The Experts below are selected from a list of 177 Experts worldwide ranked by ideXlab platform

Wolfgang Prinz - One of the best experts on this subject based on the ideXlab platform.

  • mobile Web Service provisioning
    Advanced Industrial Conference on Telecommunications, 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the confluence of two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The combination of both trends yields the idea of mobile Web Services. While a few pioneering mobile Web Service Client systems have appeared recently, this paper explores the logical next step. Whether it is feasible to use mobile terminals such as Smart Phones also as Web Service providers ("Mobile Hosts"). We first discuss the desirability of such Mobile Hosts, then discuss the challenges for design and implementation, and finally present a prototype implementation that has been developed and evaluated in cooperation with a major mobile phone vendor.

  • AICT/ICIW - Mobile Web Service Provisioning
    Advanced Int'l Conference on Telecommunications and Int'l Conference on Internet and Web Applications and Services (AICT-ICIW'06), 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the confluence of two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The combination of both trends yields the idea of mobile Web Services. While a few pioneering mobile Web Service Client systems have appeared recently, this paper explores the logical next step. Whether it is feasible to use mobile terminals such as Smart Phones also as Web Service providers ("Mobile Hosts"). We first discuss the desirability of such Mobile Hosts, then discuss the challenges for design and implementation, and finally present a prototype implementation that has been developed and evaluated in cooperation with a major mobile phone vendor.

  • mobile host a feasibility analysis of mobile Web Service provisioning
    UMICS, 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the feasibility of mobile Web Service provisioning from Smart Phones, confluencing two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The research of mobile Web Services has been mainly concentrated on Web Service Client systems. Mobile Web Service provisioning was ignored, since a realization seemed beyond the resource capabilities of present mobile terminals. Complementing this work, here we discuss one such prototype of a mobile Web Service provider, developed and evaluated in cooperation with a major mobile phone vendor. We also present a detailed performance analysis of this Mobile Host, proving its feasibility.

  • UMICS - Mobile Host: A Feasibility Analysis of Mobile Web Service Provisioning.
    2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the feasibility of mobile Web Service provisioning from Smart Phones, confluencing two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The research of mobile Web Services has been mainly concentrated on Web Service Client systems. Mobile Web Service provisioning was ignored, since a realization seemed beyond the resource capabilities of present mobile terminals. Complementing this work, here we discuss one such prototype of a mobile Web Service provider, developed and evaluated in cooperation with a major mobile phone vendor. We also present a detailed performance analysis of this Mobile Host, proving its feasibility.

Satish Narayana Srirama - One of the best experts on this subject based on the ideXlab platform.

  • mobile Web Service provisioning
    Advanced Industrial Conference on Telecommunications, 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the confluence of two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The combination of both trends yields the idea of mobile Web Services. While a few pioneering mobile Web Service Client systems have appeared recently, this paper explores the logical next step. Whether it is feasible to use mobile terminals such as Smart Phones also as Web Service providers ("Mobile Hosts"). We first discuss the desirability of such Mobile Hosts, then discuss the challenges for design and implementation, and finally present a prototype implementation that has been developed and evaluated in cooperation with a major mobile phone vendor.

  • AICT/ICIW - Mobile Web Service Provisioning
    Advanced Int'l Conference on Telecommunications and Int'l Conference on Internet and Web Applications and Services (AICT-ICIW'06), 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the confluence of two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The combination of both trends yields the idea of mobile Web Services. While a few pioneering mobile Web Service Client systems have appeared recently, this paper explores the logical next step. Whether it is feasible to use mobile terminals such as Smart Phones also as Web Service providers ("Mobile Hosts"). We first discuss the desirability of such Mobile Hosts, then discuss the challenges for design and implementation, and finally present a prototype implementation that has been developed and evaluated in cooperation with a major mobile phone vendor.

  • mobile host a feasibility analysis of mobile Web Service provisioning
    UMICS, 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the feasibility of mobile Web Service provisioning from Smart Phones, confluencing two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The research of mobile Web Services has been mainly concentrated on Web Service Client systems. Mobile Web Service provisioning was ignored, since a realization seemed beyond the resource capabilities of present mobile terminals. Complementing this work, here we discuss one such prototype of a mobile Web Service provider, developed and evaluated in cooperation with a major mobile phone vendor. We also present a detailed performance analysis of this Mobile Host, proving its feasibility.

  • UMICS - Mobile Host: A Feasibility Analysis of Mobile Web Service Provisioning.
    2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the feasibility of mobile Web Service provisioning from Smart Phones, confluencing two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The research of mobile Web Services has been mainly concentrated on Web Service Client systems. Mobile Web Service provisioning was ignored, since a realization seemed beyond the resource capabilities of present mobile terminals. Complementing this work, here we discuss one such prototype of a mobile Web Service provider, developed and evaluated in cooperation with a major mobile phone vendor. We also present a detailed performance analysis of this Mobile Host, proving its feasibility.

Thomas Jejkal - One of the best experts on this subject based on the ideXlab platform.

  • GridMate – The Grid Matlab Extension
    Managed Grids and Cloud Systems in the Asia-Pacific Research Community, 2010
    Co-Authors: Thomas Jejkal
    Abstract:

    Matlab is a powerful tool for rapid prototyping and algorithm development and application in various scientific fields. In the meanwhile Matlab is even able to run functions in parallel on a network of machines, but it is still difficult to run Matlab functions on Grid resources. For this purpose GridMate was developed at Forschungszentrum Karlsruhe. The aim of GridMate is to run arbitrary Matlab functions in parallel without struggling with special extensions or licenses. On one hand GridMate uses the Matlab Runtime Environment to run Matlab functions remotely integrated in WSRF-compliant Web Services. On the other hand GridMate offers a Matlab toolbox to integrate a Web Service Client seamlessly into an application. It allows parallel access to the deployed Web Services at Grid and Cloud Computing resources and hides the technological complexity. In first tests GridMate was able to scale almost linear.

  • GridMate – The Grid Matlab Extension
    Managed Grids and Cloud Systems in the Asia-Pacific Research Community, 2010
    Co-Authors: Thomas Jejkal
    Abstract:

    Matlab is a powerful tool for rapid prototyping and algorithm development and application in various scientific fields. In the meanwhile Matlab is even able to run functions in parallel on a network of machines, but it is still difficult to run Matlab functions on Grid resources. For this purpose GridMate was developed at Forschungszentrum Karlsruhe. The aim of GridMate is to run arbitrary Matlab functions in parallel without struggling with special extensions or licenses. On one hand GridMate uses the Matlab Runtime Environment to run Matlab functions remotely integrated in WSRF-compliant Web Services. On the other hand GridMate offers a Matlab toolbox to integrate a Web Service Client seamlessly into an application. It allows parallel access to the deployed Web Services at Grid and Cloud Computing resources and hides the technological complexity. In first tests GridMate was able to scale almost linear.

  • Chapter 24 GridMate - The Grid Matlab Extension
    2010
    Co-Authors: Thomas Jejkal
    Abstract:

    Matlab is a powerful tool for rapid prototyping and algorithm development and application in various scientific fields. In the meanwhile Matlab is even able to run functions in parallel on a network of machines, but it is still difficult to run Matlab functions on Grid resources. For this purpose GridMate was developed at Forschungszentrum Karlsruhe. The aim of GridMate is to run arbitrary Matlab functions in parallel without struggling with special extensions or licenses. On one hand GridMate uses the Matlab Runtime Environment to run Matlab functions remotely integrated in WSRF-compliant Web Services. On the other hand GridMate offers a Matlab toolbox to integrate a Web Service Client seamlessly into an application. It allows parallel access to the deployed Web Services at Grid and Cloud Computing resources and hides the technological complexity. In first tests GridMate was able to scale almost linear.

Matthias Jarke - One of the best experts on this subject based on the ideXlab platform.

  • mobile Web Service provisioning
    Advanced Industrial Conference on Telecommunications, 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the confluence of two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The combination of both trends yields the idea of mobile Web Services. While a few pioneering mobile Web Service Client systems have appeared recently, this paper explores the logical next step. Whether it is feasible to use mobile terminals such as Smart Phones also as Web Service providers ("Mobile Hosts"). We first discuss the desirability of such Mobile Hosts, then discuss the challenges for design and implementation, and finally present a prototype implementation that has been developed and evaluated in cooperation with a major mobile phone vendor.

  • AICT/ICIW - Mobile Web Service Provisioning
    Advanced Int'l Conference on Telecommunications and Int'l Conference on Internet and Web Applications and Services (AICT-ICIW'06), 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the confluence of two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The combination of both trends yields the idea of mobile Web Services. While a few pioneering mobile Web Service Client systems have appeared recently, this paper explores the logical next step. Whether it is feasible to use mobile terminals such as Smart Phones also as Web Service providers ("Mobile Hosts"). We first discuss the desirability of such Mobile Hosts, then discuss the challenges for design and implementation, and finally present a prototype implementation that has been developed and evaluated in cooperation with a major mobile phone vendor.

  • mobile host a feasibility analysis of mobile Web Service provisioning
    UMICS, 2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the feasibility of mobile Web Service provisioning from Smart Phones, confluencing two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The research of mobile Web Services has been mainly concentrated on Web Service Client systems. Mobile Web Service provisioning was ignored, since a realization seemed beyond the resource capabilities of present mobile terminals. Complementing this work, here we discuss one such prototype of a mobile Web Service provider, developed and evaluated in cooperation with a major mobile phone vendor. We also present a detailed performance analysis of this Mobile Host, proving its feasibility.

  • UMICS - Mobile Host: A Feasibility Analysis of Mobile Web Service Provisioning.
    2006
    Co-Authors: Satish Narayana Srirama, Matthias Jarke, Wolfgang Prinz
    Abstract:

    This paper, discusses the feasibility of mobile Web Service provisioning from Smart Phones, confluencing two major recent trends in distributed information systems engineering: the evolution from static content via personalized adaptive information provisioning to Web Services, and the emergence of mobile terminals with sufficient speed to serve as parts of information systems. The research of mobile Web Services has been mainly concentrated on Web Service Client systems. Mobile Web Service provisioning was ignored, since a realization seemed beyond the resource capabilities of present mobile terminals. Complementing this work, here we discuss one such prototype of a mobile Web Service provider, developed and evaluated in cooperation with a major mobile phone vendor. We also present a detailed performance analysis of this Mobile Host, proving its feasibility.

Giancarlo Succi - One of the best experts on this subject based on the ideXlab platform.

  • using rules for Web Service Client side testing
    World Congress on Services, 2013
    Co-Authors: Nabil El Ioini, Alberto Sillitti, Giancarlo Succi
    Abstract:

    Web Services (WS) are software components accessible over the Internet through a well-defined set of standards. When consumers invoke a Service, they expect to receive a valid response. However, the problem is to determine the structure of a valid request [21]. WS specifications are used to solve this problem since they are considered the primary piece of information for building Service requests. Unfortunately, existing specifications do not provide enough support for this type information (e.g., WSDL) or there is little support on the Client side (e.g., OWL-S). In this paper we address this issue by implementing a technique to reduce the number of faulty requests. We specifically propose an approach for extending WSDL with Service input parameters rules that help consumers and integrators to verify their calls on the Client side.

  • ServiceS - Using Rules for Web Service Client Side Testing
    2013 IEEE Ninth World Congress on Services, 2013
    Co-Authors: Nabil El Ioini, Alberto Sillitti, Giancarlo Succi
    Abstract:

    Web Services (WS) are software components accessible over the Internet through a well-defined set of standards. When consumers invoke a Service, they expect to receive a valid response. However, the problem is to determine the structure of a valid request [21]. WS specifications are used to solve this problem since they are considered the primary piece of information for building Service requests. Unfortunately, existing specifications do not provide enough support for this type information (e.g., WSDL) or there is little support on the Client side (e.g., OWL-S). In this paper we address this issue by implementing a technique to reduce the number of faulty requests. We specifically propose an approach for extending WSDL with Service input parameters rules that help consumers and integrators to verify their calls on the Client side.