 2.2k Dec 27, 2022
Long text token classification using LongFormer

Long text token classification using LongFormer

abhishek thakur 161 Aug 07, 2022
Named-entity recognition using neural networks. Easy-to-use and state-of-the-art results.

NeuroNER NeuroNER is a program that performs named-entity recognition (NER). Website: neuroner.com. This page gives step-by-step instructions to insta

Franck Dernoncourt 1.6k Dec 27, 2022
Train 🤗transformers with DeepSpeed: ZeRO-2, ZeRO-3

Fork from https://github.com/huggingface/transformers/tree/86d5fb0b360e68de46d40265e7c707fe68c8015b/examples/pytorch/language-modeling at 2021.05.17.

Junbum Lee 12 Oct 26, 2022
nlp-tutorial is a tutorial for who is studying NLP(Natural Language Processing) using Pytorch

nlp-tutorial is a tutorial for who is studying NLP(Natural Language Processing) using Pytorch. Most of the models in NLP were implemented with less than 100 lines of code.(except comments or blank li

Tae-Hwan Jung 11.9k Jan 08, 2023
Course project of [email protected]

NaiveMT Prepare Clone this repository git clone [email protected]:Poeroz/NaiveMT.git

Poeroz 2 Apr 24, 2022
Python powered crossword generator with database with 20k+ polish words

crossword_generator Generate simple crossword puzzle from words and definitions fetched from krzyżowki.edu.pl endpoints -/ string:word - returns js

0 Jan 04, 2022
Conditional Transformer Language Model for Controllable Generation

CTRL - A Conditional Transformer Language Model for Controllable Generation Authors: Nitish Shirish Keskar, Bryan McCann, Lav Varshney, Caiming Xiong,

Salesforce 1.7k Dec 28, 2022
Prithivida 690 Jan 04, 2023