Qwen-VL2 Model with NEFTune technique For Medical Report Generation

This study highlights the growing integration of AI into the biomedical domain, focusing on developing a medical report generation model by leveraging Alibaba’s open-source vision-language model, Qwen2-VL, for supervised learning. Qwen2-VL supports multilingual interactions, covering English, Chinese, and several other languages, and is capable of real-time image and video content analysis, showcasing advanced visual understanding and generation capabilities. Despite its versatility, Qwen2-VL’s generated results lack the professionalism and reliability necessary for specialized medical reports without proper fine-tuning. To address this, a dedicated instruction fine-tuning dataset was constructed for the model, accompanied by performance evaluation using relevant metrics. Additionally, NEFTune, a method designed to enhance noise resistance, was utilized to improve the model’s performance. Experimental comparisons with other models, such as Llava, CogVLM, and Qwen-VL, demonstrated that the enhanced Qwen2-VL model achieved superior performance on the Rouge metric, highlighting its effectiveness for medical report generation.

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Publication Details

Published
2025-03-21
DOI
https://doi.org/10.1109/iscait64916.2025.11010582
Primary Topic
Topic Modeling
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article
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article

Qwen-VL2 Model with NEFTune technique For Medical Report Generation

Jinyu Tang, Chuan Shi, Yueyang Yu, Sicheng Zheng
Topic Modeling
article

Qwen-VL2 Model with NEFTune technique For Medical Report Generation

Jinyu Tang, Chuan Shi, Yueyang Yu, Sicheng Zheng
article en

Abstract

This study highlights the growing integration of AI into the biomedical domain, focusing on developing a medical report generation model by leveraging Alibaba’s open-source vision-language model, Qwen2-VL, for supervised learning. Qwen2-VL supports multilingual interactions, covering English, Chinese, and several other languages, and is capable of real-time image and video content analysis, showcasing advanced visual understanding and generation capabilities. Despite its versatility, Qwen2-VL’s generated results lack the professionalism and reliability necessary for specialized medical reports without proper fine-tuning. To address this, a dedicated instruction fine-tuning dataset was constructed for the model, accompanied by performance evaluation using relevant metrics. Additionally, NEFTune, a method designed to enhance noise resistance, was utilized to improve the model’s performance. Experimental comparisons with other models, such as Llava, CogVLM, and Qwen-VL, demonstrated that the enhanced Qwen2-VL model achieved superior performance on the Rouge metric, highlighting its effectiveness for medical report generation.

Keio University (JP), Jianghan University (CN), University of Chicago (US), Beijing Haidian Hospital (CN)
Openalex Percentile: Top 94%
Topic Modeling
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