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We conduct extensive simulations of proposed DTPC using OPNET.
We performed extensive simulations of the proposed algorithm to study convergence to the optimal Nash equilibrium.
Extensive simulations of the sources have been performed using both 2D and 3D self-consistent codes.
Extensive simulations of different representative scenarios demonstrate the effectiveness of the proposed technique.
Extensive simulations of multi-hop multi-neighborhood network scenarios are performed using ns-2.
To demonstrate the generality of the presented method, an analytic model is described and verified by extensive simulations of different adaptive AQM algorithms.
Similar(30)
This is demonstrated by extensive simulations on networks of varying breadth and density.
We tested our framework using extensive simulation of realistic chromosomes under several demographic models, using the GENOME coalescent simulator (Liang et al., 2007).
This necessitates extensive simulation of controllers to ensure stability and performance.
Further, an extensive simulation of effective doping density as well as electric field profile is carried out at different temperatures for various fluences.
This work includes extensive simulation of these two emerging techniques using the Synopsys Sentaurus Process software tool, in direct comparison with experimental data for each step involved in the process.
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