Low power sensors that are dispersed across remote locations are mainly deployed in Wireless Sensor Networks (WSNs). Clusters of sensors are arranged, where each cluster identifies a crucial node called a cluster head (CH). To communicate the sensed data to a base station, each CH gathers it from its sensor nodes (BS). Sensors with non-replaceable batteries have been deployed. For WSN, energy use is a significant concern. This work presents an efficient framework that reduces the energy consumption over WSNs to lower energy consumption and prolong network lifetime. The energy loss can be reduced over the network connections has been achieved by enhancing the energy balance over all the clusters at each sensor nodes. The cluster head selection is an important phase of the network deployment where additional TDMA is also attached to the cluster head. The existing LEACH is compared with the proposed protocol and shown an improvement of proposed protocol with respect to the network-lifetime, energy consumption, how many more nodes are linked to the base station. Results from MATLAB 2015a simulations and mathematical analysis demonstrate the viability of the suggested strategy. Compared to LEACH, WSN has a 73% longer network life cycle and a 60 percent lower energy consumption.

Deployment-Region, MS-Mobile Sink, Cluster Head, Wireless Sensor Networks