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Research and Implementation on Multi-core Processor Task Scheduling Algorithm

机译:多核处理器任务调度算法的研究与实现

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This paper firstly proposes one of the problems software applications faced by in the era of multi-core CPU: task decomposition and scheduling, and then analyzes a current scheduling algorithm together with its shortcomings. On the basis, an optimized algorithm is given. The optimized algorithm reduces the error and improves the accuracy. It is easier to achieve the calculation load balance of multi-core CPU. Finally, a multi-core platform is build using Simics system simulator, and the optimized algorithm is tested on this platform. Experimental data proves the superiority of the algorithm.
机译:本文首先提出了在多核CPU的时代面临的软件应用程序中的一个问题:任务分解和调度,然后将当前调度算法与其缺点一起分析。在基础上,给出了优化的算法。优化的算法降低了误差并提高了准确性。更容易实现多核CPU的计算负载平衡。最后,使用SIMICS系统模拟器构建多核平台,并在该平台上进行了优化的算法。实验数据证明了算法的优越性。

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