Depth First Search Approach with Multi-Variable Heuristic Function for Enhancing Routing Protocol in 802.11 Sensor Network

Wireless Sensor Networks (WSNs) are spread broadly due to their commonsense use in various applications and zones; this prompted pervasiveness remote sensor networks all over the place. Vitality utilization is considered as the greatest test to decide the wSNs lifetime, because of the restricted force source in the batteries that are coordinated into these sensor hubs. This paper proposes steering convention dependent on DFS calculation. Reenactment results show that the proposed convention is effective as far as decreasing vitality utilization and increment the wSNs life expectancy and accomplishes preferred execution over notable conventions as far as transmission postponement, throughput, and parcel conveyance proportion. In future, update with another artificial intelligence convention will be done.