整合虚拟机,提高云计算环境下的能源效率

Thiago Kenji Okada, Albert P. M. De La Fuente Vigliotti, D. Batista, A. Goldman
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引用次数: 25

摘要

提高IT行业的能源效率是当今一个重要的研究课题。降低运营成本、产生热量和对环境的影响是其中的一些原因。由于云计算的出现,可以通过在单个物理机上运行各种虚拟机来提高数据中心的能源效率。然而,云提供商通常投资于性能,而不是能源效率。本文主要研究了高效节能的初始虚拟机放置问题,并给出了三种新的算法,一种是基于第一次拟合递减算法,另两种是基于最佳拟合递减算法。将它们与文献中的其他算法进行比较,可以观察到功耗降低了3.24%,执行时间也减少了几个数量级。用于分析Google公开提供的痕迹的脚本是本文的另一个贡献,因为它们对那些从事云计算机制工作的人很有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Consolidation of VMs to Improve Energy Efficiency in Cloud Computing Environments
Improvement of energy efficiency in IT is an important research topic nowadays. The reduction of operational costs, generated heat and environment impact are some of the reasons for this. Thanks to the advent of cloud computing, it is possible to improve energy efficiency in data centers by running various virtual machines in a single physical machine. However, the cloud providers generally invest in performance, not energy efficiency. This paper focuses on the problem of an energy efficient initial VM placement, and describes three new algorithms for this problem, one based on the First Fit Decreasing algorithm, and the other two based on the Best Fit Decreasing algorithm. They are compared with other algorithms in the literature, and a reduction of power consumption up to 3.24% was observed, as well a reduction of execution time in several orders of magnitude. Scripts used to analyze traces publicly provided by Google are another contribution of the paper, since they are useful for those working in mechanisms for cloud computing.
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