The analytical results have been verified with the simulated data obtained from ATLAS 3-D device simulator.
Further, the experimental data for grooved gate MOSFET has also been verified with the simulated data and a good agreement between their results is obtained.
The derived SEP expressions are tight and are verified with the simulated results.
The accuracy of the derived BER expressions is verified with the simulated ones for MC CC-CDMA systems with different combining methods under different system parameters.
We propose two methods of establishing this nominal constraint, and they are verified with several simulated examples, showing that the established nominal constraint is indeed a satisfactory approximation of the target reliability constraint.
Before evaluating the proposed method, this model is verified with a computational fluid dynamic (CFD) model simulated with the same boundary conditions.
The simulated results are verified with the help of two different software packages (IE3D and Sonnet Lite).
The effects of the key design parameters are simulated, and a number of the simulations are verified with experimental data.
The success probability of this frame synchronization method is simulated and its effectiveness is verified with experimental testing.
ASPEN plus software is used to simulate the coal-based energy systems, and the simulation results are verified with engineering data.
