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Phenotypes for Resistant Bacteria Infections Using an Efficient Subgroup Discovery Algorithm

机译:使用有效的子组发现算法进行抗性细菌感染的表型

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The phenotyping process consists of selecting sets of patients of special interest and identifying their key characteristics. Subgroup Discovery (SD) is a suitable supervised approach for this task. In this work, we have proposed a two step process with an efficient SD algorithm (VLA4SD) for an exhaustive exploration of the search space with very effective prunes based on equivalence classes. We use the Coverage and the Incremental Response Rate quality measures to evaluate general and interesting subgroups. The suitability of our approach has been tested by identifying phenotypes of patients in the MIMIC-Ⅲ open access database.
机译:表型过程包括选择特殊兴趣患者的组,并确定其关键特征。 子组发现(SD)是此任务的合适监督方法。 在这项工作中,我们提出了一种具有高效SD算法(VLA4SD)的两个步骤过程,用于基于等效类的非常有效的PRUN的搜索空间彻底探索。 我们使用覆盖范围和增量响应率质量措施来评估一般和有趣的子组。 通过鉴定MIMIC-Ⅲ开放式访问数据库中患者的表型来测试我们的方法的适用性。

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