A Performance Enhancement of an Optimized Power Reactive Routing based on AODV Protocol for Mobile AD-HOC Network
V. Bharathi, T. Poongkuzhali · 2011
Mobile Ad-hoc network is a collection of two or more node equipped with wireless communication and it's a low power device for data transmission. Many Proactive based power aware routing protocol was implemented by many researchers. In this paper, we described an optimized power reactive routing based AODV protocol by using concept of cognitive function. It ensures data packet is transferred in the shortest and most reliable mode. In order to that improve the scalability of network management and provide a way of transmission with an energy efficient manner in the path of every node. We propose a novel way of transmission with stability using a technique called Optimized Power Reactive Routing (OPRR) and for more splendid performances. This proposed protocol avoids new route discovery process in AODV with low power consumption and maintain the stability of node and to improve scalability of the network. Preliminary the simulation using GloMoSim simulator were provided and the result shows the performance enhancements of the Optimized Power Reactive Routing.