Energy reducing dynamic multi-dimensional resource allocation in cloud data center

Bo Yin, Lin Lin
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引用次数: 5

Abstract

Consolidation virtual machine (VM) on fewer physical servers is an efficient way to reduce energy consumption in data center. However, VMs often have inherent dependencies which bring complex load interactions among the underlying physical servers. Unreasonable migration will lead to a decline in network performance. In this paper, aiming at energy saving, we propose an application-aware policy in VM consolidation process. Moreover, in order to guarantee that the migrated VMs can be efficiently placed on physical servers determined by the application-aware policy, we also propose a multi-dimensional resource allocation algorithm (MDRA). Experiment results show that the proposed application-aware policy can efficiently reduce energy consumption as well as improving network performance. And the proposed MDRA algorithm can ensure the effectiveness of our policy.
云数据中心动态多维资源分配节能
在更少的物理服务器上部署整合虚拟机(virtual machine,简称VM)是降低数据中心能耗的有效途径。然而,虚拟机通常具有内在的依赖性,这会在底层物理服务器之间带来复杂的负载交互。不合理的迁移会导致网络性能下降。本文以节能为目标,提出了一种基于应用感知的虚拟机整合策略。此外,为了保证迁移后的虚拟机能够有效地分配到由应用感知策略决定的物理服务器上,我们还提出了一种多维资源分配算法(MDRA)。实验结果表明,提出的应用感知策略能够有效降低网络能耗,提高网络性能。所提出的MDRA算法可以保证策略的有效性。
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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