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A self-organized load balancing mechanism for cloud computing

机译:一种自组织的云计算负载平衡机制

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摘要

The growth in computer and networking technologies over the past decades established cloud computingrnas a new paradigm in information technology. The cloud computing promises to deliver cost-effective servicesrnby running workloads in a large scale data center consisting of thousands of virtualized servers. Thernmain challenge with a cloud platform is its unpredictable performance. A possible solution to this challengerncould be load balancing mechanism that aims to distribute the workload across the servers of the datarncenter effectively. In this paper, we present a distributed and scalable load balancing mechanism for cloudrncomputing using game theory. The mechanism is self-organized and depends only on the local informationrnfor the load balancing.We proved that our mechanism converges and its inefficiency is bounded. Simulationrnresults show that the generated placement of workload on servers provides an efficient, scalable, and reliablernload balancing scheme for the cloud data center.
机译:在过去的几十年中,计算机和网络技术的增长使云计算成为了信息技术的新范例。云计算有望通过在包含数千个虚拟服务器的大型数据中心中运行工作负载来提供经济高效的服务。云平台面临的主要挑战是其不可预测的性能。应对这种挑战的可能解决方案可能是负载平衡机制,旨在有效地在数据中心的服务器之间分配工作负载。在本文中,我们提出了使用博弈论进行云计算的分布式可扩展负载平衡机制。该机制是自组织的,仅依赖于本地信息来进行负载平衡。我们证明了我们的机制收敛并且其效率有限。仿真结果表明,在服务器上生成的工作负载放置为云数据中心提供了高效,可扩展且可靠的负载平衡方案。

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