Tex2Py-45K: A Parallel Corpus Dataset for Bidirectional Conversion Between LaTeX and Python

LaTeX and Python, integral to the scientific research workflow, each offers specialized capabilities. Bidirectional LaTeX-Python conversion models could augment the efficacy and precision of scientific research. In this paper, we release the Tex2Py-45K dataset1, containing 45,668 LaTeX-Python pairs. Based on the Tex2Py-45K dataset, we propose SMML format and Hybrid training mode, which trained effective LaTeX-Python bidirectional conversion models. At last, we analyze failure cases of the LaTeX-Python bidirectional conversion, providing direction for future research.

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Published
2024-12-06
DOI
https://doi.org/10.1145/3709026.3709044
Primary Topic
Natural Language Processing Techniques
Type
article
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article

Tex2Py-45K: A Parallel Corpus Dataset for Bidirectional Conversion Between LaTeX and Python

Manni Duan, Lei Li, Yongheng Wang
Natural Language Processing Techniques
article

Tex2Py-45K: A Parallel Corpus Dataset for Bidirectional Conversion Between LaTeX and Python

Manni Duan, Lei Li, Yongheng Wang
article en

Abstract

LaTeX and Python, integral to the scientific research workflow, each offers specialized capabilities. Bidirectional LaTeX-Python conversion models could augment the efficacy and precision of scientific research. In this paper, we release the Tex2Py-45K dataset1, containing 45,668 LaTeX-Python pairs. Based on the Tex2Py-45K dataset, we propose SMML format and Hybrid training mode, which trained effective LaTeX-Python bidirectional conversion models. At last, we analyze failure cases of the LaTeX-Python bidirectional conversion, providing direction for future research.

Zhejiang Lab (CN)
Openalex Percentile: Top 75%
Natural Language Processing Techniques
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