Proactive Mechanism of Replacing Void Sensor and Managing Cluster heads

Ever since the wireless sensor networks are organized and utilized in many applications, still the requirement for high caliber and effective method for utilizing sensors are increasingly vital. This study focuses with the sensor node arrangement, the choice of superior cluster head selection, disposal of faraway sensors, servicing for new sensors, voids detection and substitution for void nodes. Always the battery intensity of Cluster Head needs to be excessive. One way of accomplishing this is to avoid using faraway sensor nodes for communication purpose and permitting clusters to add new nodes to them. The proposed, Mobile Selection of Cluster Head algorithm reduces the energy utilization by excluding the voids and faraway nodes from the cluster. A void sensor will not exchange information with other nodes. Due to the physical damage of the sensor void may occur in network. At the same time, a sensor node, nearer to the base station is exceedingly given with more assignments. Dynamic Node Drive to Void Pointed Location algorithm is the substitution of void removal process. It helps to improve the life time of the network by replacing voids nodes with another node which is having the aptitude to resist and endure in network.