Description

Energy harvesting and Throughput gain is the important parameters in wireless network. In order to achieve this, Coordination Communication Which provides the relay terminals for achieving diversity gain and to improving the transmitting efficiency in wireless network. Some Complicated Medium access interaction causes the problem in Relaying. For such Causes, a partial relaying network-level cooperation protocol which select the relay node for efficient data transmission. We use TDMA scheduling for managing the time slot. We introduce the problem of general relaying cost minimization for cooperative energy harvesting networks. We consider a simple network in which a source transmits to a destination through network-level cooperation with a number of relay nodes. Nodes harvest energy from nature, energy can be modelled as an exogenous stochastic process. Therefore, unlike traditional battery-powered systems, energy is not a deterministic quantity in these systems, but is a random process which varies stochastically in time. The source and the relays have energy harvesting capability. Simulation result shows, our proposed PRNC provides high energy efficient process and achieves high throughput gain.