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An Efficient Resource Scheduling Algorithm using Dynamic Priority in Grid Computing

机译:网格计算中一种基于动态优先级的高效资源调度算法

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Grid Computing is a dynamic, heterogeneous environment. Scheduling is the heart of Grid computing. There are two Basic categories of scheduling in Grid: Resource Scheduling and Job Scheduling. Resources can be selected as per user demand and on the basis of specific scheduling algorithm. User can submit their jobs in Grid and these jobs are allocated to the resources according to the selected algorithm. In Priority based Scheduling algorithm, Priority of jobs are basic concern. In this paper we provide the flexibility in priority of jobs in specific condition. So the Utilization of resources is high as in some specific situation lowest priority jobs can be allocated before to higher priority jobs to available resources without waiting its priority order. Because of this flexibility, proposed algorithm dramatically reduces the processing cost.
机译:网格计算是一个动态的异构环境。调度是网格计算的核心。网格中有两种基本的调度类别:资源调度和作业调度。可以根据用户需求并根据特定的调度算法选择资源。用户可以在Grid中提交其作业,这些作业将根据所选算法分配给资源。在基于优先级的调度算法中,作业优先级是基本问题。在本文中,我们为特定条件下的工作优先级提供了灵活性。因此,资源利用率很高,因为在某些特定情况下,可以将最低优先级的作业分配给可用资源的较高优先级的作业,而无需等待其优先级顺序。由于这种灵活性,所提出的算法大大降低了处理成本。

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