Service Composition for the Semantic Web

Medjahed, Brahim; Bouguettaya, Athman

doi:10.1007/978-1-4419-8465-4

Cited by 20 publications

(11 citation statements)

References 115 publications

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“…However, in the e-Science context, to connect applications between geographically dispersed research groups it is necessary to encapsulate these scientific applications as Web Services, to make available a more semantic description of their functionality, so that research groups can find remote services that best fit their needs, but also fulfill non-functional requirements. In addition, we may need to compose these Web services in a scientific workflow, where information from different research groups can be processed by different applications in order to obtain a final result [Medjahed and Bouguettaya, 2011].…”

Section: Semantic Web Services Use and Composition Related To Scientimentioning

confidence: 99%

Management of Scientific Experiments in Computational Modeling: Challenges and Perspectives

Braga

Campos

David

et al. 2012

iSys

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Currently the computer is essential to the success in conducting scientific research. In this context, e-Science appears as science performed with computer support aiming efficiency. The challenge, “Computational Modeling of artificial, naturals and socio-cultural complex systems and man-nature interaction” from SBC Great Challenges is strongly related to the e-Science context. The goal of this challenge is to create, evaluate, modify, compose, manage and exploit computer models in fields related to complex, artificial, natural, socio-cultural and human-nature systems. Technologies like semantic web service composition, data provenance, peer to peer networks and scientific software product line can be used as basis for the specification and development of an e-Science infrastructure to handle challenges and solve problems. This paper discusses the main challenges involved in developing an eScience infrastructure, presenting research challenges for the next years.

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Section: Semantic Web Services Use and Composition Related To Scientimentioning

confidence: 99%

Management of Scientific Experiments in Computational Modeling: Challenges and Perspectives

Braga

Campos

David

et al. 2012

iSys

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“…An SOA enterprise is based on three main concepts: provider, consumer, and registry (Chen and Abhari, 2008) as illustrated in Figure 1. One of the best benefits of SOA is the service composition process (Medjahed and Bouguettaya, 2011) that takes place whenever a service consumes another to implement a particular business process. In other words, one service can use the capabilities of another service to accomplish its own tasks (Rosen et al, 2008) in order to implement a required business.…”

Section: Introductionmentioning

confidence: 99%

An intelligent-ranking framework for web services selection process

Mustafa

ElYamany

Elarabawy

et al. 2014

IJSTM

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This paper introduces an intelligent framework for selecting the best candidate service from the registered and published services within a particular registry through analysing the providers, the consumers and the registry constraints in addition to the business environment requirements. The proposed framework involves three particular phases conforming to the main structure of 86 A. Mustafa et al.service-oriented architecture (SOA) which is the provider, consumer and registry. In each phase, an appropriate intelligent technique is deployed for establishing a particular functionality. Specifically, an intelligent agent technique is run at the provider's side for validating the encapsulated business within the designed WSs, a data mining model is executed at the registry's side for classifying the registered WSs with respect to their quality of services (QoS) parameters, and a statistical methodology which combines the registry and consumers' preferences is applied in order to recommend the best WS expected to operate properly with the target business process.

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“…Semantic web services [8,9,10,11] provide an open, extensible, semantic framework for describing and publishing semantic content, improved interoperability, automated service composition, discovery and invocation, access to knowledge on the Internet [12]. [13,14,15] describes discovery and composition issues of web services in the proposed extended SOA architecture.…”

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confidence: 99%

The Approach to Web Services Composition

Коваль

Globa

Novogrudska

2016

Hard and Soft Computing for Artificial Intelligence, Multimedia and Security

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The paper presents an approach to the composition of web services based on their meta descriptions. The process of web services sequence formation is depicted. Such web services sequence describes execution of certain user's task. The method of user's tasks scenario formation is proposed that allows to define dynamically an ordered sequence of web services required to run a specific user's tasks. The scenario formation for real user's task «Calculation of the strength for the power components of magnetic systems» is represented, approving the applicability and efficiency of proposed approach.

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Service Composition for the Semantic Web

Cited by 20 publications

References 115 publications

Management of Scientific Experiments in Computational Modeling: Challenges and Perspectives

Management of Scientific Experiments in Computational Modeling: Challenges and Perspectives

An intelligent-ranking framework for web services selection process

The Approach to Web Services Composition

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