A Cluster Based Routing Protocol for IoT Based WSNs to Enhance Performance

In recent years, the most significant challenges in WSN – "Wireless sensor networks" are localization issues. Further, it is difficult to evaluate and monitored the data gathered with the beacons and localization method to evaluate node location. It is significant to develop an effective "Distance-Vector-Hop (DV-Hop)" algorithm in studies that focuses on better formulation to handle an average hop-size with the aid of a beacon in order to reduce error in localization with the measurement of distance between the dumb and beacon nodes because of improved localization accuracy. The current research utilizes the "WSN-based Internet of things Network Deployment" and an improvised routing protocol based on clustering for performance and security enhancement. The proposed routing protocol can be considered as "Cluster-Based Routing Protocol with Static Hub (CRPSH)" which discovers all possible paths prior to their use. The proposed method obtained lower localization-error than DV-Hop and localization algorithms (others) based on simulation results accuracy. Eventually, in the calculation of average end-to-end delay values on each type of procured results on Direct is 0.211061ms, LEACH is 0.165833ms Hop-by-hop is 0.160808ms, CORPL is 0.326439ms, and proposed method is 0.155783ms, which increases the performance and security.