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An Availability Approached Task Scheduling Algorithm in Heterogeneous Fault-Tolerant System

机译:异构容错系统中的可用性接近任务调度算法

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In heterogeneous fault-tolerant system, especially high performance computer system, the issue of providing system with high availability assurance for real-time applications which have availability requirements has been widespread concerned. While, few research concentrates on combining real-time application availability requirement with scheduling algorithm. In this paper, an availability approached task scheduling algorithm is proposed. On the basis of heterogeneous fault-tolerant system scheduler and scheduling algorithm designation, we can improve the system availability without increasing additional hardware costs, and shorten task average response time, in addition, schedule task with high efficiency and reliability. Experiment results show that, such availability approached task scheduling algorithm has a system performance advantage over the traditional system task scheduling algorithms, it achieves the goal of balancing availability and task response time in heterogeneous fault-tolerant system, thus improve the system availability.
机译:在异构容错系统中,尤其是高性能计算机系统,为具有可用性要求的实时应用提供高可用性保证的系统提供了普遍的问题。虽然,很少有研究专注于将实时应用可用性要求与调度算法相结合。本文提出了一种接近的任务调度算法。在异构容错系统调度器和调度算法的基础上,我们可以提高系统可用性而不增加额外的硬件成本,并缩短任务平均响应时间,此外,以高效率和可靠性安排任务。实验结果表明,这种可用性接近的任务调度算法具有传统系统任务调度算法的系统性能优势,它实现了在异构容错系统中平衡可用性和任务响应时间的目标,从而提高了系统可用性。

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