Web service selection based on TOPSIS algorithm
Houcine Belouaar, Okba Kazar, Khaled Rezeg
Abstract
Houcine Belouaar, Okba Kazar, Khaled Rezeg
Abstract
The increasing number of Web services that can meet the same functional need, selecting a Web service from several similar services has become increasingly a delicate task for Web clients. A selection must be made in order to determine which relevant Web services would satisfy a user's needs. In the literature, divergent efforts have been expend to solve this problem based on the non-functional properties of Web services. In this paper, we propose an extension of the conventional architecture of SOA Web services, taking into account the different non-functional quality of service (QoS) criteria in the discovery and selection of the best services. More precisely, we propose a model for the selection of Web services based on nonfunctional criteria of QoS. Therefore, to classify similar services, we used a TOPSIS algorithm that classifies web services according to non-functional requirements. In order to show the feasibility of the proposed architecture, we have developed a prototype of web services selection, which is a demonstration for real services.
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The increasing number of Web services that can meet the same functional need, selecting a Web service from several similar services has become increasingly a delicate task for Web clients. A selection must be made in order to determine which relevant Web services would satisfy a user's needs. In the literature, divergent efforts have been expend to solve this problem based on the non-functional properties of Web services. In this paper, we propose an extension of the conventional architecture of SOA Web services, taking into account the different non-functional quality of service (QoS) criteria in the discovery and selection of the best services. More precisely, we propose a model for the selection of Web services based on nonfunctional criteria of QoS. Therefore, to classify similar services, we used a TOPSIS algorithm that classifies web services according to non-functional requirements. In order to show the feasibility of the proposed architecture, we have developed a prototype of web services selection, which is a demonstration for real services.
Key concepts: Web service, WS-Policy, Computer science, TOPSIS, Service-oriented architecture, WS-Addressing, Services computing, Web modeling