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GENESIS: Parallel Application Placement onto Reconfigurable Architectures (Invited for the Special Issue on Runtime Management)

机译:概述:将应用程序并行放置在可重新配置的体系结构上(邀请运行时管理的特刊)

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摘要

Placement is though as the most time-consuming processes in physical implementation flows for reconfigurable architectures, while it highly affects the quality of derived application implementation, as it has impact on the maximum operating frequency. Throughout this article, we propose a novel placer, based on genetic algorithm, targeting to FPGAs. Rather than relevant approaches, which are executed sequentially, the new placer exhibits inherent parallelism, which can benefit from multicore processors. Experimental results prove the effectiveness of this solution, as it achieves average reduction of execution runtime and application's delay by 67 x and 16%, respectively.
机译:尽管布局是可重配置体系结构中物理实现流程中最耗时的过程,但它会影响派生应用程序实现的质量,因为它会影响最大工作频率。在本文中,我们提出了一种基于遗传算法的新型FPGA定位器。新的布局器不具有顺序执行的相关方法,而是具有固有的并行性,可以从多核处理器中受益。实验结果证明了该解决方案的有效性,因为它分别平均减少了67x和16%的执行时间和应用程序延迟。

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