Sorce code and datasets for "K-BERT: Enabling Language Representation with Knowledge Graph",

Overview

K-BERT

Sorce code and datasets for "K-BERT: Enabling Language Representation with Knowledge Graph", which is implemented based on the UER framework.

Requirements

Software:

Python3
Pytorch >= 1.0
argparse == 1.1

Prepare

  • Download the google_model.bin from here, and save it to the models/ directory.
  • Download the CnDbpedia.spo from here, and save it to the brain/kgs/ directory.
  • Optional - Download the datasets for evaluation from here, unzip and place them in the datasets/ directory.

The directory tree of K-BERT:

K-BERT
├── brain
│   ├── config.py
│   ├── __init__.py
│   ├── kgs
│   │   ├── CnDbpedia.spo
│   │   ├── HowNet.spo
│   │   └── Medical.spo
│   └── knowgraph.py
├── datasets
│   ├── book_review
│   │   ├── dev.tsv
│   │   ├── test.tsv
│   │   └── train.tsv
│   ├── chnsenticorp
│   │   ├── dev.tsv
│   │   ├── test.tsv
│   │   └── train.tsv
│    ...
│
├── models
│   ├── google_config.json
│   ├── google_model.bin
│   └── google_vocab.txt
├── outputs
├── uer
├── README.md
├── requirements.txt
├── run_kbert_cls.py
└── run_kbert_ner.py

K-BERT for text classification

Classification example

Run example on Book review with CnDbpedia:

CUDA_VISIBLE_DEVICES='0' nohup python3 -u run_kbert_cls.py \
    --pretrained_model_path ./models/google_model.bin \
    --config_path ./models/google_config.json \
    --vocab_path ./models/google_vocab.txt \
    --train_path ./datasets/book_review/train.tsv \
    --dev_path ./datasets/book_review/dev.tsv \
    --test_path ./datasets/book_review/test.tsv \
    --epochs_num 5 --batch_size 32 --kg_name CnDbpedia \
    --output_model_path ./outputs/kbert_bookreview_CnDbpedia.bin \
    > ./outputs/kbert_bookreview_CnDbpedia.log &

Results:

Best accuracy in dev : 88.80%
Best accuracy in test: 87.69%

Options of run_kbert_cls.py:

useage: [--pretrained_model_path] - Path to the pre-trained model parameters.
        [--config_path] - Path to the model configuration file.
        [--vocab_path] - Path to the vocabulary file.
        --train_path - Path to the training dataset.
        --dev_path - Path to the validating dataset.
        --test_path - Path to the testing dataset.
        [--epochs_num] - The number of training epoches.
        [--batch_size] - Batch size of the training process.
        [--kg_name] - The name of knowledge graph, "HowNet", "CnDbpedia" or "Medical".
        [--output_model_path] - Path to the output model.

Classification benchmarks

Accuracy (dev/test %) on different dataset:

Dataset HowNet CnDbpedia
Book review 88.75/87.75 88.80/87.69
ChnSentiCorp 95.00/95.50 94.42/95.25
Shopping 97.01/96.92 96.94/96.73
Weibo 98.22/98.33 98.29/98.33
LCQMC 88.97/87.14 88.91/87.20
XNLI 77.11/77.07 76.99/77.43

K-BERT for named entity recognization (NER)

NER example

Run an example on the msra_ner dataset with CnDbpedia:

CUDA_VISIBLE_DEVICES='0' nohup python3 -u run_kbert_ner.py \
    --pretrained_model_path ./models/google_model.bin \
    --config_path ./models/google_config.json \
    --vocab_path ./models/google_vocab.txt \
    --train_path ./datasets/msra_ner/train.tsv \
    --dev_path ./datasets/msra_ner/dev.tsv \
    --test_path ./datasets/msra_ner/test.tsv \
    --epochs_num 5 --batch_size 16 --kg_name CnDbpedia \
    --output_model_path ./outputs/kbert_msraner_CnDbpedia.bin \
    > ./outputs/kbert_msraner_CnDbpedia.log &

Results:

The best in dev : precision=0.957, recall=0.962, f1=0.960
The best in test: precision=0.953, recall=0.959, f1=0.956

Options of run_kbert_ner.py:

useage: [--pretrained_model_path] - Path to the pre-trained model parameters.
        [--config_path] - Path to the model configuration file.
        [--vocab_path] - Path to the vocabulary file.
        --train_path - Path to the training dataset.
        --dev_path - Path to the validating dataset.
        --test_path - Path to the testing dataset.
        [--epochs_num] - The number of training epoches.
        [--batch_size] - Batch size of the training process.
        [--kg_name] - The name of knowledge graph.
        [--output_model_path] - Path to the output model.

K-BERT for domain-specific tasks

Experimental results on domain-specific tasks (Precision/Recall/F1 %):

KG Finance_QA Law_QA Finance_NER Medicine_NER
HowNet 0.805/0.888/0.845 0.842/0.903/0.871 0.860/0.888/0.874 0.935/0.939/0.937
CN-DBpedia 0.814/0.881/0.846 0.814/0.942/0.874 0.860/0.887/0.873 0.935/0.937/0.936
MedicalKG -- -- -- 0.944/0.943/0.944

Acknowledgement

This work is a joint study with the support of Peking University and Tencent Inc.

If you use this code, please cite this paper:

@inproceedings{weijie2019kbert,
  title={{K-BERT}: Enabling Language Representation with Knowledge Graph},
  author={Weijie Liu, Peng Zhou, Zhe Zhao, Zhiruo Wang, Qi Ju, Haotang Deng, Ping Wang},
  booktitle={Proceedings of AAAI 2020},
  year={2020}
}
Rhasspy 673 Dec 28, 2022
Poetry PEP 517 Build Backend & Core Utilities

Poetry Core A PEP 517 build backend implementation developed for Poetry. This project is intended to be a light weight, fully compliant, self-containe

Poetry 293 Jan 02, 2023
Repository of the Code to Chatbots, developed in Python

Description In this repository you will find the Code to my Chatbots, developed in Python. I'll explain the structure of this Repository later. Requir

Li-am K. 0 Oct 25, 2022
Scikit-learn style model finetuning for NLP

Scikit-learn style model finetuning for NLP Finetune is a library that allows users to leverage state-of-the-art pretrained NLP models for a wide vari

indico 665 Dec 17, 2022
Python wrapper for Stanford CoreNLP tools v3.4.1

Python interface to Stanford Core NLP tools v3.4.1 This is a Python wrapper for Stanford University's NLP group's Java-based CoreNLP tools. It can eit

Dustin Smith 610 Sep 07, 2022
📜 GPT-2 Rhyming Limerick and Haiku models using data augmentation

Well-formed Limericks and Haikus with GPT2 📜 GPT-2 Rhyming Limerick and Haiku models using data augmentation In collaboration with Matthew Korahais &

Bardia Shahrestani 2 May 26, 2022
Simple Annotated implementation of GPT-NeoX in PyTorch

Simple Annotated implementation of GPT-NeoX in PyTorch This is a simpler implementation of GPT-NeoX in PyTorch. We have taken out several optimization

labml.ai 101 Dec 03, 2022
Multilingual text (NLP) processing toolkit

polyglot Polyglot is a natural language pipeline that supports massive multilingual applications. Free software: GPLv3 license Documentation: http://p

RAMI ALRFOU 2.1k Jan 07, 2023
Dust model dichotomous performance analysis

Dust-model-dichotomous-performance-analysis Using a collated dataset of 90,000 dust point source observations from 9 drylands studies from around the

1 Dec 17, 2021
A Word Level Transformer layer based on PyTorch and 🤗 Transformers.

Transformer Embedder A Word Level Transformer layer based on PyTorch and 🤗 Transformers. How to use Install the library from PyPI: pip install transf

Riccardo Orlando 27 Nov 20, 2022
Code for the Findings of NAACL 2022(Long Paper): AdapterBias: Parameter-efficient Token-dependent Representation Shift for Adapters in NLP Tasks

AdapterBias: Parameter-efficient Token-dependent Representation Shift for Adapters in NLP Tasks arXiv link: upcoming To be published in Findings of NA

Allen 16 Nov 12, 2022
A simple tool to update bib entries with their official information (e.g., DBLP or the ACL anthology).

Rebiber: A tool for normalizing bibtex with official info. We often cite papers using their arXiv versions without noting that they are already PUBLIS

(Bill) Yuchen Lin 2k Jan 01, 2023
Blazing fast language detection using fastText model

Luga A blazing fast language detection using fastText's language models Luga is a Swahili word for language. fastText provides a blazing fast language

Prayson Wilfred Daniel 18 Dec 20, 2022
NLP, before and after spaCy

textacy: NLP, before and after spaCy textacy is a Python library for performing a variety of natural language processing (NLP) tasks, built on the hig

Chartbeat Labs Projects 2k Jan 04, 2023
Natural Language Processing

NLP Natural Language Processing apps Multilingual_NLP.py start #This script is demonstartion of Mul

Ritesh Sharma 1 Oct 31, 2021
A Chinese to English Neural Model Translation Project

ZH-EN NMT Chinese to English Neural Machine Translation This project is inspired by Stanford's CS224N NMT Project Dataset used in this project: News C

Zhenbang Feng 29 Nov 26, 2022
KoBERTopic은 BERTopic을 한국어 데이터에 적용할 수 있도록 토크나이저와 BERT를 수정한 코드입니다.

KoBERTopic 모델 소개 KoBERTopic은 BERTopic을 한국어 데이터에 적용할 수 있도록 토크나이저와 BERT를 수정했습니다. 기존 BERTopic : https://github.com/MaartenGr/BERTopic/tree/05a6790b21009d

Won Joon Yoo 26 Jan 03, 2023
Multi-Scale Temporal Frequency Convolutional Network With Axial Attention for Speech Enhancement

MTFAA-Net Unofficial PyTorch implementation of Baidu's MTFAA-Net: "Multi-Scale Temporal Frequency Convolutional Network With Axial Attention for Speec

Shimin Zhang 87 Dec 19, 2022
NeMo: a toolkit for conversational AI

NVIDIA NeMo Introduction NeMo is a toolkit for creating Conversational AI applications. NeMo product page. Introductory video. The toolkit comes with

NVIDIA Corporation 5.3k Jan 04, 2023