UA-GEC: Grammatical Error Correction and Fluency Corpus for the Ukrainian Language

Overview

UA-GEC: Grammatical Error Correction and Fluency Corpus for the Ukrainian Language

This repository contains UA-GEC data and an accompanying Python library.

Data

All corpus data and metadata stay under the ./data. It has two subfolders for train and test splits

Each split (train and test) has further subfolders for different data representations:

./data/{train,test}/annotated stores documents in the annotated format

./data/{train,test}/source and ./data/{train,test}/target store the original and the corrected versions of documents. Text files in these directories are plain text with no annotation markup. These files were produced from the annotated data and are, in some way, redundant. We keep them because this format is convenient in some use cases.

Metadata

./data/metadata.csv stores per-document metadata. It's a CSV file with the following fields:

  • id (str): document identifier.
  • author_id (str): document author identifier.
  • is_native (int): 1 if the author is native-speaker, 0 otherwise
  • region (str): the author's region of birth. A special value "Інше" is used both for authors who were born outside Ukraine and authors who preferred not to specify their region.
  • gender (str): could be "Жіноча" (female), "Чоловіча" (male), or "Інша" (other).
  • occupation (str): one of "Технічна", "Гуманітарна", "Природнича", "Інша"
  • submission_type (str): one of "essay", "translation", or "text_donation"
  • source_language (str): for submissions of the "translation" type, this field indicates the source language of the translated text. Possible values are "de", "en", "fr", "ru", and "pl".
  • annotator_id (int): ID of the annotator who corrected the document.
  • partition (str): one of "test" or "train"
  • is_sensitive (int): 1 if the document contains profanity or offensive language

Annotation format

Annotated files are text files that use the following in-text annotation format: {error=>edit:::error_type=Tag}, where error and edit stand for the text item before and after correction respectively, and Tag denotes an error category (Grammar, Spelling, Punctuation, or Fluency).

Example of an annotated sentence:

    I {likes=>like:::error_type=Grammar} turtles.

An accompanying Python package, ua_gec, provides many tools for working with annotated texts. See its documentation for details.

Train-test split

We expect users of the corpus to train and tune their models on the train split only. Feel free to further split it into train-dev (or use cross-validation).

Please use the test split only for reporting scores of your final model. In particular, never optimize on the test set. Do not tune hyperparameters on it. Do not use it for model selection in any way.

Next section lists the per-split statistics.

Statistics

UA-GEC contains:

Split Documents Sentences Tokens Authors
train 851 18,225 285,247 416
test 160 2,490 43,432 76
TOTAL 1,011 20,715 328,779 492

See stats.txt for detailed statistics generated by the following command (ua-gec must be installed first):

$ make stats

Python library

Alternatively to operating on data files directly, you may use a Python package called ua_gec. This package includes the data and has classes to iterate over documents, read metadata, work with annotations, etc.

Getting started

The package can be easily installed by pip:

    $ pip install ua_gec==1.1

Alternatively, you can install it from the source code:

    $ cd python
    $ python setup.py develop

Iterating through corpus

Once installed, you may get annotated documents from the Python code:

    
    >>> from ua_gec import Corpus
    >>> corpus = Corpus(partition="train")
    >>> for doc in corpus:
    ...     print(doc.source)         # "I likes it."
    ...     print(doc.target)         # "I like it."
    ...     print(doc.annotated)      # <AnnotatedText("I {likes=>like} it.")
    ...     print(doc.meta.region)    # "Київська"

Note that the doc.annotated property is of type AnnotatedText. This class is described in the next section

Working with annotations

ua_gec.AnnotatedText is a class that provides tools for processing annotated texts. It can iterate over annotations, get annotation error type, remove some of the annotations, and more.

While we're working on a detailed documentation, here is an example to get you started. It will remove all Fluency annotations from a text:

    >>> from ua_gec import AnnotatedText
    >>> text = AnnotatedText("I {likes=>like:::error_type=Grammar} it.")
    >>> for ann in text.iter_annotations():
    ...     print(ann.source_text)       # likes
    ...     print(ann.top_suggestion)    # like
    ...     print(ann.meta)              # {'error_type': 'Grammar'}
    ...     if ann.meta["error_type"] == "Fluency":
    ...         text.remove(ann)         # or `text.apply(ann)`

Contributing

  • The data collection is an ongoing activity. You can always contribute your Ukrainian writings or complete one of the writing tasks at https://ua-gec-dataset.grammarly.ai/

  • Code improvements and document are welcomed. Please submit a pull request.

Contacts

Owner
Grammarly
Millions of users rely on Grammarly's AI-powered products to make their messages, documents, and social media posts clear, mistake-free, and impactful.
Grammarly
4st place solution for the PBVS 2022 Multi-modal Aerial View Object Classification Challenge - Track 1 (SAR) at PBVS2022

A Two-Stage Shake-Shake Network for Long-tailed Recognition of SAR Aerial View Objects 4st place solution for the PBVS 2022 Multi-modal Aerial View Ob

LinpengPan 5 Nov 09, 2022
Distributed Evolutionary Algorithms in Python

DEAP DEAP is a novel evolutionary computation framework for rapid prototyping and testing of ideas. It seeks to make algorithms explicit and data stru

Distributed Evolutionary Algorithms in Python 4.9k Jan 05, 2023
YOLTv4 builds upon YOLT and SIMRDWN, and updates these frameworks to use the most performant version of YOLO, YOLOv4

YOLTv4 builds upon YOLT and SIMRDWN, and updates these frameworks to use the most performant version of YOLO, YOLOv4. YOLTv4 is designed to detect objects in aerial or satellite imagery in arbitraril

Adam Van Etten 161 Jan 06, 2023
Build tensorflow keras model pipelines in a single line of code. Created by Ram Seshadri. Collaborators welcome. Permission granted upon request.

deep_autoviml Build keras pipelines and models in a single line of code! Table of Contents Motivation How it works Technology Install Usage API Image

AutoViz and Auto_ViML 102 Dec 17, 2022
Official PyTorch Implementation of Unsupervised Learning of Scene Flow Estimation Fusing with Local Rigidity

UnRigidFlow This is the official PyTorch implementation of UnRigidFlow (IJCAI2019). Here are two sample results (~10MB gif for each) of our unsupervis

Liang Liu 28 Nov 16, 2022
Model Agnostic Interpretability for Multiple Instance Learning

MIL Model Agnostic Interpretability This repo contains the code for "Model Agnostic Interpretability for Multiple Instance Learning". Overview Executa

Joe Early 10 Dec 17, 2022
SberSwap Video Swap base on deep learning

SberSwap Video Swap base on deep learning

Sber AI 431 Jan 03, 2023
"Learning Free Gait Transition for Quadruped Robots vis Phase-Guided Controller"

PhaseGuidedControl The current version is developed based on the old version of RaiSim series, and possibly requires further modification. It will be

X-Mechanics 12 Oct 21, 2022
[NeurIPS'21] "AugMax: Adversarial Composition of Random Augmentations for Robust Training" by Haotao Wang, Chaowei Xiao, Jean Kossaifi, Zhiding Yu, Animashree Anandkumar, and Zhangyang Wang.

AugMax: Adversarial Composition of Random Augmentations for Robust Training Haotao Wang, Chaowei Xiao, Jean Kossaifi, Zhiding Yu, Anima Anandkumar, an

VITA 112 Nov 07, 2022
Code for the ICASSP-2021 paper: Continuous Speech Separation with Conformer.

Continuous Speech Separation with Conformer Introduction We examine the use of the Conformer architecture for continuous speech separation. Conformer

Sanyuan Chen (陈三元) 81 Nov 28, 2022
Point Cloud Denoising input segmentation output raw point-cloud valid/clear fog rain de-noised Abstract Lidar sensors are frequently used in environme

Point Cloud Denoising input segmentation output raw point-cloud valid/clear fog rain de-noised Abstract Lidar sensors are frequently used in environme

75 Nov 24, 2022
An implementation of the research paper "Retina Blood Vessel Segmentation Using A U-Net Based Convolutional Neural Network"

Retina Blood Vessels Segmentation This is an implementation of the research paper "Retina Blood Vessel Segmentation Using A U-Net Based Convolutional

Srijarko Roy 23 Aug 20, 2022
AirLoop: Lifelong Loop Closure Detection

AirLoop This repo contains the source code for paper: Dasong Gao, Chen Wang, Sebastian Scherer. "AirLoop: Lifelong Loop Closure Detection." arXiv prep

Chen Wang 53 Jan 03, 2023
Breaking the Curse of Space Explosion: Towards Efficient NAS with Curriculum Search

Breaking the Curse of Space Explosion: Towards Effcient NAS with Curriculum Search Pytorch implementation for "Breaking the Curse of Space Explosion:

guoyong 17 Jan 03, 2023
Out-of-Town Recommendation with Travel Intention Modeling (AAAI2021)

TrainOR_AAAI21 This is the official implementation of our AAAI'21 paper: Haoran Xin, Xinjiang Lu, Tong Xu, Hao Liu, Jingjing Gu, Dejing Dou, Hui Xiong

Jack Xin 13 Oct 19, 2022
My implementation of Fully Convolutional Neural Networks in Keras

Keras-FCN This repository contains my implementation of Fully Convolutional Networks in Keras (Tensorflow backend). Currently, semantic segmentation c

The Duy Nguyen 15 Jan 13, 2020
Predictive Modeling on Electronic Health Records(EHR) using Pytorch

Predictive Modeling on Electronic Health Records(EHR) using Pytorch Overview Although there are plenty of repos on vision and NLP models, there are ve

81 Jan 01, 2023
Anomaly detection analysis and labeling tool, specifically for multiple time series (one time series per category)

taganomaly Anomaly detection labeling tool, specifically for multiple time series (one time series per category). Taganomaly is a tool for creating la

Microsoft 272 Dec 17, 2022
This repository is an unoffical PyTorch implementation of Medical segmentation in 3D and 2D.

Pytorch Medical Segmentation Read Chinese Introduction:Here! Recent Updates 2021.1.8 The train and test codes are released. 2021.2.6 A bug in dice was

EasyCV-Ellis 618 Dec 27, 2022
A general 3D Object Detection codebase in PyTorch.

Det3D is the first 3D Object Detection toolbox which provides off the box implementations of many 3D object detection algorithms such as PointPillars, SECOND, PIXOR, etc, as well as state-of-the-art

Benjin Zhu 1.4k Jan 05, 2023