3E-VMC:一种基于云的虚拟机调度节能实验模型

Pushkar Pete, Kunal Patange, M. Wankhade, Arpitrama Chatterjee, M. Kurhekar, Krishan Kumar
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引用次数: 3

摘要

在云计算时代,计算资源通过网络按需使用。它消耗了大量的能量,这是不容易测量的计算使用资源。因此,数据中心的能源消耗成为最需要解决的问题。因此,该模型强调了一种有效的能源技术,通过将虚拟机(vm)适当地迁移到服务器上来解决这个问题。提出了一种通过高效启动虚拟机来满足用户请求的算法。我们提出的3E-VMC模型与最先进的技术进行了节能总量的实验研究。理论上,所提出的3E-VMC模型估计的最大节能量为75%,实验验证的最大节能量为54%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
3E-VMC: An Experimental Energy Efficient Model for VMs scheduling over Cloud
In Cloud computing era, computing resources are being used on-demand via network. It consumes a huge amount of energy, which does not measure easily with computational use of resources. Therefore, energy consumption in data centers becomes the most essential concern to address. Thus, this model highlights an efficient energy technique to address the concern by migrating the Virtual Machines (VMs) onto the servers appropriately. An algorithm has been proposed to satisfy the user requests by launching the VMs efficiently. A experimental study is made on the total amount of energy saved by our proposed 3E-VMC model against the state-of-the-art techniques. Theoretically, the maximum amount of saved energy estimated by the proposed 3E-VMC model is 75%, while it has been experimentally verified as 54%.
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