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Non-cooperative power and latency aware load balancing in distributed data centers

机译:分布式数据中心的非合作电源和延迟感知负载平衡

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In this paper we propose an algorithm for load balancing in distributed data centers based on game theory. We model the load balancing problem as a non-cooperative game among the front-end proxy servers. We model the operating cost associated with a data center as a weighted linear combination of the energy cost and the latency cost. We propose a non-cooperative load balancing game with the objective of minimizing the operating cost and obtain the structure of Nash equilibrium. Based on this structure, a distributed load balancing algorithm is designed. We compare the performance of the proposed algorithm with the existing approaches. Numerical results demonstrate that the solution achieved by the proposed algorithm approximates the global optimal solution in terms of the cost and it also ensures fairness among the users.
机译:本文提出了一种基于博弈论的分布式数据中心负载均衡算法。我们将负载平衡问题建模为前端代理服务器之间的非合作游戏。我们将与数据中心相关的运营成本建模为能源成本和等待时间成本的加权线性组合。我们提出了一种非合作的负载均衡博弈,其目的是将运营成本降至最低,并获得纳什均衡的结构。基于此结构,设计了一种分布式负载均衡算法。我们将提出的算法与现有方法的性能进行比较。数值结果表明,所提出的算法在成本上接近全局最优解,并且可以保证用户之间的公平性。

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