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A Simulated Annealing Method to Cover Dynamic Load Balancing in Grid Environment

机译:一种模拟退火方法,以涵盖电网环境中动态负载平衡的

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High-performance scheduling is critical to the achievement of application performanceon the computational grid. New scheduling algorithms are in demand for addressing new concernsarising in the grid environment. One of the main phases of scheduling on a grid is related to theload balancing problem therefore having a high-performance method to deal with the load balanc-ing problem is essential to obtain a satisfactory high-performance scheduling. This paper presentsSAGE, a new high-performance method to cover the dynamic load balancing problem by meansof a simulated annealing algorithm. Even though this problem has been addressed with severaldifferent approaches only one of these methods is related with simulated annealing algorithm.Preliminary results show that SAGE not only makes it possible to find a good solution to theproblem (effectiveness) but also in a reasonable amount of time (efficiency).
机译:高性能调度对于实现应用程序绩效计算网格至关重要。新的调度算法需要解决网格环境中的新的问题。调度在网格上的主要阶段之一与罗克平衡问题有关,因此具有高性能的方法来处理负载平衡问题,这对于获得令人满意的高性能调度至关重要。本文介绍了一种新的高性能方法,通过模拟退火算法覆盖动态负载平衡问题。尽管该问题已经用几个方法解决了这些方法,但这些方法中的一个与模拟退火算法有关。千里万心的结果表明,Sage不仅可以找到解决问题(有效性)的良好解决方案,还可以在合理的时间内找到良好的解决方案(效率)。

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