A NOVEL APPROACH FOR RANKING ONTOLOGIES BASED ON THE STRUCTURE AND SEMANTICS
Ravanala Subhashini, J. Akilandeswari
Abstract
Ravanala Subhashini, J. Akilandeswari
Abstract
Semantic web is based on knowledge representation which contains a large number of ontologies. The increasing demand for ontology had triggered a growing number of usable ontology in web. This is mainly used for ontology merging, ontology mapping, and for reusing purpose. In order to get a solution for this problem, ontology search results need to be ranked. This ranking method increases the scope of the knowledge searching in ontology-driven searches. At present many ranking techniques are available. By exploring the advantages and weakness of a AKTive ranking algorithm in the semantic web , this paper proposes a new ranking algorithm named Onto-DSB ranking based on the semantic web link and the internal structure of ontology , the way which is achieved by introducing new measures based on its relation set. Experimental results indicate that this algorithm is more effective and satisfies the needs of the user.
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Semantic web is based on knowledge representation which contains a large number of ontologies. The increasing demand for ontology had triggered a growing number of usable ontology in web. This is mainly used for ontology merging, ontology mapping, and for reusing purpose. In order to get a solution for this problem, ontology search results need to be ranked. This ranking method increases the scope of the knowledge searching in ontology-driven searches. At present many ranking techniques are available. By exploring the advantages and weakness of a AKTive ranking algorithm in the semantic web , this paper proposes a new ranking algorithm named Onto-DSB ranking based on the semantic web link and the internal structure of ontology , the way which is achieved by introducing new measures based on its relation set. Experimental results indicate that this algorithm is more effective and satisfies the needs of the user.
Key concepts: Computer science, Ontology, Information retrieval, Ranking (information retrieval), Ontology-based data integration, Upper ontology, OWL-S, Process ontology