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A Scalable Fair Heterogeneous Resource Allocation Scheme in Distributed Systems

机译:分布式系统中可扩展的公平异构资源分配方案

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Fair and efficient multiple resource allocation is often considered in a data center with a large scale of heterogeneous nodes and requests. Previous work proposed to maximize the minimum resource share received by any user and developed a fast Best-Fit algorithm to allocate jobs to servers. However, Best-Fit algorithm does not always make the optimal assignment. We first apply the subgradient technique to the maxmin fairness allocation problem, and further develop two fast online algorithms, the heuristic algorithm and the randomized algorithm, respectively. The latter is completely decentralized and with low complexity. Experiments show that the two algorithms achieve better fairness compared with Best-Fit algorithm.
机译:公平和高效的多重资源分配通常在数据中心中考虑,具有大规模的异构节点和请求。以前的工作提出要最大限度地提高任何用户收到的最低资源份额,并开发了一种快速最适合的算法,可以为服务器分配作业。但是,最佳拟合算法并不总是进行最佳分配。我们首先将子学技术应用于MaxMin公平分配问题,并进一步开发了两个快速在线算法,启发式算法和随机算法。后者完全分散,复杂性低。实验表明,与最佳算法相比,这两种算法达到了更好的公平性。

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