An Optimal Topology Selection for Power Recharging Model in Wireless Sensor Networks)

Abstract

WSNs repeatedly face errors because of energy discharge, software, or hardware errors in the network, environmental occurrences, and various attacks. It is essential to make sure that WSNs application system is present throughout the event of fault or interruption happens. Recent work in topology control has shown that a reasonable topology can improve the robustness of WSN. However, there is a need for a reliable and suitable type of topology to be appropriate for SenCar technique. This paper explores an optimal network topology for WSNs when a concept of SenCar merges with load balancing. Therefore, investigating a robust system with varying data rate assess the impact of the type of topology on distinct parameters. Further, the proposed work analyzes its performance for randomly distributed nodes, which can be taken to calculate the results at fluctuating data rate.