Exploring Low-Resource Machine Translation: Case Study of Lao-Vietnamese Translation

Despite ongoing research efforts in recent years, machine translation in low-resource settings remains challenging. This paper explores recent methods to enhance low-resource machine translation (LoResMT), especially for both-side low-resource language pairs like the Lao-Vietnamese language pair. In this case, our experiments highlight the importance of translation network’s hyper-parameter optimization for LoResMT. Back-translation methods and fine-tuning multilingual pre-trained models also gain positive results. With the small size of the Lao-Vietnamese dataset from the VLSP 2023 MT challenge shared task, our hyper-parameter optimization achieved 24.61 BLEU score, an improvement of 22 BLEU score over the default model settings. Using back-translation method boosts the performance to 27.79 BLEU score. Additionally, fine-tuning the pre-trained model mT5 on the training set yields a result of 28.05 BLEU score. The best achieved BLEU score of our Lao-Vietnamese translation system is comparable to the best score announced in the related works with less data.

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Published
2024-08-15
DOI
https://doi.org/10.1109/mapr63514.2024.10660932
Primary Topic
Natural Language Processing Techniques
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article
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article

Exploring Low-Resource Machine Translation: Case Study of Lao-Vietnamese Translation

Thi-Ngoc-Diep Do, Quang-Dai Tran
Natural Language Processing Techniques
article

Exploring Low-Resource Machine Translation: Case Study of Lao-Vietnamese Translation

Thi-Ngoc-Diep Do, Quang-Dai Tran
article en

Abstract

Despite ongoing research efforts in recent years, machine translation in low-resource settings remains challenging. This paper explores recent methods to enhance low-resource machine translation (LoResMT), especially for both-side low-resource language pairs like the Lao-Vietnamese language pair. In this case, our experiments highlight the importance of translation network’s hyper-parameter optimization for LoResMT. Back-translation methods and fine-tuning multilingual pre-trained models also gain positive results. With the small size of the Lao-Vietnamese dataset from the VLSP 2023 MT challenge shared task, our hyper-parameter optimization achieved 24.61 BLEU score, an improvement of 22 BLEU score over the default model settings. Using back-translation method boosts the performance to 27.79 BLEU score. Additionally, fine-tuning the pre-trained model mT5 on the training set yields a result of 28.05 BLEU score. The best achieved BLEU score of our Lao-Vietnamese translation system is comparable to the best score announced in the related works with less data.

Vol. 27
Hanoi University of Science and Technology (VN)
Openalex Percentile: Top 87%
Natural Language Processing Techniques
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