Author(s): Souleymane OUMTANAGA | Issa TRAORE | Michel BABRI
Journal: International Journal on Computer Science and Engineering
ISSN 0975-3397
Volume: 3;
Issue: 10;
Start page: 3393;
Date: 2011;
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Keywords: Semantic web service | Composition | Services | Discovery | Hypergraph | Tree.
ABSTRACT
One of the major issues of semantic web is the discovery and identification of the best service that responds to a user request. In this article we specify a semantic web services composition model built through an ontology described in the logical description language ALN (Attributive Language with unqualified Number restrictions). We then show a method for automatic discovery of semantic web services based on graph theory. In order to make the composition model evolutive, we propose a solution for the insertion of new services, thus avoiding the rebuild of the minimum transversals tree.
Journal: International Journal on Computer Science and Engineering
ISSN 0975-3397
Volume: 3;
Issue: 10;
Start page: 3393;
Date: 2011;
VIEW PDF
DOWNLOAD PDF Original pageKeywords: Semantic web service | Composition | Services | Discovery | Hypergraph | Tree.
ABSTRACT
One of the major issues of semantic web is the discovery and identification of the best service that responds to a user request. In this article we specify a semantic web services composition model built through an ontology described in the logical description language ALN (Attributive Language with unqualified Number restrictions). We then show a method for automatic discovery of semantic web services based on graph theory. In order to make the composition model evolutive, we propose a solution for the insertion of new services, thus avoiding the rebuild of the minimum transversals tree.
