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Distributed Computing Systems Using Heap Sort of Multi-layer Sub-tree by Task Match Scheduling Algorithm

机译:任务匹配调度算法的多层子树堆排序分布式计算系统

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To organize the distributed computing system resources to form the level structure to carry on the management provides the basis for the computation task assignment and the dispatch resources. According to the characteristic of the arrangement matching recursion, based on the sole data inserting in the cru-node, one method of sub-tree to be formed one pile is proposed, one algorithm of sub-tree heap sort is advanced, and then one task matching algorithm based on multi-layers sub-tree heap sort is designed. The algorithmic analysis and the experimental result indicated that, this algorithm can carry on reasonable, fast, and effective task matching for the resources tree's information need quantity, enhancing the efficiency of the task scheduling and the resources gain.
机译:组织分布式计算系统资源形成层次结构进行管理,为计算任务分配和调度资源提供了依据。根据布置匹配递归的特点,提出了基于唯一数据插入节点的方法,提出了一种将子树形成一堆的方法,提出了一种子树堆排序的算法,然后提出了一种算法。设计了基于多层子树堆排序的任务匹配算法。算法分析和实验结果表明,该算法可以对资源树的信息需求量进行合理,快速,有效的任务匹配,提高了任务调度的效率和资源的获取。

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