EGMPIP: Enhanced Geographic Multipath Routing using Gossip-Based Direct Neighbor Discovery Algorithm in Wireless Sensor Networks

Many paths between the source and sink nodes may be detected using multi-path routing in WSNs. The reliability, energy efficiency, and other benefits of data transmission may be increased by using many channels. The topic of multi-path routing has been the subject of several academic studies. These multi-path routing protocols, however, are ineffective because of the time and energy needed to build several channels. The elimination of bottlenecks and delays in data transmission is made possible by multipath routing in WSNs. Network QoS (Quality of Service), load balancing, and communication dependability may all benefit from multipath routing systems. To identify multipath routing in WSN, we suggested the Enhanced Geographic multipath (EGMPIP) architecture. The proposed framework first constructs the base station routing algorithm by computing the Neighbor node discovery (NND) function in the network using the G-ND. Each node in the network may make use of multipath routing thanks to the network-wide routing mechanism. In the end, simulation data are shown to validate the suggested technique, and the findings demonstrate that the routing strategy described in this work is superior to past methods.