ISSN: 2250-3005 - ijcer

International Journal Of Computational Engineering Research (ijceronline.com) Vol. 2 Issue. 8Receive Circuitry PowerConsumptionIdle Circuitry PowerConsumptionSleep Circuitry PowerConsumption130.0 mW120.0 mW0.0 mWEnergy Model S pecificationsInitial Energy (Joules) 15Transmission Power (Watt) 1.4Receiving Power (Watt) 1.0Idle Power (Watt) 0.0Scenario designed for AODV, DYMO, OLSRv2-Niigata, OLSR-Inria, RIPng with Varying Network Size (10-100). Theparameters of Table 1 deployed in QualNet simulator assigned in 10-100 nodes sources are randomly distributed over a 1500mx 1500m area. The maximum speed varies from 1 to 21 m/s. Pause time is set at 5 sec. Consequently, most nodes move at alltimes.3.1. Snapshot of SimulationThe simulations of energy traffic model were performed using QualNet Simulator 5.0.1, the traffic sources are CBR(continuous bit rate). The source-destination pairs are multip lying randomly over the network. During the simulation, each nodestarts its journey from a source node to destination node. This process repeats throughout the simulation, causing continuouschanges in the topology of the underlying network. Fig.1 Shows the running simulation of snapshot when we applying CBR (1 -20) nodes and DYMO routing protocol.Figure1. Snapshot of QualNet Animator in action for applying DYMO protocol using 100 nodes.4. Results & Analysis4.1. Analysis and impact of Throughput (Bits/s):The throughput of the protocols can be defined as successful average rate of data packets received at its destinationamong the packets sent by the source. Throughput of all protocols decreases when the size of network increases. Thethroughput is measured in bits per second (bit/s or bps). For better system performance the number of bits per sec must be high.||Issn 2250-3005(online) || ||December|| 2012 Page 326