Distributed Controller for Load Balancing with VM Migration

Praneeth Gunupati, Krishna Boyidi, Akshay Kumar, Siddhartha Earla, S. Gugulothu, Ashutosh Kumar Singh
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Abstract

In this paper, we propose a model named Hugo, that acts as a distributed, scalable cloud controller which can handle basic operations like creation, deletion and migration of virtual machines(VMs). It achieves higher utilization by overcommitting the physical machine(PM). We describe each and every component along with their functionalities that garner to form the structural support for the model proposed. Algorithmic implementations namely Wiener filter algorithm for resource prediction, heuristic for energy efficient VM migration are discussed. Distributed nature of the model along with its contribution to scalability is fairly explained in this paper.
分布式控制器与虚拟机迁移负载均衡
在本文中,我们提出了一个名为Hugo的模型,它作为一个分布式的、可扩展的云控制器,可以处理虚拟机(vm)的创建、删除和迁移等基本操作。它通过过度提交物理机(PM)来实现更高的利用率。我们描述了每个组件以及它们的功能,这些功能形成了对所提出模型的结构支持。讨论了算法的实现,即用于资源预测的维纳滤波算法,用于节能VM迁移的启发式算法。模型的分布式特性及其对可伸缩性的贡献在本文中得到了很好的解释。
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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