OWS2GRID: A Prototype and Building System of WSRF-Enabled OGC Web Service

Yuke Zhou, Chenghu Zhou, Rongguo Chen, Yingdong Chen
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Abstract

In this paper, key methods and prototype that integrate OGC Web Service (OWS) into grid environment is analysed and we describe a resource-oriented architectural approach. The concrete is a progress in which a model extracting stateful resource under WSRF (Web Service Resource Framework) is provided. This paper presents OWS2GRID, a framework that extends the Introduce Toolkit [1] for supporting OGC web service on Grid environments. The OWS2GRID framework adopts the WSRF specification for creating grid service resource and publishing them to distributed grid nodes. The OWS2GRID user interface is a modified template factory that converts stateless OGC WS to stateful wsrf-enabled service. The paper describes the design and the implementation of OWS2GRID using a release of the WSRF library. To evaluate the efficiency of the proposed system, a result of wrapped OWS in Globus indicate better performance and collaborative than standard OWS through a visual component in OWS2GRID.
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OWS2GRID:支持wsrf的OGC Web服务的原型和构建系统
本文分析了将OGC Web Service (OWS)集成到网格环境中的关键方法和原型,并描述了一种面向资源的体系结构方法。具体是在WSRF (Web Service resource Framework)下提供一个提取有状态资源的模型的过程。本文介绍了OWS2GRID,这是一个扩展了介绍工具包[1]的框架,用于在网格环境中支持OGC web服务。OWS2GRID框架采用WSRF规范来创建网格服务资源并将其发布到分布式网格节点。OWS2GRID用户界面是一个经过修改的模板工厂,它将无状态OGC WS转换为支持有状态wsrf的服务。本文描述了使用WSRF库的一个版本的OWS2GRID的设计和实现。为了评估所提出系统的效率,在Globus中封装OWS的结果表明,通过OWS2GRID中的可视化组件封装的OWS比标准OWS具有更好的性能和协作性。
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