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An optimal scheduling algorithm based on task duplication

机译:基于任务复制的最优调度算法

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摘要

When the communication time is relatively shorter than the computation time for every task, the task duplication based scheduling (TDS) algorithm proposed by Darbha and Agrawal generates an optimal schedule. Park and Choe also proposed an extended TDS algorithm whose optimality condition is less restricted than that of TDS algorithm, but the condition is very complex and is difficult to satisfy when the number of tasks is large. An efficient algorithm is proposed whose optimality condition is less restricted and simpler than both of the algorithms, and the schedule length is also shorter than both of the algorithms. The time complexity of the proposed algorithm is O ( v2 ), where v represents the number of tasks.
机译:当通信时间比每个任务的计算时间相对短时,DarbHA和Agrawal提出的基于任务复制的调度(TDS)算法产生了最佳的时间表。 Park和Choe还提出了一个扩展的TDS算法,其最优性条件不如TDS算法的限制,但条件非常复杂,并且当任务数量大时难以满足。提出了一种高效的算法,其最优性条件不如算法的限制和更简单,并且调度长度也短于算法。所提出的算法的时间复杂性是O(v2),其中V表示任务数。

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