Dynamic Load Balancing for Physical Servers in Virtualized Environment

Mingming Zhang, Songyun Wang, Gaopan Huang, Yefei Li, S. Zhang, Zhuzhong Qian
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引用次数: 1

Abstract

Virtualization technology has brought new vitality to data centers but also brought some thorny issues. Virtualization technology creates an abstract intermediate layer, separating the upper layer applications from the underlying infrastructure, which cause some difficulties to the upper layer applications for the effective use of resources. Based on this observation, we propose a dynamic load balancing system in virtualized environment. The system adjusts the weights of virtual machines in real-time in order to balancing physical servers' load and improve data center efficiency. In addition, by monitoring physical machine failure information, we can evacuate physical machines as soon as they failed to ensure high availability of the data center. We design a virtualized environment monitoring system and propose an efficient algorithm. We evaluate the proposed system with real implementations which show DLB has rather good performance.
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虚拟化环境下物理服务器的动态负载均衡
虚拟化技术给数据中心带来了新的活力,但也带来了一些棘手的问题。虚拟化技术创建了一个抽象的中间层,将上层应用程序与底层基础设施分开,这给上层应用程序有效利用资源带来了一些困难。在此基础上,提出了一种虚拟环境下的动态负载均衡系统。系统实时调整虚拟机的权重,平衡物理服务器的负载,提高数据中心的效率。此外,通过监控物理机故障信息,我们可以在物理机出现故障时及时撤离,确保数据中心的高可用性。设计了一个虚拟环境监测系统,并提出了一种高效的算法。用实际实现对该系统进行了评价,结果表明该系统具有较好的性能。
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