Amith Muhammad, Tao Cui
School of Biomedical Informatics, University of Texas Health Science Center, Fannin Street, Houston, Texas, USA.
J Biomed Semantics. 2017 Apr 24;8(1):17. doi: 10.1186/s13326-017-0124-2.
Research for ontology evaluation is scarce. If biomedical ontological datasets and knowledgebases are to be widely used, there needs to be quality control and evaluation for the content and structure of the ontology. This paper introduces how to effectively utilize a semiotic-inspired approach to ontology evaluation, specifically towards drug-related ontologies hosted on the National Center for Biomedical Ontology BioPortal.
Using the semiotic-based evaluation framework for drug-based ontologies, we adjusted the quality metrics based on the semiotic features of drug ontologies. Then, we compared the quality scores before and after tailoring. The scores revealed a more precise measurement and a closer distribution compared to the before-tailoring.
The results of this study reveal that a tailored semiotic evaluation produced a more meaningful and accurate assessment of drug-based ontologies, lending to the possible usefulness of semiotics in ontology evaluation.
关于本体评估的研究很少。如果生物医学本体数据集和知识库要被广泛使用,那么就需要对本体的内容和结构进行质量控制和评估。本文介绍了如何有效地利用一种受符号学启发的方法进行本体评估,特别是针对美国国立医学图书馆生物医学本体中心生物门户上托管的与药物相关的本体。
使用基于符号学的药物本体评估框架,我们根据药物本体的符号学特征调整了质量指标。然后,我们比较了调整前后的质量得分。结果显示,与调整前相比,得分的测量更精确,分布更紧密。
本研究结果表明,定制的符号学评估对药物本体产生了更有意义和准确的评估,这表明符号学在本体评估中可能具有实用性。