Practical prefetching techniques for parallel file systems

D. Kotz, C. Ellis
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引用次数: 83

Abstract

Improvements in the processing speed of multiprocessors are outpacing improvements in the speed of disk hardware. Parallel disk I/O subsystems have been proposed as one way to close the gap between processor and disk speeds. In a previous paper the authors showed that prefetching and caching have the potential to deliver the performance benefits of parallel file systems to parallel applications. They describe experiments with practical prefetching policies, and show that prefetching can be implemented efficiently even for the more complex parallel file access patterns. They also test the ability of these policies across a range of architectural parameters. (see IEEE Trans. on Parallel and Distributed Systems, vol.1, no.2, p.218-30, 1990).<>
并行文件系统的实用预取技术
多处理器处理速度的提高超过了磁盘硬件处理速度的提高。并行磁盘I/O子系统已被提出作为缩小处理器和磁盘速度之间差距的一种方法。在之前的一篇论文中,作者展示了预取和缓存有可能为并行应用程序提供并行文件系统的性能优势。他们描述了实际预取策略的实验,并表明即使对于更复杂的并行文件访问模式,预取也可以有效地实现。他们还在一系列体系结构参数中测试这些策略的能力。(参见IEEE译本。论并行与分布式系统,vol.1, no. 1。2, p.218- 30,1990)。
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