CAiSE Workshops - Selection of web services for composition using location of provider hosts criterion

We present a Web service composition approach that relies on three selection criteria: execution cost, execution time, and location of provider hosts. A Web service is an accessible application that can be automatically discovered and invoked by other applications and humans. Web services can be composed into high level business-processes that users trigger in order to satisfy their needs. Because providers can have Web services in common, criteria are needed to select which Web services will be considered for composition. Location of provider hosts is among these criteria and aims for example at reducing the number of remote interactions between provider hosts

On the reputation of communities of web services

Web services communities are virtual clusters that agglomerate Web services with the same functionality. However, selecting the best community to deal with is challenging to both users and providers. Reputation has been widely used for evaluating and ranking candidates. In this paper, we introduce a reputation-based Web services community architecture and define some of the performance metrics that are needed to assess the reputation of a Web service community as perceived by the users and providers. Copyright 2008 ACM

Selection of web services for composition using location of provider hosts criterion

We present a Web service composition approach that relies on three selection criteria: execution cost, execution time, and location of provider hosts. A Web service is an accessible application that can be automatically discovered and invoked by other applications and humans. Web services can be composed into high level business-processes that users trigger in order to satisfy their needs. Because providers can have Web services in common, criteria are needed to select which Web services will be considered for composition. Location of provider hosts is among these criteria and aims for example at reducing the number of remote interactions between provider hosts.Zakaria Maamar, Quan Z. Sheng, Boualem Benatalla