首页> 外文会议>International Symposium on Parallel and Distributed Processing and Applications(ISPA 2004); 20041213-15; Hong Kong(CN) >Design and Implementation of a 3A Accessing Paradigm Supported Grid Application and Programming Environment
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Design and Implementation of a 3A Accessing Paradigm Supported Grid Application and Programming Environment

机译:3A访问范式支持的网格应用程序设计环境的设计与实现

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The mobile grid users accessing to grid services has become a normally paradigm for getting grid resources. To improve their working productivity in dynamic and open grid environment it should provide the mobile grid users an access-point decoupled and access-time decoupled way to access grid services. In development of the VEGA Grid, corresponding to the user accessing module in the Service-Oriented Architecture, we developed a kind of we called "3A(anytime, anywhere, and on any device) accessing paradigm" supported Grid Application and Programming Environment(GAPE). To the 3A accessing paradigm, we mean a mobile grid user not only could access grid services at anytime anywhere and on any device, but also could continuously manage the executing state of his grid applications even if he changed his access point or access time. This article analyzes the 3A accessing paradigm, and introduces the implementation of the VEGA GAPE.
机译:访问网格服务的移动网格用户已成为获取网格资源的通常范例。为了提高他们在动态和开放式网格环境中的工作效率,它应该为移动网格用户提供访问点解耦和访问时间解耦的方式来访问网格服务。在VEGA Grid的开发中,对应于面向服务的体系结构中的用户访问模块,我们开发了一种称为“ 3A(随时随地,在任何设备上)访问范式”的受支持的网格应用程序和编程环境(GAPE) )。对于3A访问范例,我们的意思是移动网格用户不仅可以随时随地在任何设备上访问网格服务,而且即使他更改了访问点或访问时间,也可以连续管理其网格应用程序的执行状态。本文分析了3A访问范例,并介绍了VEGA GAPE的实现。

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