Since (R_{infty}) can become discontinuous, it is virtually impossible to guarantee the accurate numerical solution of point-neuron models which employ a Heaviside firing rate function: Any round-off errors can potentially corrupt simulations.
Due to non-linear interaction between the particles and the fields, the numerical Cerenkov radiation couples into the frequency band of physical interest and corrupts the PIC simulation.
Various simulation results for harmonic signals corrupted with noise obtained from VSC-HVDC system reveal significant improvement in noise rejection and speed of convergence and accuracy.
In order to make the simulation challenged, the targets moving space is corrupted with heavy clutter measurements as shown in Fig. 3, where each target is measured by four pairs of illuminators-receiver.
The third simulation tests robustness of the direction finding performances of the estimators to corrupting noise.
Virtual simulation experiments through three-COMERO are conducted, using synthesized stereo sequence images corrupted by noise, and the experimental results prove the model's correctness and the algorithm's validity.
A novel aspect of our Stage 2 approach is that we fit models to posterior samples obtained from the MCMC simulation from Stage 1, which can be considered 'pseudo-data' representing expression corrupted by technical noise.
