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Leveraging Data and Structure in Ontology Integration

机译:在本体集成中利用数据和结构

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There is a great deal of research on ontology integration which makes use of rich logical constraints to reason about the structural and logical alignment of ontologies. There is also considerable work on matching data instances from het- erogeneous schema or ontologies. However, little work ex- ploits the fact that ontologies include both data and struc- ture. We aim to close this gap by presenting a new algo- rithm (ILIADS) that tightly integrates both data matching and logical reasoning to achieve better matching of ontolo- gies. We evaluate our algorithm on a set of 30 pairs of OWL Lite ontologies with the schema and data matchings found by human reviewers. We compare against two systems - the ontology matching tool FCA-merge [28] and the schema matching tool COMA++ [1]. ILIADS shows an average improvement of 25% in quality over FCA-merge and a 11% improvement in recall over COMA++.
机译:关于本体集成的大量研究都利用丰富的逻辑约束来推理本体的结构和逻辑一致性。从异构模式或本体匹配数据实例也有大量工作。但是,几乎没有什么工作可以证明本体论既包含数据又包含结构。我们旨在通过提出一种新算法(ILIADS)来弥合这一差距,该算法将数据匹配和逻辑推理紧密集成在一起,以实现更好的本体匹配。我们对30种OWL Lite本体进行了评估,并通过人工审核者发现了方案和数据匹配。我们比较了两种系统-本体匹配工具FCA-merge [28]和模式匹配工具COMA ++ [1]。与FCA合并相比,ILIADS的质量平均提高了25%,与COMA ++相比,召回率提高了11%。

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