Effect of Multilingual and Domain-adapted Continual Pre-training on Few-shot Promptability

Continual Pre-training (CPT) can help pretrained large language models (LLMs) effectively adapt to new or under-trained domains or low-resource languages without re-training from scratch.Nevertheless, during CPT, the model's few-shot transfer ability is known to be affected for emergent tasks.We verified this by comparing the performance between the few-shot and fine-tuning settings on the same tasks.We used Llama3-ELAINE-medLLM, which was continually pre-trained on Llama3-8B, targeted for the biomedical domain, and adapted for multilingual languages (English, Japanese, and Chinese).We compared the performance of Llama3-ELAINE-medLLM and Llama3-8B in three emergent tasks: two related domain tasks, entity recognition (NER) and machine translation (MT), and one out-of-domain task, summarization (SUM).Our experimental results show that degradation in few-shot transfer ability does not necessarily indicate the model's underlying potential on the same task after fine-tuning.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.18653/v1/2025.bionlp-1.2
Primary Topic
Innovative Teaching Methods
Type
article
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article

Effect of Multilingual and Domain-adapted Continual Pre-training on Few-shot Promptability

Ken Yano, Makoto Miwa
Innovative Teaching Methods
article

Effect of Multilingual and Domain-adapted Continual Pre-training on Few-shot Promptability

Ken Yano, Makoto Miwa
article en

Abstract

Continual Pre-training (CPT) can help pretrained large language models (LLMs) effectively adapt to new or under-trained domains or low-resource languages without re-training from scratch.Nevertheless, during CPT, the model's few-shot transfer ability is known to be affected for emergent tasks.We verified this by comparing the performance between the few-shot and fine-tuning settings on the same tasks.We used Llama3-ELAINE-medLLM, which was continually pre-trained on Llama3-8B, targeted for the biomedical domain, and adapted for multilingual languages (English, Japanese, and Chinese).We compared the performance of Llama3-ELAINE-medLLM and Llama3-8B in three emergent tasks: two related domain tasks, entity recognition (NER) and machine translation (MT), and one out-of-domain task, summarization (SUM).Our experimental results show that degradation in few-shot transfer ability does not necessarily indicate the model's underlying potential on the same task after fine-tuning.

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Innovative Teaching Methods
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