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Exact(13)
However, when electronic circuits are used to simulate in real time large arrays of coupled neurons, the simulations are much faster than the computer simulations.
The results from the simulations are much higher than results which have been reported in the literature for experimental work.
The mobilities from the simulations are much higher than from experiment; the activation energies for migration are much lower.
It is concluded that the errors resulting from neglecting the turbulence radiation interaction in large eddy simulations are much lower than those found in Reynolds-averaged Navier Stokes calculations.
Behavioral simulations are much faster when compared with transistor level simulations.
The simulation results show that behavioral simulations are much faster than transistor level simulations.
Similar(47)
The scatter of the simulations is much larger than the error and variability expected in the experiments.
Moreover, it is shown that the effect of adverse wind in decreasing the tunnel airflow rate predicted by the present simulations is much stronger compared with that suggested by the current engineering design approach.
But clearly the number of required FDTD simulations is much greater and can be calculated by (10).
On the positive side, we can also note that our simulations were much quicker than the test-bed measurements.
The variability of the results obtained by simulations is much lower than that of the measurements because, on the one hand, the simulated channel is less variable than that observed in the measurements.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com