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As more and more ontologies are defined with different terms, ontology matching plays a crucial role in addressing the <italic>semantic heterogeneity problem</italic> in many different disciplines. Many efforts have been made to discover correspondences among terms in different ontologies. Most studies directly match two ontologies by utilizing terminological and structural methods that rely on ontologies themselves only. However, the decentralized characteristic of ontologies raises the uncertainty in ontology matching. To address this problem, we propose a four-stage ontology matching framework (FOMF) to enhance ontology matching performance. It is built upon the commonly accepted claim that <italic>an external comprehensive knowledge base can be used as a semantic bridge between domain ontologies for ontology matching</italic>. First, FOMF semantically maps domain ontologies to a knowledge base and then produces different types of alignments, including <italic>equivalence</italic>, <italic>subclass</italic>, <italic>sameas</italic>, and <italic>instance alignments</italic>. Similarities between two domain ontologies are next employed to enhance the <italic>equivalence</italic> and <italic>sameas alignments</italic> discovery. Finally, based on acquired alignments, inferred alignments are deduced to guarantee the completeness of matching results. Our experimental results show the superiority of the proposed method over the existing ones.

Accurate Identification of Ontology Alignments at Different Granularity Levels