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Optimal job packing, a backfill scheduling optimization for a cluster of workstations

机译:最佳作业打包,针对工作站集群的回填计划优化

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In this paper, we have proposed two backfill scheduling optimizations, i.e., Shortest Width First Backfill (SWFBF) and Shortest Area First Backfill (SAFBF). A near optimal simple, but effective job packing algorithm called the Select-Replace algorithm has also been presented to minimize external fragmentation. Proof of the concept has been given with the help of a simulation study. Five workloads which were derived from a clean version of the parallel workload archive (CTC, LANL, and SDSC. NASA) have been used to evaluate and compare proposed heuristics with previous techniques. With the simple but effective optimizations, significant (56.1%) performance improvement has been achieved as compared to EASY scheduler.
机译:在本文中,我们提出了两种回填调度优化方法,即最短宽度优先回填(SWFBF)和最短区域优先回填(SAFBF)。还提出了一种接近最佳的简单但有效的工作打包算法,称为选择替换算法,以最大程度地减少外部碎片。通过模拟研究已经给出了该概念的证明。从并行工作负载档案的干净版本(CTC,LANL和SDSC。NASA)派生的五个工作负载已用于评估提议的启发式方法并将其与以前的技术进行比较。通过简单但有效的优化,与EASY调度程序相比,性能得到了显着提高(56.1%)。

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