A Dynamic Zone Adaptive Model for Dynamic Reconfiguration of WSN

Dynamic network localization is required to achieve the architecture level improvement to the network. It provides the network reconfiguration to achieve the communication improvement with behavior and the architectural analysis. In this work, a three stage model is presented to achieve the network reconfiguration. In first stage, the critical point analysis is provided. This analysis is applied under maximum flow algorithm. In second stage, the neighboring point analysis is provided for load analysis. In final stage, the reconfiguration is applied to improve the communication. The results obtained from work shows that the work has improved the network communication and network life.