硬件缓存内存加速器

Stephan Wong, F. Duarte, S. Vassiliadis
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引用次数: 15

摘要

在本文中,我们提出了一个硬件解决方案来执行常用的内存操作,目的是减少执行实际内存拷贝的时间。这是通过利用当前许多(嵌入式)处理器旁边存在的缓存来实现的。此外,当前提供的解决方案假设要复制的数据已经在缓存中,并按缓存行大小对齐。我们介绍了所提出的硬件模块的概念和实现细节,以及用于实验我们的硬件和memcpy功能的优化软件实现的系统。实验结果表明,所提出的硬件解决方案比优化后的手工编码软件解决方案至少快79%
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A hardware cache memcpy accelerator
In this paper, we present a hardware solution to perform the commonly used memcpy operation with the goal to reduce the time to perform the actual memory copies. This is accomplished by taking advantage of the presence of a cache that is found next to many current-day (embedded) processors. Additionally, the currently presented solution assumes that to be copied data is already in the cache and is aligned by the cache-line size. We present the concept and implementation details of the proposed hardware module and the system used to experiment both our hardware and an optimized software implementation of the memcpy function. Experimental results show that the proposed hardware solution is at least 79% faster than an optimized hand-coded software solution
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