A hybrid concatenation packet aggregation approach for energy-aware disparate path routing in energy harvesting WSNs

In a sensor network, a sensor node does not aggregate the data packets efficiently, since the packet is dropped for poor connection between the sensor nodes in the network. The sensor node location is varied in every area, so infrequent to share the information with its neighbor by the sender node. The communication is lost, and only received a minimum amount of packets for every communication, remaining packets are dropped. The node performs again packet transmission on the path makes the minimum residual energy level of each node. It increases the packet loss rate and energy consumption. Proposed IMPROVED ENERGY EFFICIENT DISPARATE PATH ROUTING (IEEDP) method is designed to achieve energy efficient packet aggregation along network environment. The position of the node is monitored clearly and then assign disparate path for routing. Concatenation Packet Aggregation algorithm is designed for a sensor network, it gathers the data packets without any loss for the transmission period from the source node to a destination node in a network environment, energy preservation is a sequence to increase the lifetime of the network by analyzing the residual Energy Effects on EH-WSN. It reduces packet loss rate and energy consumption.