arXiv (Cornell University) · 2011 · 38 citations · 20 references
ComputingComputer ScienceInformation TechnologyData ManagementKnowledge MappingKnowledge RepresentationData IntegrationDescription LogicsKnowledge GraphsSemantic NetworksBenchmark DatasetsLinked DataResource Description LanguagesRule-based SystemsSchema MatchingSemantic LinkingSemantic WebSemantic Web Rules
The interlinking of datasets published in the Linked Data Cloud is a challenging problem and a key factor for the success of the Semantic Web. Manual rule-based methods are the most effective solution for the problem, but they require skilled human data publishers going through a laborious, error prone and time-consuming process for manually describing rules mapping instances between two datasets. Thus, an automatic approach for solving this problem is more than welcome. In this paper, we propose a novel interlinking method, SERIMI, for solving this problem automatically. SERIMI matches instances between a source and a target datasets, without prior knowledge of the data, domain or schema of these datasets. Experiments conducted with benchmark collections demonstrate that our approach considerably outperforms state-of-the-art automatic approaches for solving the interlinking problem on the Linked Data Cloud.
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