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Ontology Based Resource Usage Policy Matching in Computational Grid for Pervasive Computing Applications

机译:普适计算应用计算网格中基于本体的资源使用策略匹配

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The dynamic integration of autonomous, clustered and heterogeneous networked components are dynamically integrated for effective resource utilization of computing resources. This paper proposes a mechanism for expressing resource usage policies in computational grid for heterogeneous device with varying resource request. It extends the WS-Policy specification to represent grid resource policy requirements and implements APIs to compare and negotiate the usage policies. It also enhances the usage policy matching by using the concept of ontology. Grid resource usage policy ontology is proposed to support semantic based matching of resource usage policy against the user’s requirements. This semantic based grid resource usage policy mechanism is then integrated with Gridway meta-scheduler to implement the resource selection based on the capability matching as well as usage policy matching in the grid environment.
机译:自治,集群和异构网络组件的动态集成被动态集成,以有效地利用计算资源。针对资源需求变化的异构设备,提出了一种在计算网格中表达资源使用策略的机制。它扩展了WS-Policy规范以表示网格资源策略要求,并实现了API以比较和协商使用策略。它还通过使用本体的概念来增强使用策略匹配。提出了网格资源使用策略本体,以支持基于语义的资源使用策略与用户需求的匹配。然后,将这种基于语义的网格资源使用策略机制与Gridway元调度器集成,以基于网格环境中的能力匹配以及使用策略匹配来实现资源选择。

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