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Application Proxy

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Young-sik Jeong – One of the best experts on this subject based on the ideXlab platform.

  • ISPA – Reconfiguration of information management framework based on adaptive grid computing
    Parallel and Distributed Processing and Applications, 2006
    Co-Authors: Eun-ha Song, Sung-kook Han, Laurence T. Yang, Young-sik Jeong

    Abstract:

    In this paper, GridIMF provides the users with consistency while adapting to variability grid information. GridIMF designs hierarchical 3-tier information management model in accordance with participating intention, roles and operating strategies of grid information. In order to manage grid information in effective ways, GridIMF provides grid service while dividing to GVMS and GRMS. GVMS suggests optimal virtual organization selection mechanism for improving performance of specific Applications and LRM auto-recovery strategy that treat faults of virtual organization. GRMS supports adaptive performance-based task allocation method for load balancing and fault tolerance. State monitoring and visualization view provides adaptability of managing grid information. Application Proxy removes inter-dependency between service objects of GridIMF and Application objects. For analyzing GridIMF executability, it adapts two fractal image processing those characteristics are different.

  • EUC – Hierarchical and dynamic information management framework on grid computing
    Embedded and Ubiquitous Computing, 2006
    Co-Authors: Eun-ha Song, Yang-seung Jeon, Sung-kook Han, Young-sik Jeong

    Abstract:

    This paper presents a GridIMF framework that provides support for adaptive grid services in response to the change of resource supplies and demands in a dynamic computing environment. The framework features a 3-tier hierarchical resource management structure. At the top is a global information manager that serves as a service broker between resource requesters and providers. Resource providers form virtual organizations, each of which is controlled by a local resource manager. The resource managers schedule the execution of tasks adaptively for efficiency and fault tolerance according to the dynamic resource availability information. The framework provides a common API through an Application Proxy. The Proxy decouples grid Applications from the implementation details of the framework

  • Reconfiguration of information management framework based on adaptive grid computing
    Lecture Notes in Computer Science, 2006
    Co-Authors: Eun-ha Song, Sung-kook Han, Laurence T. Yang, Young-sik Jeong

    Abstract:

    In this paper, GridIMF provides the users with consistency while adapting to variability grid information. GridIMF designs hierarchical 3-tier information management model in accordance with participating intention, roles and operating strategies of grid information. In order to manage grid information in effective ways, GridIMF provides grid service while dividing to GVMS and GRMS. GVMS suggests optimal virtual organization selection mechanism for improving performance of specific Applications and LRM auto-recovery strategy that treat faults of virtual organization. GRMS supports adaptive performance-based task allocation method for load balancing and fault tolerance. State monitoring and visualization view provides adaptability of managing grid information. Application Proxy removes inter-dependency between service objects of GridIMF and Application objects. For analyzing GridIMF executability, it adapts two fractal image processing those characteristics are different.

Wang Hai-hang – One of the best experts on this subject based on the ideXlab platform.

  • Application Research on I/O Multiplexing Proxy of Network Isolation System
    Computer Science, 2008
    Co-Authors: Wang Hai-hang

    Abstract:

    Application Proxy has provided a running platform for other Applications in the network isolation system.Firstly,it proposed a suitable Proxy model for the network isolation system through comparing traditional Proxy solutions.Secondly,it analyzed I/O multiplexing in practical use and proposed a method to realize Application Proxy in the network isolation system based on the epoll technology.Then,it described the realization process in detail.Finally,it researched the system performance,and proposed data caching method and re-sending mechanism based on the TTL of IP protocol.

  • Study on the realization of differentiated services in network isolation system
    Journal of Computer Applications, 2008
    Co-Authors: Wang Hai-hang

    Abstract:

    Implementing Differentiated Services(DS)in network isolation system can further improve its QoS.Firstly,Application Proxy model in network isolation system was researched,and fundamental requirements for the DS implementation were described.Under these requirements,it proposed a feasible architecture for DS realization in inner unit.And then,with the constructed architecture,it described the realization methods of Application data classification,data queuing and other related technologies.Finally,it researched the organization of configuration information and the configuring process.

Eun-ha Song – One of the best experts on this subject based on the ideXlab platform.

  • ISPA – Reconfiguration of information management framework based on adaptive grid computing
    Parallel and Distributed Processing and Applications, 2006
    Co-Authors: Eun-ha Song, Sung-kook Han, Laurence T. Yang, Young-sik Jeong

    Abstract:

    In this paper, GridIMF provides the users with consistency while adapting to variability grid information. GridIMF designs hierarchical 3-tier information management model in accordance with participating intention, roles and operating strategies of grid information. In order to manage grid information in effective ways, GridIMF provides grid service while dividing to GVMS and GRMS. GVMS suggests optimal virtual organization selection mechanism for improving performance of specific Applications and LRM auto-recovery strategy that treat faults of virtual organization. GRMS supports adaptive performance-based task allocation method for load balancing and fault tolerance. State monitoring and visualization view provides adaptability of managing grid information. Application Proxy removes inter-dependency between service objects of GridIMF and Application objects. For analyzing GridIMF executability, it adapts two fractal image processing those characteristics are different.

  • EUC – Hierarchical and dynamic information management framework on grid computing
    Embedded and Ubiquitous Computing, 2006
    Co-Authors: Eun-ha Song, Yang-seung Jeon, Sung-kook Han, Young-sik Jeong

    Abstract:

    This paper presents a GridIMF framework that provides support for adaptive grid services in response to the change of resource supplies and demands in a dynamic computing environment. The framework features a 3-tier hierarchical resource management structure. At the top is a global information manager that serves as a service broker between resource requesters and providers. Resource providers form virtual organizations, each of which is controlled by a local resource manager. The resource managers schedule the execution of tasks adaptively for efficiency and fault tolerance according to the dynamic resource availability information. The framework provides a common API through an Application Proxy. The Proxy decouples grid Applications from the implementation details of the framework

  • Reconfiguration of information management framework based on adaptive grid computing
    Lecture Notes in Computer Science, 2006
    Co-Authors: Eun-ha Song, Sung-kook Han, Laurence T. Yang, Young-sik Jeong

    Abstract:

    In this paper, GridIMF provides the users with consistency while adapting to variability grid information. GridIMF designs hierarchical 3-tier information management model in accordance with participating intention, roles and operating strategies of grid information. In order to manage grid information in effective ways, GridIMF provides grid service while dividing to GVMS and GRMS. GVMS suggests optimal virtual organization selection mechanism for improving performance of specific Applications and LRM auto-recovery strategy that treat faults of virtual organization. GRMS supports adaptive performance-based task allocation method for load balancing and fault tolerance. State monitoring and visualization view provides adaptability of managing grid information. Application Proxy removes inter-dependency between service objects of GridIMF and Application objects. For analyzing GridIMF executability, it adapts two fractal image processing those characteristics are different.