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Application-Oriented Scheduling in the KNOWLEDGE GRID: A Model and Architecture

机译:知识网格中面向应用程序的调度:模型和体系结构

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This paper describes a model and an architecture of an application-oriented scheduler designed in the context of the KNOWLEDGE GRID: an environment developed for supporting knowledge discovery on Grids. The KNOWLEDGE GRID scheduler allows abstracting from computational resources through the use of abstract hosts, i.e. hosts whose characteristics are only partially specified, and instantiates abstract hosts to concrete ones trying to improve applications' performances. The paper proposes a scheduling model, an open architecture for its support, and the specific scheduling functionalities used in the KNOWLEDGE GRID. The proposed model and architecture are general with respect to possible specific application domains and scheduling functionalities. Thus, they are potentially useful also in different Grid environments.
机译:本文描述了在知识网格(KNOWLEDGE GRID)的上下文中设计的面向应用程序调度程序的模型和体系结构:为支持网格上的知识发现而开发的环境。 KNOWLEDGE GRID调度程序允许通过使用抽象主机(即仅部分指定其特征的主机)从计算资源中进行抽象,并将抽象主机实例化为试图提高应用程序性能的具体主机。本文提出了一个调度模型,一个开放的体系结构来支持它,以及在KNOWLEDGE GRID中使用的特定调度功能。对于可能的特定应用程序域和调度功能,建议的模型和体系结构是通用的。因此,它们在不同的网格环境中也可能有用。

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