Power-efficient data storage and transfer methodologies: Current solutions and remaining problems

F. Catthoor
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引用次数: 6

Abstract

Recent experiments for the realisation of data-dominated multi-media applications have clearly demonstrated that the main power (and largely also area) cost is situated in the memory units and the (bus) communication hardware. On the custom hardware side, several system level memory management related methodologies are being proposed which promise very large savings on power and also on area while still meeting the real-time constraints. Unfortunately, on the software side these methodologies are not applicable as such. In order to alleviate this situation for systems-on-a-chip with a heterogeneous mix of processors, novel methodology and architecture approaches are required. In this research summary paper, the currently available solutions are reviewed and some major problems to be solved in the future are identified.
高能效数据存储和传输方法:当前解决方案和遗留问题
最近为实现以数据为主导的多媒体应用而进行的实验已经清楚地表明,主要的功率(以及很大程度上的面积)成本位于存储单元和(总线)通信硬件上。在定制硬件方面,一些与系统级内存管理相关的方法正在被提出,这些方法承诺在满足实时限制的同时大大节省功耗和面积。不幸的是,在软件方面,这些方法并不适用。为了缓解具有异构混合处理器的单片系统的这种情况,需要新的方法和体系结构方法。在这篇研究总结论文中,回顾了目前可用的解决方案,并确定了未来需要解决的一些主要问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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