Heterogenous Knowledge Discovery from Medical Data Ontologies

Gaurang Gavai, M. Nabi, D. Bobrow, S. Shahraz
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Abstract

A variety of knowledge discovery applications on healthcare big data require effective medical ontologies of diseases that can abstract the healthcare record data in order to support formal reasoning. Domain specific ontologies are often created by teams of clinicians manually, partitioning the conditions present in that domain on pre-defined boundaries. However, it is often hard to determine the underlying patterns of diseases that partitioning such data. We use exploratory and confirmatory factor analyses to describe the variability in the observed patterns or groupings of two such ontologies in terms of a potentially lower number of latent factors. This gives valuable preliminary insights into the multimorbidity of conditions prevalent in these populations which can be used to better inform diagnoses and recommend preventative measures for the same.
医学数据本体的异构知识发现
基于医疗大数据的各种知识发现应用需要有效的疾病医学本体,这些本体可以抽象医疗记录数据以支持形式推理。领域特定的本体通常由临床医生团队手动创建,在预定义的边界上划分该领域中存在的条件。然而,通常很难确定划分这些数据的疾病的潜在模式。我们使用探索性和验证性因素分析来描述观察到的模式或两个这样的本体分组的可变性,以潜在的较低数量的潜在因素。这为了解这些人群中普遍存在的多病性疾病提供了宝贵的初步见解,可用于更好地为诊断提供信息并建议预防措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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