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A survey of architectural techniques for improving cache power efficiency

机译:旨在提高缓存电源效率的体系结构技术的调查

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Modern processors are using increasingly larger sized on-chip caches. Also, with each CMOS technology generation, there has been a significant increase in their leakage energy consumption. For this reason, cache power management has become a crucial research issue in modern processor design. To address this challenge and also meet the goals of sustainable computing, researchers have proposed several techniques for improving energy efficiency of cache architectures. This paper surveys recent architectural techniques for improving cache power efficiency and also presents a classification of these techniques based on their characteristics. For providing an application perspective, this paper also reviews several real-world processor chips that employ cache energy saving techniques. The aim of this survey is to enable engineers and researchers to get insights into the techniques for improving cache power efficiency and motivate them to invent novel solutions for enabling low-power operation of caches.
机译:现代处理器正在使用越来越大的片上高速缓存。而且,随着每一代CMOS技术的发展,其泄漏能量消耗已大大增加。因此,高速缓存电源管理已成为现代处理器设计中的关键研究问题。为了应对这一挑战并满足可持续计算的目标,研究人员提出了几种提高缓存架构能效的技术。本文调查了用于提高高速缓存电源效率的最新体系结构技术,并根据这些技术的特性对这些技术进行了分类。为了提供应用前景,本文还回顾了几种采用缓存节能技术的实际处理器芯片。这项调查的目的是使工程师和研究人员能够深入了解提高缓存电源效率的技术,并激发他们发明新颖的解决方案以实现缓存的低功耗操作。

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