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An Evaluation Method for Ontology Complexity Analysis in Ontology Evolution

机译:本体进化中本体复杂度分析的评估方法

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Ontology evolution becomes extremely important with the tremendous application of ontology. Ontology's size and complexity change a lot during its evolution. Thus it's important for ontology developers to analyze and try to control ontology's complexity to ensure the ontology is useable. In this paper, an evaluation method for analyzing ontology complexity is suggested. First, we sort all the concepts of an ontology according to their importance degree (a definition we will give below), then by using a well-defined metrics suite which mainly examines the concepts and their hierarchy and the quantity, ratio of concepts and relationships, we analyze the evolution and distribution of ontology complexity. In the study, we analyzed different versions of GO ontology by using our evaluation method and found it works well. The results indicate that the majority of GO's complexity is distributed on the minority of GO's concepts, which we call "important concepts" and the time when GO's complexity changed greatly is also the time when its "important concepts" changed greatly.
机译:随着本体的广泛应用,本体的发展变得极为重要。本体的大小和复杂性在其演变过程中发生了很大变化。因此,对于本体开发人员来说,分析并尝试控制本体的复杂性以确保本体可用非常重要。提出了一种分析本体复杂度的评估方法。首先,我们根据本体的所有概念的重要性程度(以下将给出定义)对本体的所有概念进行排序,然后使用定义明确的度量标准套件,该套件主要检查概念及其层次结构以及概念和关系的数量,比率,我们分析了本体复杂性的演变和分布。在这项研究中,我们使用评估方法分析了不同版本的GO本体,并发现它运作良好。结果表明,GO的大部分复杂性分布在GO的少数概念上,我们称之为“重要概念”,GO的复杂性发生较大变化的时间也就是其“重要概念”发生较大变化的时间。

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