空间加速及其与时间加速的关系

Yue Hu, W. Tong, Xiaoli Zhi, Zhi-xun Gong
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引用次数: 1

摘要

在并行程序的优化工作中,特别是在大规模并行计算领域,必须同时考虑并行计算的时间和空间,以尽可能地减少计算时间,因为许多较差的并行空间策略会对计算时间产生负面影响。虽然,有时候我们不得不牺牲空间来换取时间的进一步减少。计算时间和空间应保持怎样的关系以及如何进行是直接决定优化方向的两个问题,在并行优化中必须弄清楚。本文提出了空间加速理论来表示存储需求的可扩展性,并讨论了时间加速与空间加速的关系,从而给出了加速对并行代码优化的引导能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Space Speedup and Its Relationship with Time Speedup
In the optimizing work of parallel program, especially in the realm of massively parallel computing, the parallel computing time and space must be concurrently carefully considered to cut down the computing time as much as possible, because lots of poor parallel space strategies would impact negative effects on computing time. Although, sometimes we have no choice but to sacrifice the space for the time’s further diminishing. What relationship should the computing time and space to keep and how are they going on are two problems, which deciding our optimizing direction directly and must be clear in parallel optimizing. This paper proposes a space theory, named as space speedup, to denote the scalability of memory requirement, and discusses the relationship of time speedup and space speedup, through which the speedups’ guidance capacity in optimizing parallel codes are given.
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