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Fuzzy knowledge approach to automatic disease diagnosis

机译:模糊知识的疾病自动诊断方法

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Applying best available evidences to clinical decision making requires medical research sharing and (re)using. Recently, computer assisted medical decision making is taking advantage of Semantic Web technologies. In particular, the power of ontologies allows to share medical research and to provide suitable support to the physician's practices. This paper describes a system, named ODINO (Ontological DIsease kNOwledge), aimed at supporting medical decision making through semantic based modeling of medical knowledge base. The system defines an ontology model able to represent relations between medical disease and its symptomatology in a qualitative manner by using fuzzy labels. Medical knowledge is defined according with physician experts members of INMP1 (National Institute for Health Migration and Poverty). The main aim of ODINO is to provide an effective user interface by using ontologies and controlled vocabularies and by allowing faceted search of diseases. In particular, this work mashes the capabilities of Description Logic reasoners and information retrieval techniques in order to answer to physician's requests. Some experimental results are given in the field of dermatological diseases.
机译:将最佳的可用证据应用于临床决策需要医学研究共享和(重新)使用。最近,计算机辅助医疗决策正在利用语义Web技术。特别地,本体的力量允许共享医学研究并为医师的实践提供适当的支持。本文描述了一个名为ODINO(本体本体疾病知识)的系统,旨在通过基于语义的医学知识库建模来支持医学决策。该系统定义了一个本体模型,该本体模型能够通过使用模糊标签来定性地表示医学疾病与其症状之间的关系。医学知识是根据国家健康迁移与贫困研究所INMP 1 的医师专家定义的。 ODINO的主要目的是通过使用本体和受控词汇表以及允许对疾病进行多面搜索来提供有效的用户界面。尤其是,这项工作融合了描述逻辑推理机和信息检索技术的功能,以响应医生的要求。在皮肤病学领域给出了一些实验结果。

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