高速缓存存储器设计空间探索综述

David Sam, Michael Opoku Agyeman
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引用次数: 0

摘要

计算机体系结构系统的进步导致了对存储器的巨大需求。为了维持这种飞跃,需要对内存设计空间探索的解决方案进行检查。从设计空间探索及其与高速缓存基本构成的相关性来看,有一些可能的解决方案可以解决迟早需要更多更快内存的问题。设计空间探索技术模拟、分析、可配置和进化都提供了不同的优势,并绝对提高了缓存设计。但是,每种方法都有其缺点,应该根据其应用程序的意图来考虑这些缺点。本文概述了不同的技术,并评估了他们的有效性,关于他们的优点和缺点。建议的最佳解决方案可能是一种混合技术,允许不同的技术弥补其他技术的不足。
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An Overview of Design Space Exploration of Cache Memory
The advancement of computer architecture systems has led to the massive need for memory. The need to sustain such leaps has required the examination of solutions for the design space exploration of memory. From design space exploration and its relevance to the fundamental makeup of cache memory, there are some possible solutions to the problem of needing more and faster memory sooner than later. Design Space Exploration techniques Simulation, Analytical, Configurable and Evolutionary all provide different advantages and definitely enhance the cache memory design. However, each has its drawbacks that should be considered depending on the intent of its application. This paper presents an overview of the different techniques and evaluates their effectiveness with regard to their advantages and disadvantages. A suggested best solution could be a hybrid that allowed the different techniques to compensate for the other's deficiencies.
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