Towards a semantic description model aligned with W3C standards for WS automatic discovery

Bitar, Ibrahim El; Belouadha, Fatima-Zahra; Roudiès, Ounsa

doi:10.1109/icmcs.2014.6911226

Cited by 5 publications

(2 citation statements)

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“…The results of the study we previously conducted on these approaches have leaded us to propose a semantic description model aligned with W3C standards for Web service expressive description [16]. Also, we were asked to formalize our Cases in accordance with this model and its standards.…”

Section: Web Service Description Elements In the Cbr4wsd Systemmentioning

confidence: 99%

A Case Elaboration Methodology for a Semantic Web Service Discovery System Based on CBR

Bitar¹,

Bazzal²,

Belouadha³

2017

IJERA

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The Case Based Reasoning is a paradigm of intelligent reasoning which consists on reusing results of previously solved problems (Source Cases) to solve new problems (Target Cases). It has been formalized as a five-step process consisting of: "Elaboration", "Retrieve", "Reuse", "Revise" and "Retain". In this paper we focus on the first phase of the CBR cycle with all of the required modeling to formalize a Case in our CBR-based system for semantic Web service discovery (CBR4WSD). This phase consists in formalizing the problem description and its structuring before launching the "Retrieve" phase and select the most appropriate Source Cases from the Case Base. We identify a set of basic descriptors to formalize Cases handled in our CBR4WSD system. In this conduct and in accordance with CBR policies, we put forward our Case representation model.

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Section: Web Service Description Elements In the Cbr4wsd Systemmentioning

confidence: 99%

A Case Elaboration Methodology for a Semantic Web Service Discovery System Based on CBR

Bitar¹,

Bazzal²,

Belouadha³

2017

IJERA

Self Cite

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“…Our representation of the problem part of a Case handled in CBR4WSD is based on our definition of the WS discovery mechanism as "the act of locating a machine treatable description, of a previously unknown WS describing some functional and non-functional requirements". We consider these functional and non-functional requirements in the Case formalization that stands on our enriched WS description model [10]. Thus, in the Case problem part, we distinguish the functional properties (FP) from the non-functional properties (NFP), hence the notation: pb = (FP, NFP)…”

Section: Representation Of the Case Problem Partmentioning

confidence: 99%

Case-based Matching Algorithm for Dynamic Web Service Discovery

Bitar¹,

Bazzal²,

Belouadha³

2017

IJCA

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With the increasing number of Web services available on the web, looking for a particular service has become very difficult, especially with the evolution of the clients' needs. In this context, we have previously proposed the CBR-based system for semantic Web service discovery (CBR4WSD) which benefits from the advantages of CBR to address the limitations of existing approaches in terms of efficiency of the Web service selection. This paper is devoted to the study of the Retrieval phase, which is the core of our CBR4WSD system. First, we expose the stage of Retrieval preparation which is performed in the Offline discovery process. Then, we present the discoverability checking-rules that help our system to detect the feasibility of the discovery process for a given query. We also present our Retrieval algorithm that calculates the functional and the non-functional similarities before generating the global similarity measure.

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Towards a Cloud-WSDL Metamodel: A New Extension of WSDL for Cloud Service Description

Ghazouani¹,

Tissaoui²,

Chbeir³

2021

Advances in Databases and Information Systems

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Towards a semantic description model aligned with W3C standards for WS automatic discovery

Cited by 5 publications

References 3 publications

A Case Elaboration Methodology for a Semantic Web Service Discovery System Based on CBR

A Case Elaboration Methodology for a Semantic Web Service Discovery System Based on CBR

Case-based Matching Algorithm for Dynamic Web Service Discovery

Towards a Cloud-WSDL Metamodel: A New Extension of WSDL for Cloud Service Description

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