Random node deployment and route establishment in receiver based routing protocol for WSNs

The Wireless sensor networks (WSN) is functional in various environments namely surveillance of forest, earth quake monitoring, medical applications etc. This paper tackles with the problem of WSNs with detection of the target with dynamic considerations and random deployment of node. The proposed work explains initial environments of Energy Efficient Distributed Receiver Based Routing Protocol (EEDR). The receiver based routing is considered in order to conserve battery power and the high residual energy results in increased lifetime of the sensor nodes. The work explains how the node deployment takes place randomly with self-motivated nature of nodes and the energy consumption for deployment of nodes. The target detection is made from the receiver side instead of sender side to manage the control packets and thus control the energy consumption in the network. The results demonstrate the node deployment and the route establishment from the receiver side.