Papers by Kazuma Kobayashi

4 papers
MED-COREASONER: Reducing Language Disparities in Medical Reasoning via Language-Informed Co-Reasoning (2026.acl-long)

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Challenge: Existing models that use English and local languages have a multilingual gap . a language-informed co-reasoning framework can be used to improve multilingual reasoning .
Approach: They propose a language-informed co-reasoning framework that elicits parallel English and local-language reasoning and abstracts them into structured concepts.
Outcome: Experiments show that Med-CoReasoner improves multilingual reasoning performance by 5% . the framework produces clinically sound and culturally grounded reasoning traces .
A Case Study on Neural Headline Generation for Editing Support (N19-2)

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Challenge: a news-aggregator is a website or mobile application that aggregates web content . dozens of professional editors manually create their headlines, which are much shorter than the original headlines.
Approach: They propose a neural headline generation model that automatically generates short headlines from news articles.
Outcome: The proposed model is deployed to an editing support tool and compares editors' behavior before and after the release.
Extractive Headline Generation Based on Learning to Rank for Community Question Answering (C18-1)

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Challenge: Community question answering (CQA) forums do not always have appropriate headlines because of user-generated content.
Approach: They propose an extractive headline generation method that extracts the most informative substring from each question as its headline.
Outcome: The proposed method outperforms baselines including a prefix-based method . it uses the prefix of a question as its headline to create the most informative substring .
Leveraging High-Resource English Corpora for Cross-lingual Domain Adaptation in Low-Resource Japanese Medicine via Continued Pre-training (2025.findings-emnlp)

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Challenge: low-resource language corpora in professional domains like medicine hinder cross-lingual domain adaptation of pre-trained large language models.
Approach: They examine how linguistic features affect performance on a Japanese–English medical knowledge benchmark.
Outcome: The proposed model can leverage English-language resources in medical domains while ensuring sufficient coverage of language-specific expressions in a target language.

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