This repository serves as a place to document a toy attempt on how to create a generative text model in Catalan, based on GPT-2

Overview

GPT-2 in Catalan

This repository serves as a place to document a toy attempt on how to create a generative text model in Catalan, based on GPT-2. In other words... this is more of a prototype and a personal playground than a serious attempt to have a fully functional GPT-2 in Catalan.

Nevertheless, I hope this can also help someone else train their own GPT-2 model and provide some pointers on how to do so.

Suggestions and constructive criticism are always welcome!

1. GPT-2 📝

1.1. What is GPT-2

GPT-2 (GPT-2 stands for Generative Pre-trained Transformer 2) is a transformer-based language model trained in large volumes of data and was not trained with a specific task in mind. Nevertheless, it has probably been used mostly for generating new text.

A better and further explanation can be found here (http://jalammar.github.io/illustrated-gpt2/).

1.2. Why GPT-2

It is undeniable that GPT-2 played a large role and became very popular when it came out. It has also created some controversy. These aside, GPT-2 acted as a big step forward in terms of generating texts... And is also "faster" to train on custom data than its next generation sibling, GPT-3.

2. Training 🔨

2.1. Requirements 📎

You will need a powerful GPU or reduce the batch size. You can also use a VM from a Cloud service such as Google Colab or Microsoft Azure.

2.2. Training Script 📈

The training is implemented in the train_GPT2.py script, which serves as a skeleton. You can run it from the Commandline and passing all the arguments.

e.g.

cd src
./train_GPT2.py \
    --model DeepESP/gpt2-spanish \
    --tokenizer DeepESP/gpt2-spanish \
    --train_path ../data/catalan_corpus_train.csv \
    --test_path ../data/catalan_corpus_test.csv \
    --n_epochs 1 \
    --train_batch_size 4 \
    --eval_batch_size 8 \
    --eval_steps 100 \
    --save_steps 1000 \
    --warmup_steps 100 \
    --output gpt2-catalan

2.3. About the data used 📂 open_file_folder

The data used has mostly been the WikiCorpus data provided by the Computer Science department @ FIB, UPC (Facultat d'Informàtica de Barcelona, Universitat Politècnica de Catalunya).

You can download it using the datasets library from Huggingface:

from datasets import load_dataset

dataset = load_dataset("wikicorpus, 'raw_ca')

Or you can use the download_wikicorpus.py file in this repository, which also splits the data in train/test and can create a smaller subset for testing, if desired.

2.3.1. WikiCorpus PROs 👍

Well, the data is already obtained. That's always a pro.

2.3.2. WikiCorpus CONs 👎

We are limiting the knowledge of the Language model to data from the Wikipedia. Therefore, this model will probably be more error-prone with informal text inputs. This includes data from chats, colloquialisms and text from social media.

Additionally, the size of the data is tiny with respect to what it should be.

Further training for specific tasks

Once the model is trained in Catalan and we have a base, we can further train this model for a specific task in mind.

A couple of Proof of Concepts (PoC) have been done using data gathered from Twitter and also from Catalan songs.

Testing the model 🐱

We can test the trained model easily using the script test_generation.py.

cd src
python .\test_generation.py -t DeepESP/gpt2-spanish -m ../data/gpt2-catalan -i generation_test.txt

3. Questions

3.1. Why Catalan

Artificial Intelligence should not be only for largely spoken languages, such as English or even Spanish. Catalan, a minority language, is my mother tongue and it's always fun to see something you work with also operating in your own language. So why not?

3.2. Why use a Pretrained model in Spanish

Although Spanish and Catalan are different languages, they share a lot of expressions, vocabulary and grammatical structures. Therefore, basing a Catalan model on a previously trained model in a close language such as Spanish is not unreasonable.

Transferring the knowledge from it to our model is better than starting from zero, specially to save computational time.

3.3. Can I use another data/language

Even though the scripts are all prepared with the Catalan language in mind, the scripts should work with any text data, be it Catalan from the Wikicorpus,

Feel free to change the CatalanDataset class or swap it with yours, since probably formatting of the input text is the most varying aspect between projects.

Be sure to also change the base model, since if you want to train another language (e.g. German), basing it on a pre-trained model in Spanish will not work well.

4. TO-DO 🚧

Since we are actually using the Transfer learning approach and relying on a previously pretrained model in Spanish, we probably don't have as an accurate model as we should.

More varied data should also be used during the training, because it is very biased towards informative data (for obvious reasons).

Owner
Laura
.
Laura
LSTC: Boosting Atomic Action Detection with Long-Short-Term Context

LSTC: Boosting Atomic Action Detection with Long-Short-Term Context This Repository contains the code on AVA of our ACM MM 2021 paper: LSTC: Boosting

Tencent YouTu Research 9 Oct 11, 2022
SHAS: Approaching optimal Segmentation for End-to-End Speech Translation

SHAS: Approaching optimal Segmentation for End-to-End Speech Translation In this repo you can find the code of the Supervised Hybrid Audio Segmentatio

Machine Translation @ UPC 21 Dec 20, 2022
The repository for the paper: Multilingual Translation via Grafting Pre-trained Language Models

Graformer The repository for the paper: Multilingual Translation via Grafting Pre-trained Language Models Graformer (also named BridgeTransformer in t

22 Dec 14, 2022
Library for Russian imprecise rhymes generation

TOM RHYMER Library for Russian imprecise rhymes generation. Quick Start Generate rhymes by any given rhyme scheme (aabb, abab, aaccbb, etc ...): from

Alexey Karnachev 6 Oct 18, 2022
Code and dataset for the EMNLP 2021 Finding paper "Can NLI Models Verify QA Systems’ Predictions?"

Code and dataset for the EMNLP 2021 Finding paper "Can NLI Models Verify QA Systems’ Predictions?"

Jifan Chen 22 Oct 21, 2022
Converts text into a PDF of handwritten notes

Text To Handwritten Notes Converts text into a PDF of handwritten notes Explore the docs » · Report Bug · Request Feature · Steps: $ git clone https:/

UVSinghK 63 Oct 09, 2022
CDLA: A Chinese document layout analysis (CDLA) dataset

CDLA: A Chinese document layout analysis (CDLA) dataset 介绍 CDLA是一个中文文档版面分析数据集,面向中文文献类(论文)场景。包含以下10个label: 正文 标题 图片 图片标题 表格 表格标题 页眉 页脚 注释 公式 Text Title

buptlihang 84 Dec 28, 2022
Klexikon: A German Dataset for Joint Summarization and Simplification

Klexikon: A German Dataset for Joint Summarization and Simplification Dennis Aumiller and Michael Gertz Heidelberg University Under submission at LREC

Dennis Aumiller 8 Jan 03, 2023
基于GRU网络的句子判断程序/A program based on GRU network for judging sentences

SentencesJudger SentencesJudger 是一个基于GRU神经网络的句子判断程序,基本的功能是判断文章中的某一句话是否为一个优美的句子。 English 如何使用SentencesJudger 确认Python运行环境 安装pyTorch与LTP python3 -m pip

8 Mar 24, 2022
Need: Image Search With Python

Need: Image Search The problem is that a user needs to search for a specific ima

Surya Komandooru 1 Dec 30, 2021
REST API for sentence tokenization and embedding using Multilingual Universal Sentence Encoder.

What is MUSE? MUSE stands for Multilingual Universal Sentence Encoder - multilingual extension (16 languages) of Universal Sentence Encoder (USE). MUS

Dani El-Ayyass 47 Sep 05, 2022
Repository for the paper "Optimal Subarchitecture Extraction for BERT"

Bort Companion code for the paper "Optimal Subarchitecture Extraction for BERT." Bort is an optimal subset of architectural parameters for the BERT ar

Alexa 461 Nov 21, 2022
scikit-learn wrappers for Python fastText.

skift scikit-learn wrappers for Python fastText. from skift import FirstColFtClassifier df = pandas.DataFrame([['woof', 0], ['meow', 1]], colu

Shay Palachy 233 Sep 09, 2022
PyTorch Implementation of "Bridging Pre-trained Language Models and Hand-crafted Features for Unsupervised POS Tagging" (Findings of ACL 2022)

Feature_CRF_AE Feature_CRF_AE provides a implementation of Bridging Pre-trained Language Models and Hand-crafted Features for Unsupervised POS Tagging

Jacob Zhou 6 Apr 29, 2022
Open solution to the Toxic Comment Classification Challenge

Starter code: Kaggle Toxic Comment Classification Challenge More competitions 🎇 Check collection of public projects 🎁 , where you can find multiple

minerva.ml 153 Jun 22, 2022
Simple, hackable offline speech to text - using the VOSK-API.

Simple, hackable offline speech to text - using the VOSK-API.

Campbell Barton 844 Jan 07, 2023
Question answering app is used to answer for a user given question from user given text.

Question answering app is used to answer for a user given question from user given text.It is created using HuggingFace's transformer pipeline and streamlit python packages.

Siva Prakash 3 Apr 05, 2022
Spert NLP Relation Extraction API deployed with torchserve for inference

URLMask Python program for Linux users to change a URL to ANY domain. A program than can take any url and mask it to any domain name you like. E.g. ne

Zichu Chen 1 Nov 24, 2021
Journalism AI – Quotes extraction for modular journalism

Quote extraction for modular journalism (JournalismAI collab 2021)

Journalism AI collab 2021 207 Dec 25, 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