Online Spike Detection in Cloud Workloads

Amardeep Mehta, J. Durango, Johan Tordsson, E. Elmroth
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引用次数: 18

Abstract

We investigate methods for detection of rapid workload increases (load spikes) for cloud workloads. Such rapid and unexpected workload spikes are a main cause for poor performance or even crashing applications as the allocated cloud resources become insufficient. To detect the spikes early is fundamental to perform corrective management actions, like allocating additional resources, before the spikes become large enough to cause problems. For this, we propose a number of methods for early spike detection, based on established techniques from adaptive signal processing. A comparative evaluation shows, for example, to what extent the different methods manage to detect the spikes, how early the detection is made, and how frequently they falsely report spikes.
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云工作负载中的在线峰值检测
我们研究了检测云工作负载的快速工作负载增加(负载峰值)的方法。由于分配的云资源不足,这种快速且意外的工作负载峰值是导致性能差甚至应用程序崩溃的主要原因。及早发现尖峰是执行纠正管理行动的基础,比如在尖峰变得足够大而导致问题之前分配额外的资源。为此,我们基于自适应信号处理的成熟技术,提出了许多早期尖峰检测的方法。例如,一项比较评估显示,不同的方法在多大程度上能够检测到峰值,检测的时间有多早,以及它们错误报告峰值的频率有多高。
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