Title :
Showstopper: The Partial CPU Load Tool
Author :
Podzimek, Andrej ; Chen, Lydia Y. ; Bulej, Lubomir ; Binder, Walter ; Tuma, Petr
Abstract :
Provisioning strategies relying on CPU load may be suboptimal for many applications, because the relation between CPU load and application performance can be non-linear and complex. With the knowledge of the relation between CPU load and application performance, resource provisioning strategies could be tuned to a particular application, but the required knowledge is difficut to obtain, because classic benchmarking is not suited for performance evaluation of partial-load scenarios. As a remedy, we present Showstopper, a tool capable of achieving and sustaining a predefined partial CPU load (or replay a load trace) by controlling the execution of arbitrary CPU-bound workloads. By analyzing performance interference among applications running in colocated virtual machines, we demonstrate how Showstopper enables systematic and reproducible exploration of the platform- and application-specific relation between CPU load and application performance.
Keywords :
multiprocessing systems; performance evaluation; resource allocation; virtual machines; Showstopper; application performance; application-specific relation; arbitrarv CPU-bound workloads; colocated virtual machines; partial CPU load tool; performance evaluation; performance-specific relation; resource provisioning strategies; Analytical models; Bismuth; Computational modeling; Computers; Telecommunications; benchmarking tool; load generator; partial load; performance interference; workload colocation;
Conference_Titel :
Modelling, Analysis & Simulation of Computer and Telecommunication Systems (MASCOTS), 2014 IEEE 22nd International Symposium on
Conference_Location :
Paris
DOI :
10.1109/MASCOTS.2014.75