Integration of DVFS and multi CPUs scaling in a multi-processor

A. Saha, Koj Sambyo, C. Bhunia
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引用次数: 3

Abstract

Power consumption of any microprocessor depends on its applied operating voltage & its applied frequency and this power consumption is proportional to V2f. Therefore, scaling of the voltage or frequency will affect the reduction of the power consumption. Again, now-a-days multi CPUs in microprocessors are available. Enabling & disabling of CPUs in a multiprocessor can also effect in reduction of the power consumption. This paper proposed a power saving algorithm of CPU frequency scaling along with enabling & disabling of number of CPUs based on its utilization or Workload. Here both frequency scaling and enabling & disabling of number of CPUs are combined together. The proposed algorithm is implemented in Linux based environment. This policy can be applied in Laptop, Desktop, small gadgets and Server etc.
在多处理器中集成DVFS和多cpu扩展
任何微处理器的功耗取决于其施加的工作电压和施加的频率,并且该功耗与V2f成正比。因此,电压或频率的缩放将影响功耗的降低。同样,现在微处理器中的多个cpu是可用的。在多处理器中启用和禁用cpu也可以降低功耗。本文提出了一种基于CPU利用率或工作负载的CPU频率缩放和CPU数量启用/禁用的节能算法。在这里,频率缩放和cpu数量的启用和禁用都结合在一起。该算法在Linux环境下实现。此策略适用于笔记本电脑,台式电脑,小型设备和服务器等。
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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