Automating experimentation on distributed testbeds

Engineering distributed systems is a challenging activity. This is partly due to the intrinsic complexity of distributed systems, and partly due to the practical obstacles that developers face when evaluating and tuning their design and implementation decisions. This paper addresses the latter aspect, providing techniques for software engineers to automate the experimentation activity. Our approach is founded on a suite of models that characterize the distributed system under experimentation, the testbeds upon which the experiments are to be carried out, and the client behaviors that drive the experiments. The models are used by generative techniques to automate construction of the workloads, as well as construction of the scripts for deploying and executing the experiments on distributed testbeds. The framework is not targeted at a specific system or application model, but rather is a generic, programmable tool. We have validated our approach by performing experiments on a variety o...

• Type: Conference
• Year: 2005
• Where: KBSE
• Authors: Yanyan Wang, Matthew J. Rutherford, Antonio Carzaniga, Alexander L. Wolf
• Keywords: Defense Advanced Research Projects Agency, Distributed System, Engineering Distributed Systems, KBSE 2005, Software Engineering