使用数组填充的最大和排序缓存占用

E. Herruzo, E. Zapata, O. Plata
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引用次数: 0

摘要

本文描述了一个分析循环中对数组仿射引用的缓存内容的框架。该框架基于一小组关键缓存参数。我们研究了这些缓存参数与数组的数据存储布局之间的关系,以演示如何使用数组填充(静态数组重维)来优化缓存的使用。基于缓存模型,我们提出了一种针对最大缓存占用和最大排序缓存占用进行数组内填充的方法,以及一种实现数组间填充的简单方法。我们还在MIPS R10K处理器上使用缓存模拟器和实际代码执行对我们的技术进行了实验评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Maximum and Sorted Cache Occupation Using Array Padding
The paper describes a framework for analyzing the cache content on affine references to arrays in loops. The framework is based on a small set of key cache parameters. We study the relation between these cache parameters and the data memory layout of arrays to demonstrate how to use array padding (static array re-dimensioning) to optimize the use of the cache. Based on the cache model we present a method to carry out intra-array padding for a maximum cache occupation and for a maximum sorted cache occupation, and a simple method to carry out inter-array padding. We also present an experimental evaluation of our techniques using a cache simulator and actual code executions on the MIPS R10K processor.
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