Byungju Kim


2024

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Data Driven Approach for Mathematical Problem Solving
Byungju Kim | Wonseok Lee | Jaehong Kim | Jungbin Im
Proceedings of the 2nd Workshop on Mathematical Natural Language Processing @ LREC-COLING 2024

In this paper, we investigate and introduce a novel Llama-2 based model, fine-tuned with an original dataset designed to mirror real-world mathematical challenges. The dataset was collected through a question-answering platform, incorporating solutions generated by both rule-based solver and question answering, to cover a broad spectrum of mathematical concepts and problem-solving techniques. Experimental results demonstrate significant performance improvements when the models are fine-tuned with our dataset. The results suggest that the integration of contextually rich and diverse problem sets into the training substantially enhances the problem-solving capability of language models across various mathematical domains. This study showcases the critical role of curated educational content in advancing AI research.