多样性中的统一:跨多模式医学资源的协同预训练。

Xiaochen Wang, Junyu Luo, Jiaqi Wang, Yuan Zhong, Xiaokun Zhang, Yaqing Wang, Parminder Bhatia, Cao Xiao, Fenglong Ma
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引用次数: 0

摘要

尽管预训练已成为解决各种生物医学任务的普遍方法,但目前预训练模型的有效性受到其对有限范围的医学来源的依赖的阻碍。这种限制导致预训练期间的数据稀缺,并限制了适用的下游任务的范围。为了应对这些挑战,我们开发了医学跨源预训练(MEDCSP),这是一种新的预训练策略,旨在弥合多模式医疗资源之间的差距。MEDCSP采用模式级聚合来统一各个来源中的患者数据。此外,利用时间信息和诊断历史,MEDCSP有效地捕获了不同来源的患者之间的显式和隐含相关性。为了评估所提出的策略,我们进行了全面的实验,其中实验基于来自2个真实医学数据源的6种模式,并在19条基线上对MEDCSP进行了4项任务的评估,这标志着医学领域跨源建模的初步但重要的一步。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unity in Diversity: Collaborative Pre-training Across Multimodal Medical Sources.

Although pre-training has become a prevalent approach for addressing various biomedical tasks, the current efficacy of pre-trained models is hindered by their reliance on a limited scope of medical sources. This limitation results in data scarcity during pre-training and restricts the range of applicable downstream tasks. In response to these challenges, we develop Medical Cross-Source Pre-training (MEDCSP), a new pre-training strategy designed to bridge the gap between multimodal medical sources. MEDCSP employs modality-level aggregation to unify patient data within individual sources. Additionally, leveraging temporal information and diagnosis history, MEDCSP effectively captures explicit and implicit correlations between patients across different sources. To evaluate the proposed strategy, we conduct comprehensive experiments, where the experiments are based on 6 modalities from 2 real-world medical data sources, and MEDCSP is evaluated on 4 tasks against 19 baselines, marking an initial yet essential step towards cross-source modeling in the medical domain.

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