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Brief Announcement: Online Batch Scheduling for Flow Objectives

机译:简短公告:用于流量目标的在线批次计划

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Batch scheduling gives a powerful way of increasing the throughput by aggregating multiple homogeneous jobs. It has applications in large scale manufacturing as well as in server scheduling. In batch scheduling, when explained in the setting of server scheduling, the server can process requests of the same type up to a certain number simultaneously. Batch scheduling can be seen as capacitated broadcast scheduling, a popular model considered in scheduling theory. In this paper, we consider an online batch scheduling model. For this model we address flow time objectives for the first time and give positive results for average flow time, the k-norms of flow time and maximum flow time. For average flow time and the k-norms of flow time we show algorithms that are O(1)-competitive with a small constant amount of resource augmentation. For maximum flow time we show a 2-competitive algorithm and this is the best possible competitive ratio for any online algorithm.
机译:批处理调度通过汇总多个同类作业提供了一种强大的方式来提高吞吐量。它在大规模生产以及服务器调度中都有应用。在批处理调度中,在服务器调度的设置中进行了说明时,服务器可以同时处理同一类型的请求,最多可以处理一定数量。批处理调度可以看作是容量有限的广播调度,这是调度理论中考虑的一种流行模型。在本文中,我们考虑了在线批处理调度模型。对于此模型,我们首次解决了流动时间目标,并给出了平均流动时间,流动时间的k范数和最大流动时间的肯定结果。对于平均流动时间和流动时间的k范数,我们显示了具有O(1)竞争能力且具有少量恒定资源增加的算法。为了获得最大的流动时间,我们展示了2种竞争算法,这对于任何在线算法而言都是最佳的竞争比。

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