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An adaptive generalized scheduler for grid applications

机译:网格应用的自适应通用调度程序

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The compute resources of a grid resource-service provider may be distributed over a wide geographical area. If the resource-service provider is to use his resources effectively, in addition to the characteristics of the compute-nodes and the applications, the characteristics of the communication network must also be known. A generalized scheduler should be able to handle a diverse set of jobs, with arbitrary inter-dependencies among processes and arbitrary communication channel delays. On a grid, the scheduling algorithm should respond quickly to the changing workload and environmental conditions without causing much overhead. Hence it should be able to customize its strategy in accordance with the prevailing conditions. In this paper, the algorithm for an adaptive scheduler, which can be used to map a set of jobs, of wide diversity, to a dynamic set of nodes, with prior reservations, is being presented. The scheduler has been tested extensively.
机译:网格资源服务提供商的计算资源可以分布在广泛的地理区域内。如果资源服务提供者要有效地使用其资源,则除了计算节点和应用程序的特征外,还必须知道通信网络的特征。通用调度程序应该能够处理各种作业,进程之间具有任意的相互依存关系,并且通信通道具有任意的延迟。在网格上,调度算法应该对不断变化的工作负载和环境条件做出快速响应,而不会造成太多开销。因此,它应该能够根据当前条件定制其策略。在本文中,提出了一种自适应调度器的算法,该算法可用于将具有广泛多样性的一组作业映射到具有事先保留的动态节点集。调度程序已经过广泛的测试。

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