README.md

NLU-Co_SemEval-Task5-2020

Experimentations code used for SemEval-2020 Task 5: NLU/SVM based model apply to characterise and extract counterfactual items on raw data

Resume

We try to solve the problem of classification of counterfactual statements and extraction of antecedents/consequences in raw data, by mobilizing on one hand Support Vector Machine (SVMs) and on the other hand Natural Language Understanding (NLU) infrastructures available on the market for conversational agents.

How to run these experiments

Subtask1: counterfactual classification

Dev environnement

Please use pipenv to install dependencies

pipenv --python=3.6
pipenv shell
pipenv install

SVM methods: sklearn experiments

• Train the model with this script

python3 scripts/task1-train_damien.py

• Evaluate the model with this script

python3 scripts/task1-label_damien.py

NLU methods : Rasa and Snips experiments

• Train Rasa, Snips, sklearn and fastext model with this script (uncomment the line at the end)

python3 scripts/task1-train_elvis.py

• Evaluate Rasa, Snips, sklearn and fastext model with this script

python3 scripts/task1-label_elvis.py

Subtask2: antecedent and consequent extraction

• Train Rasa and Snips model with this script (uncomment the line at the end)

python3 scripts/task2-train_elvis.py

• Evaluate Rasa and Snips model with this script

python3 scripts/task2-label_elvis.py

Publication's reference competition

@inproceedings{yang-2020-semeval-task5,
    title = "{S}em{E}val-2020 Task 5: Counterfactual Recognition",
    author = "Yang, Xiaoyu and Obadinma, Stephen and Zhao, Huasha  and Zhang, Qiong and Matwin, Stan and Zhu, Xiaodan", 
    booktitle = "Proceedings of the 14th International Workshop on Semantic Evaluation (SemEval-2020)",
    year = "2020",
    address = "Barcelona, Spain",
}