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A heuristic approach to improve a branch and bound based program partitioning algorithm

机译:一种改进基于分支定界的程序划分算法的启发式方法

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In this paper, we propose several heuristics that improve the branch and bound based program partitioning algorithm proposed by Girkar et al., and evaluate the effectiveness by experiments. The heuristic depends heavily, on the element order of edges of a given task graph. Therefore, it is necessary to sort the edges carefully to make effective use of the heuristic. Different sorting methods are investigated and experimentally evaluated. Approximate solutions that provide a sufficient practical partitioning were obtained using the accelerated heuristic, and execution times and error compared to the optimal solutions decreased considerably by sorting the edges of the task graph.
机译:在本文中,我们提出了几种启发式方法,以改进Girkar等人提出的基于分支和边界的程序划分算法,并通过实验评估其有效性。启发式在很大程度上取决于给定任务图的边的元素顺序。因此,有必要对边缘进行仔细分类以有效利用启发式算法。研究了不同的分类方法并进行了实验评估。使用加速的启发式方法可获得提供足够实用分区的近似解决方案,并且通过对任务图的边缘进行排序,与最佳解决方案相比,执行时间和错误都大大减少了。

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