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Parallel Algorithm that Considers Energy Efficiency and Time Efficiency

机译:并行算法考虑能量效率和时间效率

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An embedded system often consists of two or more processors for efficient control of various devices in parallel. However, it is difficult to correctly design parallel software for such an embedded system because of unexpected interference among processors. It is using a formal method for the development of that system. Further more, power saving called Green IT is also an important issue in high performance computing. In this paper, we present an algorithm for parallel computing based on CSP, which is a theory for communicating processes, and report the performance evaluation results of the algorithm on XMOS, which is an event-driven multi-core processor. We show that power consumption can be reduced by event-driven style communications, and presents a improved parallel sorting model.
机译:嵌入式系统通常由两个或多个处理器组成,以便并行控制各种设备。但是,由于处理器之间的意外干扰,难以正确设计这样一个嵌入式系统的并行软件。它正在使用正式的方法来开发该系统。此外,省电称为绿色的省电也是高性能计算中的一个重要问题。在本文中,我们提出了一种基于CSP的并行计算算法,这是一种用于传送过程的理论,并报告XMOS算法的性能评估结果,这是一个事件驱动的多核处理器。我们表明,通过事件驱动的风格通信可以减少功耗,并提出了一种改进的并行分类模型。

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