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Energy efficient virtual machine consolidation in cloud datacenters

机译:云数据中心中的节能虚拟机整合

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Energy efficiency has recently become a major issue in large data centers. Virtual machine placement (VMP) problem plays an important role in virtualized datacenters. Virtual machine (VM) migration with efficient placement schemes enables effective physical machines (PMs) consolidation to promote the utilization level of servers. Low utilization of physical server is the main reason result to the energy inefficiency. Aimed to promote the utilization of servers, VM migration technology is used to realize the server consolidation and minimize the lower utilized servers and switch idle servers to energy saving mode. Secondly, a novel and effective VM allocation policy based on resource-aware utility model is proposed to improve the consolidation efficiency. Finally, a resource manage prototype framework is setup, and CloudSim is chosen as the testbed to evaluate the policy's performance with the real workload data collected from the PlanetLab project. Experiments results validated our proposed policy effectiveness on substantial energy savings.
机译:能源效率最近已成为大型数据中心的主要问题。虚拟机放置(VMP)问题在虚拟化数据中心中扮演着重要角色。具有有效放置方案的虚拟机(VM)迁移可实现有效的物理机(PM)整合,从而提高服务器的利用率。物理服务器利用率低是导致能源效率低下的主要原因。为了提高服务器的利用率,VM迁移技术用于实现服务器整合并最大程度地减少利用率较低的服务器,并将空闲服务器切换到节能模式。其次,提出了一种基于资源感知效用模型的新颖有效的虚拟机分配策略,以提高整合效率。最后,建立资源管理原型框架,然后选择CloudSim作为测试平台,以使用从PlanetLab项目收集的实际工作量数据评估策略的性能。实验结果验证了我们建议的政策在节省大量能源方面的有效性。

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