YACLC - Yet Another Chinese Learner Corpus

Related tags

Text Data & NLPYACLC
Overview

汉语学习者文本多维标注数据集YACLC V1.0

中文 | English

汉语学习者文本多维标注数据集(Yet Another Chinese Learner Corpus,YACLC)由北京语言大学、清华大学、北京师范大学、云南师范大学、东北大学、上海财经大学等高校组成的团队共同发布。主要项目负责人有杨麟儿、杨尔弘、孙茂松、张宝林、胡韧奋、何姗、岳岩、饶高琦、刘正皓、陈云等。

简介

汉语学习者文本多维标注数据集(Yet Another Chinese Learner Corpus,YACLC)是一个大规模的、提供偏误多维标注的汉语学习者文本数据集。我们招募了百余位汉语国际教育、语言学及应用语言学等专业背景的研究生组成标注团队,并采用众包策略分组标注。每个句子由10位标注员进行标注,每位标注员需要给出0或1的句子可接受度评分,以及纠偏标注(Grammatical Error Correction)和流利标注(Fluency based Correction)两个维度的标注结果。纠偏标注是从语法层面对偏误句进行修改,遵循忠实原意、最小改动的原则,将偏误句修改为符合汉语语法规范的句子;流利标注是将句子修改得更为流利和地道,符合母语者的表达习惯。在标注时,若句子可接受度评分为0,则标注员至少需要完成一条纠偏标注,同时可以进行流利标注。若句子可接受度评分为1,则标注员只需给出流利标注。本数据集可用于语法纠错、文本校对等自然语言处理任务,也可为汉语二语教学与习得、语料库语言学等研究领域提供数据支持。

数据规模

训练集规模为8,000条,每条数据包括原始句子及其多种纠偏标注与流利标注。验证集和测试集规模都为1,000条,每条数据包括原始句子及其全部纠偏标注与流利标注。

数据格式

每条数据中包含汉语学习者所写的待标注句子及其id、所属篇章id、所属篇章标题、标注员数量以及多维标注信息。其中,多维度标注信息包括:

  • 标注维度,"1"表示纠偏标注,"0"表示流利标注;
  • 标注后的正确文本;
  • 标注中的修改操作数量;
  • 提供该标注的标注员数量。

注意:测试集数据无标注者和多维标注信息。

数据样例如下:

{
  "sentence_id": 4308, // 句子id
  "sentence_text": "我只可以是坐飞机去的,因为巴西离英国到远极了。", // 学习者原句文本
  "article_id": 7267, // 该句所属的篇章id
  "article_name": "我放假的打算", // 篇章标题
  "total_annotators": 10, // 共多少个标注者参与了该句的标注
  "sentence_annos": [ // 多维标注信息
    {
      "is_grammatical": 1, // 标注维度:1表示纠偏标注,0表示流利标注
      "correction": "我只能坐飞机去,因为巴西离英国远极了。", // 修改后的正确文本
      "edits_count": 3, // 共有几处修改操作
      "annotator_count": 6 // 共有几个标注者修改为了这一结果
    },
    { // 下同
      "is_grammatical": 1,
      "correction": "我只能是坐飞机去的,因为巴西离英国远极了。",
      "edits_count": 2,
      "annotator_count": 1
    },
    {
      "is_grammatical": 1,
      "correction": "我只可以坐飞机去,因为巴西离英国远极了。",
      "edits_count": 3,
      "annotator_count": 2
    },
    {
      "is_grammatical": 0,
      "correction": "我只能坐飞机去,因为巴西离英国太远了。",
      "edits_count": 6,
      "annotator_count": 2
    }
  ]
}

评测代码使用

提交结果为文本文件,每行为一个修改后的句子,并与测试集中的数据逐条对应。

  • 每条测试集中的数据仅需给出一条修改结果;
  • 修改结果需使用THULAC工具包分词,请提交分词后的结果。

对于提交的结果文件output_file,后台将调用eval.py将其同标准答案文件test_gold_m2进行比较:

python eval.py output_file test_gold_m2

评测指标为F_0.5,输出结果示例:

{
  "Precision": 70.63,	
  "Recall": 37.04,
  "F_0.5": 59.79
}

引用

如果您使用了本数据集,请引用以下技术报告:

@article{wang-etal-2021-yaclc,
  title={YACLC: A Chinese Learner Corpus with Multidimensional Annotation}, 
  author={Yingying Wang, Cunliang Kong, Liner Yang, Yijun Wang, Xiaorong Lu, Renfen Hu, Shan He, Zhenghao Liu, Yun Chen, Erhong Yang, Maosong Sun},
  journal={arXiv preprint arXiv:2112.15043},
  year = {2021}
}

相关资源

“文心·写作”演示系统:https://writer.wenmind.net/

语法改错论文列表: https://github.com/blcuicall/GEC-Reading-List


Introduction

YACLC is a large-scale Chinese learner text dataset, providing multi-dimensional annotations, jointly released by a team composed of Beijing Language and Culture University, Tsinghua University, Beijing Normal University, Yunnan Normal University, Northeastern University, Shanghai University of Finance and Economics.

We recruited more than 100 students majoring in Chinese International Education, Linguistics, and Applied Linguistics for crowdsourcing annotation. Each sentence is annotated by 10 annotators, and each annotator needs to give a sentence acceptability score of 0 or 1, as well as grammatical error correction and fluency-based correction. The grammatical corrections follows the principle of minimum modification to make the learners' text meet the Chinese grammatical standards. The fluency-based correction modifies the sentence to be more fluent and authentic, in line with the expression habits of native speakers. This dataset can be used for multiple NLP tasks such as grammatical error correction and spell checking. It can also provide data support for research fields such as Chinese second language teaching and acquisition, corpus linguistics, etc.

Size

YACLC V1.0 contains the train (8,000 instances), validation (1,000 instances) and test (1,000 instances) sets. Each instance of train set includes 1 sentence written by Chinese learner, various grammatical error corrections and fluent error corrections of the sentence. While, each instance in the validation and test set includes all the corrections provided by the annotators.

Format

Each instance is composed of the informations of the sentence, annotators and the multi-dimensional annotations. The multi-dimensional annotation includes:

  • dimensioning, "1" indicates grammatical error correction, and "0" indicates fluency-based correction;
  • correct sentence after annotation;
  • number of edit operations in this annotation;
  • number of annotators for this annotation.

Here is an example:

{
  "sentence_id": 4308, // 
  "sentence_text": "我只可以是坐飞机去的,因为巴西离英国到远极了。",
  "article_id": 7267, // the article id that this sentence belongs to
  "article_name": "我放假的打算", // the title of this sentence
  "total_annotators": 10, // the number of annotators for this sentence
  "sentence_annos": [ // multi-dimensional annotations
    {
      "is_grammatical": 1, // 1: grammatical, 0: fluent
      "correction": "我只能坐飞机去,因为巴西离英国远极了。", // corrected sentence 
      "edits_count": 3, // the number of edits of this annotation
      "annotator_count": 6 // the number of annotators for this annotation
    },
    { 
      "is_grammatical": 1,
      "correction": "我只能是坐飞机去的,因为巴西离英国远极了。",
      "edits_count": 2,
      "annotator_count": 1
    },
    {
      "is_grammatical": 1,
      "correction": "我只可以坐飞机去,因为巴西离英国远极了。",
      "edits_count": 3,
      "annotator_count": 2
    },
    {
      "is_grammatical": 0,
      "correction": "我只能坐飞机去,因为巴西离英国太远了。",
      "edits_count": 6,
      "annotator_count": 2
    }
  ]
}

Usage of the Evaluation Code

The submission result is a text file, where each line is a corrected sentence and corresponds to the instance in the test set one by one.

  • Only one correction needs to be given for the each instance in the test set.
  • Please submit results after word segmentation using the THULAC toolkit.

For a submitted result file output_file,we will call the script eval.py to compare it with the golden standard test_gold_m2

python eval.py output_file test_gold_m2

The Evaluation Metric is F_0.5:

{
  "Precision": 70.63,
  "Recall": 37.04,
  "F_0.5": 59.79
}

Citation

Please cite our technical report if you use this dataset:

@article{wang-etal-2021-yaclc,
  title={YACLC: A Chinese Learner Corpus with Multidimensional Annotation},
  author={Yingying Wang, Cunliang Kong, Liner Yang, Yijun Wang, Xiaorong Lu, Renfen Hu, Shan He, Zhenghao Liu, Yun Chen, Erhong Yang, Maosong Sun},
  journal={arXiv preprint arXiv:2112.15043},
  year = {2021}
}
Owner
BLCU-ICALL
ICALL Research Group at Beijing Language and Culture University
BLCU-ICALL
The tool to make NLP datasets ready to use

chazutsu photo from Kaikado, traditional Japanese chazutsu maker chazutsu is the dataset downloader for NLP. import chazutsu r = chazutsu.data

chakki 243 Dec 29, 2022
Script and models for clustering LAION-400m CLIP embeddings.

clustering-laion400m Script and models for clustering LAION-400m CLIP embeddings. Models were fit on the first million or so image embeddings. A subje

Peter Baylies 22 Oct 04, 2022
Tevatron is a simple and efficient toolkit for training and running dense retrievers with deep language models.

Tevatron Tevatron is a simple and efficient toolkit for training and running dense retrievers with deep language models. The toolkit has a modularized

texttron 193 Jan 04, 2023
My Implementation for the paper EDA: Easy Data Augmentation Techniques for Boosting Performance on Text Classification Tasks using Tensorflow

Easy Data Augmentation Implementation This repository contains my Implementation for the paper EDA: Easy Data Augmentation Techniques for Boosting Per

Aflah 9 Oct 31, 2022
Research code for "What to Pre-Train on? Efficient Intermediate Task Selection", EMNLP 2021

efficient-task-transfer This repository contains code for the experiments in our paper "What to Pre-Train on? Efficient Intermediate Task Selection".

AdapterHub 26 Dec 24, 2022
Multilingual finetuning of Machine Translation model on low-resource languages. Project for Deep Natural Language Processing course.

Low-resource-Machine-Translation This repository contains the code for the project relative to the course Deep Natural Language Processing. The goal o

Andrea Cavallo 3 Jun 22, 2022
A PyTorch implementation of the WaveGlow: A Flow-based Generative Network for Speech Synthesis

WaveGlow A PyTorch implementation of the WaveGlow: A Flow-based Generative Network for Speech Synthesis Quick Start: Install requirements: pip install

Yuchao Zhang 204 Jul 14, 2022
precise iris segmentation

PI-DECODER Introduction PI-DECODER, a decoder structure designed for Precise Iris Segmentation and Location. The decoder structure is shown below: Ple

8 Aug 08, 2022
Chinese real time voice cloning (VC) and Chinese text to speech (TTS).

Chinese real time voice cloning (VC) and Chinese text to speech (TTS). 好用的中文语音克隆兼中文语音合成系统,包含语音编码器、语音合成器、声码器和可视化模块。

Kuang Dada 6 Nov 08, 2022
Correctly generate plurals, ordinals, indefinite articles; convert numbers to words

NAME inflect.py - Correctly generate plurals, singular nouns, ordinals, indefinite articles; convert numbers to words. SYNOPSIS import inflect p = in

Jason R. Coombs 762 Dec 29, 2022
Code for Findings of ACL 2022 Paper "Sentiment Word Aware Multimodal Refinement for Multimodal Sentiment Analysis with ASR Errors"

SWRM Code for Findings of ACL 2022 Paper "Sentiment Word Aware Multimodal Refinement for Multimodal Sentiment Analysis with ASR Errors" Clone Clone th

14 Jan 03, 2023
Natural Language Processing Specialization

Natural Language Processing Specialization In this folder, Natural Language Processing Specialization projects and notes can be found. WHAT I LEARNED

Kaan BOKE 3 Oct 06, 2022
Applied Natural Language Processing in the Enterprise - An O'Reilly Media Publication

Applied Natural Language Processing in the Enterprise This is the companion repo for Applied Natural Language Processing in the Enterprise, an O'Reill

Applied Natural Language Processing in the Enterprise 95 Jan 05, 2023
PyTorch implementation of the NIPS-17 paper "Poincaré Embeddings for Learning Hierarchical Representations"

Poincaré Embeddings for Learning Hierarchical Representations PyTorch implementation of Poincaré Embeddings for Learning Hierarchical Representations

Facebook Research 1.6k Dec 29, 2022
ChatterBot is a machine learning, conversational dialog engine for creating chat bots

ChatterBot ChatterBot is a machine-learning based conversational dialog engine build in Python which makes it possible to generate responses based on

Gunther Cox 12.8k Jan 03, 2023
EasyTransfer is designed to make the development of transfer learning in NLP applications easier.

EasyTransfer is designed to make the development of transfer learning in NLP applications easier. The literature has witnessed the success of applying

Alibaba 819 Jan 03, 2023
Easy to start. Use deep nerual network to predict the sentiment of movie review.

Easy to start. Use deep nerual network to predict the sentiment of movie review. Various methods, word2vec, tf-idf and df to generate text vectors. Various models including lstm and cov1d. Achieve f1

1 Nov 19, 2021
ASCEND Chinese-English code-switching dataset

ASCEND (A Spontaneous Chinese-English Dataset) introduces a high-quality resource of spontaneous multi-turn conversational dialogue Chinese-English code-switching corpus collected in Hong Kong.

CAiRE 11 Dec 09, 2022
This project uses word frequency and Term Frequency-Inverse Document Frequency to summarize a text.

Text Summarizer This project uses word frequency and Term Frequency-Inverse Document Frequency to summarize a text. Team Members This mini-project was

1 Nov 16, 2021
Galois is an auto code completer for code editors (or any text editor) based on OpenAI GPT-2.

Galois is an auto code completer for code editors (or any text editor) based on OpenAI GPT-2. It is trained (finetuned) on a curated list of approximately 45K Python (~470MB) files gathered from the

Galois Autocompleter 91 Sep 23, 2022