The Experts below are selected from a list of 8676 Experts worldwide ranked by ideXlab platform
Haiyang Wang - One of the best experts on this subject based on the ideXlab platform.
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automatic generation of web service workflow using a probability based process Semantic Repository
Proceedings of the APWeb WAIM 2007 DBMAN WebETrends PAIS and ASWAN international workshops on Advances in Web and Network Technologies and Information, 2007Co-Authors: Dong Yuan, Haiyang Wang, Lizhen CuiAbstract:Workflow management system has been utilized in the web service environment to make mass of different web services work cooperatively. In this paper, the authors propose a novel automatic generation method of web service workflow and build an e-travel system, which could generate travel process automatically according to passenger's requirements. The e-travel system is a dynamic and self-adaptive virtual travel agency, which uses a probability based process-Semantic Repository as the foundation. This paper will carefully discuss the process-Semantic Repository and the automatic generation algorithm of web service workflow based on it. At last, some experiments are presented to evaluate the efficiency of the e-travel system with the process-Semantic Repository.
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A process-Semantic Repository for automatic workflow modeling in web service environment
Proceedings of the 2007 11th International Conference on Computer Supported Cooperative Work in Design CSCWD, 2007Co-Authors: Dong Yuan, Haiyang WangAbstract:With the fast development of Web service technologies, we need workflow management system to assure a mass of different Web services to work cooperatively. In this paper, we propose a cooperative process-Semantic Repository based on probability, through which we could achieve automatic modeling of workflow according to custom's requirements in the Web service environment. Based on transfer probability, the components of the process-Semantic Repository and its self-adapting mechanism are also described. A prototype of e-travel system was then conceived, and applied in tourism. This e-travel system could automatically generate travel processes for the tourists. The efficiency analysis of the process-Semantic Repository is also done through some experiment data.
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CSCWD - A Process-Semantic Repository for Automatic Workflow Modeling in Web Service Environment
2007 11th International Conference on Computer Supported Cooperative Work in Design, 2007Co-Authors: Dong Yuan, Haiyang WangAbstract:With the fast development of Web service technologies, we need workflow management system to assure a mass of different Web services to work cooperatively. In this paper, we propose a cooperative process-Semantic Repository based on probability, through which we could achieve automatic modeling of workflow according to custom's requirements in the Web service environment. Based on transfer probability, the components of the process-Semantic Repository and its self-adapting mechanism are also described. A prototype of e-travel system was then conceived, and applied in tourism. This e-travel system could automatically generate travel processes for the tourists. The efficiency analysis of the process-Semantic Repository is also done through some experiment data
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APWeb/WAIM Workshops - Automatic Generation of Web Service Workflow Using a Probability Based Process-Semantic Repository
Lecture Notes in Computer Science, 1Co-Authors: Dong Yuan, Haiyang Wang, Lizhen CuiAbstract:Workflow management system has been utilized in the web service environment to make mass of different web services work cooperatively. In this paper, the authors propose a novel automatic generation method of web service workflow and build an e-travel system, which could generate travel process automatically according to passenger's requirements. The e-travel system is a dynamic and self-adaptive virtual travel agency, which uses a probability based process-Semantic Repository as the foundation. This paper will carefully discuss the process-Semantic Repository and the automatic generation algorithm of web service workflow based on it. At last, some experiments are presented to evaluate the efficiency of the e-travel system with the process-Semantic Repository.
Dong Yuan - One of the best experts on this subject based on the ideXlab platform.
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automatic generation of web service workflow using a probability based process Semantic Repository
Proceedings of the APWeb WAIM 2007 DBMAN WebETrends PAIS and ASWAN international workshops on Advances in Web and Network Technologies and Information, 2007Co-Authors: Dong Yuan, Haiyang Wang, Lizhen CuiAbstract:Workflow management system has been utilized in the web service environment to make mass of different web services work cooperatively. In this paper, the authors propose a novel automatic generation method of web service workflow and build an e-travel system, which could generate travel process automatically according to passenger's requirements. The e-travel system is a dynamic and self-adaptive virtual travel agency, which uses a probability based process-Semantic Repository as the foundation. This paper will carefully discuss the process-Semantic Repository and the automatic generation algorithm of web service workflow based on it. At last, some experiments are presented to evaluate the efficiency of the e-travel system with the process-Semantic Repository.
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A process-Semantic Repository for automatic workflow modeling in web service environment
Proceedings of the 2007 11th International Conference on Computer Supported Cooperative Work in Design CSCWD, 2007Co-Authors: Dong Yuan, Haiyang WangAbstract:With the fast development of Web service technologies, we need workflow management system to assure a mass of different Web services to work cooperatively. In this paper, we propose a cooperative process-Semantic Repository based on probability, through which we could achieve automatic modeling of workflow according to custom's requirements in the Web service environment. Based on transfer probability, the components of the process-Semantic Repository and its self-adapting mechanism are also described. A prototype of e-travel system was then conceived, and applied in tourism. This e-travel system could automatically generate travel processes for the tourists. The efficiency analysis of the process-Semantic Repository is also done through some experiment data.
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CSCWD - A Process-Semantic Repository for Automatic Workflow Modeling in Web Service Environment
2007 11th International Conference on Computer Supported Cooperative Work in Design, 2007Co-Authors: Dong Yuan, Haiyang WangAbstract:With the fast development of Web service technologies, we need workflow management system to assure a mass of different Web services to work cooperatively. In this paper, we propose a cooperative process-Semantic Repository based on probability, through which we could achieve automatic modeling of workflow according to custom's requirements in the Web service environment. Based on transfer probability, the components of the process-Semantic Repository and its self-adapting mechanism are also described. A prototype of e-travel system was then conceived, and applied in tourism. This e-travel system could automatically generate travel processes for the tourists. The efficiency analysis of the process-Semantic Repository is also done through some experiment data
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APWeb/WAIM Workshops - Automatic Generation of Web Service Workflow Using a Probability Based Process-Semantic Repository
Lecture Notes in Computer Science, 1Co-Authors: Dong Yuan, Haiyang Wang, Lizhen CuiAbstract:Workflow management system has been utilized in the web service environment to make mass of different web services work cooperatively. In this paper, the authors propose a novel automatic generation method of web service workflow and build an e-travel system, which could generate travel process automatically according to passenger's requirements. The e-travel system is a dynamic and self-adaptive virtual travel agency, which uses a probability based process-Semantic Repository as the foundation. This paper will carefully discuss the process-Semantic Repository and the automatic generation algorithm of web service workflow based on it. At last, some experiments are presented to evaluate the efficiency of the e-travel system with the process-Semantic Repository.
Lizhen Cui - One of the best experts on this subject based on the ideXlab platform.
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automatic generation of web service workflow using a probability based process Semantic Repository
Proceedings of the APWeb WAIM 2007 DBMAN WebETrends PAIS and ASWAN international workshops on Advances in Web and Network Technologies and Information, 2007Co-Authors: Dong Yuan, Haiyang Wang, Lizhen CuiAbstract:Workflow management system has been utilized in the web service environment to make mass of different web services work cooperatively. In this paper, the authors propose a novel automatic generation method of web service workflow and build an e-travel system, which could generate travel process automatically according to passenger's requirements. The e-travel system is a dynamic and self-adaptive virtual travel agency, which uses a probability based process-Semantic Repository as the foundation. This paper will carefully discuss the process-Semantic Repository and the automatic generation algorithm of web service workflow based on it. At last, some experiments are presented to evaluate the efficiency of the e-travel system with the process-Semantic Repository.
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APWeb/WAIM Workshops - Automatic Generation of Web Service Workflow Using a Probability Based Process-Semantic Repository
Lecture Notes in Computer Science, 1Co-Authors: Dong Yuan, Haiyang Wang, Lizhen CuiAbstract:Workflow management system has been utilized in the web service environment to make mass of different web services work cooperatively. In this paper, the authors propose a novel automatic generation method of web service workflow and build an e-travel system, which could generate travel process automatically according to passenger's requirements. The e-travel system is a dynamic and self-adaptive virtual travel agency, which uses a probability based process-Semantic Repository as the foundation. This paper will carefully discuss the process-Semantic Repository and the automatic generation algorithm of web service workflow based on it. At last, some experiments are presented to evaluate the efficiency of the e-travel system with the process-Semantic Repository.
Yamine Aitameur - One of the best experts on this subject based on the ideXlab platform.
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a Semantic Repository for adaptive services
IEEE Congress on Services, 2009Co-Authors: Yamine AitameurAbstract:The Semantic characteristics related to the web services definition are weakly addressed in the original definition of the stack of web services. Web services languages like WSDL or composition languages like BPEL still have syntactic oriented definitions. Several research activities tend to use Semantic based descriptions in order to describe approaches for automatically discovering services and for defining adaptive services. Our claim is that it is needed to proceed as for static data by providing on the one hand another level of abstraction that hides the WSDL descriptions of services and on the other hand a subsumption relationship capable to define a substitutability relationship between Semantic web services. This paper proposes to use a Semantic registry, to store Semantic web services (SWS),equipped with an exploitation language that supports Semantic based process discovery. Semantic web services are being described in an ontology of services, with a subsumption relationship. Their input and output parameters refer to concepts of a domain ontology.
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a Semantic Repository for geological modeling workflows
International Conference on Web Services, 2009Co-Authors: Nabil Belaid, Yamine Aitameur, Jeanfrancois RainaudAbstract:Nowadays, many engineering studies are conducted to securely exploit depleted Oil Fields for CO2 Storage.These studies follow complex workflows of data processing services described by geologists. If no explicit Semantics is applied to describe these workflows, it is not possible to share them between geologists by reusing existing ones or for composing new ones. The focus of our work is to make the Semantics explicit in order to facilitate the geologists daily work. In this article, we first explain how geologists operate today. Then, we enrich such workflows with Semantic indexes through ontology based characterizations.
Jeanfrancois Rainaud - One of the best experts on this subject based on the ideXlab platform.
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a Semantic Repository for geological modeling workflows
International Conference on Web Services, 2009Co-Authors: Nabil Belaid, Yamine Aitameur, Jeanfrancois RainaudAbstract:Nowadays, many engineering studies are conducted to securely exploit depleted Oil Fields for CO2 Storage.These studies follow complex workflows of data processing services described by geologists. If no explicit Semantics is applied to describe these workflows, it is not possible to share them between geologists by reusing existing ones or for composing new ones. The focus of our work is to make the Semantics explicit in order to facilitate the geologists daily work. In this article, we first explain how geologists operate today. Then, we enrich such workflows with Semantic indexes through ontology based characterizations.
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ICWS - A Semantic Repository for Geological Modeling Workflows
2009 IEEE International Conference on Web Services, 2009Co-Authors: Nabil Belaid, Yamine Ait-ameur, Jeanfrancois RainaudAbstract:Nowadays, many engineering studies are conducted to securely exploit depleted Oil Fields for CO2 Storage.These studies follow complex workflows of data processing services described by geologists. If no explicit Semantics is applied to describe these workflows, it is not possible to share them between geologists by reusing existing ones or for composing new ones. The focus of our work is to make the Semantics explicit in order to facilitate the geologists daily work. In this article, we first explain how geologists operate today. Then, we enrich such workflows with Semantic indexes through ontology based characterizations.
