云环境下热迁移对多层应用性能的影响

S. Kikuchi, Y. Matsumoto
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引用次数: 24

摘要

实时迁移技术有助于在云数据中心中实现高效的资源管理;然而,它们将不可避免地导致所涉及的虚拟机停机。即使停机时间相对较短,对于对响应时间降低敏感的应用程序,其影响也可能很严重。因此,云数据中心提供商应该控制实时迁移操作,以尽量减少对运行在云基础设施上的应用程序性能的影响。有了这样的理解,我们在使用XenServer和RUBBoS基准的实验设置中研究了实时迁移对两层web应用程序性能的影响。我们发现传输控制协议(TCP)的行为可能是导致实时迁移期间响应时间下降的主要因素。在实验结果的基础上,我们构造了函数来估计实时迁移对应用程序的性能影响。我们还研究了一个案例研究,以演示云计算数据中心如何确定最佳的实时迁移策略,从而最大限度地减少应用程序性能下降。
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Impact of Live Migration on Multi-tier Application Performance in Clouds
Live migration technologies can contribute to efficient resource management in a cloud datacenter; however, they will inevitably entail downtime for the virtual machine involved. Even if the downtime is relatively short, its effect can be serious for applications sensitive to response time degradations. Therefore, cloud datacenter providers should control live migration operations to minimize the impact on the performance of applications running on the cloud infrastructure. With this understanding, we studied the impact of live migration on the performance of 2-tier web applications in an experimental setup using XenServer and RUBBoS benchmark. We revealed that the behavior of the transmission control protocol (TCP) can be the primary factor responsible for response time degradation during live migration. On the basis of the experimental results, we constructed functions to estimate the performance impact of live migration on the applications. We also examined a case study to demonstrate how cloud computing datacenters can determine the best live migration strategy to minimize application performance degradation.
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