An Intelligent Failure Free Data Communication Model using Predicted Remaining Deliveries Scheme

Using wireless sensor networks as a case study; this system examines the issue of excessive power usage. In hostile environments, where circumstances vary rapidly, wireless sensor nodes might suffer from abrupt connection quality as well as node status changes. As the network quality and node state fluctuate, so does the end-to-end latency for every sensor-node. Sensor nodes, on the other hand, have a finite amount of power; therefore, extending the network’s lifespan is a major challenge. Predicted Remaining Deliveries (PRD) is a distinctive and uncomplicated routing statistic that combines elements like as transmission capacity, connection dependability, and end-to-end latency and distance to give higher network performance. The PRD balances specific connections and end-to-end latencies in order to successfully depict the state of nodes over time. Using simulated tests, PRD exceeds ETX and other recently established measurements in terms of end-to-end delay and received packets.