Abstract: The problem of service disruption in dynamic reconfiguration has not been studied well for the quality assurance. The dynamic reconfiguration must reduce the level of system transformation without disturb the service that much. We propose a new dynamic reconfiguration strategies for the components of the software system which will be prioritized based on the completeness measure. We use the state of cob for the selection of service for the user request and which helps the dynamic reconfiguration of components without disturbing the ongoing services. The completeness measure is computed based on the frequency of successful completion and failure completion of the service. We broadly explore the service reconfiguration strategies and we describe the model for reconfigurable components. The proposed component model is evaluated with the benchmark methods of reconfigurations. The notable inference of our examination is that the classified QoS physiognomies can be fully achieved under some acceptable restraints.
P. Sudhakar, Senthil Prakash and G. Mohana Prabha, 2016. Prioritizing Components of Real-Time Dynamic Reconfigurable Software Systems for QoS Improvement. Asian Journal of Information Technology, 15: 2526-2530.