Constructing a Non-Linear Model with Neural Networks for Workload Characterization

Workload characterization involves the understanding of the relationship between workload configurations and performance characteristics. To better assess the complexity of workload behavior, a model based approach is needed. Nevertheless, several configuration parameters and performance characteristics exhibit non-linear relationships that prohibit the development of an accurate application behavior model. In this paper, we propose a non-linear model based on an artificial neural network to explore such complex relationship. We achieved high accuracy and good predictability between configurations and performance characteristics when applying such a model to a 3-tier setup with response time restrictions. As shown by our work, a nonlinear model and neural networks can increase the understandings of complex multi-tiered workloads, which further provide useful insights for performance engineers to tune their workloads for improving performance.

• Type: Conference
• Year: 2006
• Where: IISWC
• Authors: Richard M. Yoo, Han Lee, Kingsum Chow, Hsien-Hsin S. Lee
• Keywords: IISWC 2006, Model, Operating Systems, Performance Characteristics, Workload