Semantic embedding has been widely investigated for aligning knowledge graph (KG) entities. Current methods have explored and utilized the graph structure, the entity names and attributes, but ignore the ontology (or ontological schema) which contains critical meta information such as classes and their membership relationships with entities. In this paper, we propose an ontology-guided entity alignment method named OntoEA, where both KGs and their ontologies are jointly embedded, and the class hierarchy and the class disjointness are utilized to avoid false mappings. Extensive experiments on seven public and industrial benchmarks have demonstrated the state-of-the-art performance of OntoEA and the effectiveness of the ontologies.
翻译:目前的方法探索和利用了图表结构、实体名称和属性,但忽略了包含关键元信息的本体学(或本体学计划),如分类及其与实体的成员关系等关键元信息。在本文中,我们提议了名为OntoEA的本体学指导实体调整方法,在OntoEA, KG及其本体是联合嵌入的,并且利用阶级等级和阶级脱节来避免虚假的绘图。关于七个公共和工业基准的广泛实验显示了本体的最新表现和本体学的有效性。