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Fastrack for Taming Burstiness and Saving Power in Multi-Tiered Systems ∗

By A. Caniff, L. Lu, N. Mi, L. Cherkasova and E. Smirni

Abstract

Burstiness (i.e., sudden surges) in user demands in enterprise systems that operate under the multi-tiered paradigm is a common phenomenon that leads to overprovisioning: the system is configured with excess hardware to meet peak user demands, often resulting in excessive (and unnecessary) power costs. In this paper, we present Fastrack, a parameter-free algorithm for dynamic resource provisioning that uses simple statistics to promptly distill information about changes in workload burstiness. This information, coupled with the application’s end-to-end response times and system bottleneck characteristics, guide resource allocation that shows to be very effective under a broad variety of application burstiness profiles and bottleneck scenarios. Extensive simulations illustrate Fastrack’s robustness for consistently meeting predefined service level objectives while minimizing power usage.

Year: 2011
OAI identifier: oai:CiteSeerX.psu:10.1.1.187.585
Provided by: CiteSeerX
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