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A Systems Approach to User Evaluation of Biomedical Ontologies

机译:用户评估生物医学本体的系统方法

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Several ontologies attempting to combine biomedical data using various strategies in order to overcome issues of scope and differing levels of granularity have emerged. However, these Ontologies are little used in distributed applications. This is attributed to both the lack of knowledge about user needs for such systems and the absence of a general framework to assess their relative suitability for specific applications. In this paper, a framework to address this problem by relating user needs to ontology characteristic is proposed. Systems theory is used to explain the dynamics of a biomedical environment by providing feedbacks from the evaluation process to the user needs for integration systems. The framework has been validated using a descriptive field study. The results indicate that it is sufficiently flexible for evaluating ontology based biomedical integrated systems, taking into account the conflicting needs of different users interested in accessing complex libraries of biomedical data.
机译:尝试使用各种策略结合生物医学数据以克服范围问题和不同粒度水平的若干本体。但是,这些本体在分布式应用中很少使用。这归因于对用户需求的知识缺乏了解这些系统的知识以及缺乏一般框架,以评估其对特定应用的相对适用性。在本文中,提出了通过将用户相关联的框架来解决这个问题的框架。系统理论用于通过向用户对集成系统的需求提供从评估过程的反馈来解释生物医学环境的动态。使用描述性实地研究验证了该框架。结果表明,对基于本体的生物医学集成系统进行评估是足够的灵活性,同时考虑到对访问生物医学数据的复杂库感兴趣的不同用户的冲突需求。

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