Exact(32)
Extensive simulations in ns-2 simulator environment show that the proposed routing protocol, called BPSO-TORA, prolongs the network lifetime remarkably and outperforms TORA in terms of network life time, system life time and total delivered data.
We describe the working principles of the protocol and study its performance through comparative and extensive simulations in the ns-2 network simulator.
With our enhanced simulator, we were able to perform more extensive simulations in larger-scale realistic topologies, thereby presenting more substantial support for the convergence and fairness results.
Finally, we evaluate the performance of our system via extensive simulations in larger scale settings.
The performance evaluation is conducted through extensive simulations in QualNet using H.264 video streaming.
Finally, we conduct extensive simulations in order to verify our analytical results.
Similar(28)
We study the effectiveness of various strategies and design options through extensive simulation in terms of performance effectiveness as well as waiting-time predictability.
Through extensive simulations performed in different realistic urban scenarios, results demonstrate that both algorithms allow to improve data delivery by 10 40%, with negligible overhead and limited increase of complexity.
Good threshold values for TCR and TNCCR in different situations, obtained through extensive simulations, are listed in Table 1.
The extensive simulations show that in Watts Strogatz small world networks, the increase in probability of rewiring decreases the robustness of networks.
Extensive simulations are conducted in Section 5, and concluding remarks are drawn in Section 6.
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