缓存共享的在线算法

M. Bern, D. Greene, A. Raghunathan
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引用次数: 5

摘要

一个单一的物理计算机内存可以用于不止一种类型的页面,在软件控制下,用于每种类型的内存量。例如,可以通过以压缩形式存储一些页面并在需要时解压缩来增加内存的有效大小。这为内存层次结构引入了另一个级别,并且相邻两个级别的大小可以动态变化。我们提出了一种在两种类型缓存中改变页面混合的算法,然后分析了我们算法的“竞争力”。我们还报告了在线算法部分自动化设计和分析方面的进展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On-line algorithms for cache sharing
Algorithms for Cache Sharing Daniel Greene * Arvind Raghunathan t A single physical computer memory may be used for more than one type of page, with the amount of memory devoted to each type under software control. For example, the effective size of memory can be increased by storing some pages in compressed form and decompressing on demand. This introduces another level to the memory hierarchy, and the sizes of two adjacent levels may be varied dynamically. We present an algorithm for varying the mixture of pages in a two-type cache, and then analyze the “competitiveness” of our algorithm. We also report progress in partially automating the design and analysis of on-line algorithms.
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