In the stochastic simulation model, we simulated 100,000 individuals over a 30 year period in which they could be exposed to an infectious tick bite.
To validate our theoretical model, we simulated the works in Network Simulator NS-2 (release v2.31).
In addition, in most of our models, we simulated 5,000 generations, but when simulations ran for 10,000 generations, the probability of speciation increased 1.2-fold (results not shown).
Using this model, we simulated soil development in a landscape.
Using the relaxation model, we simulated numerically the time evolution of a rapid axisymmetric contraction.
In this model, we simulated changes in the interplay of the excitatory and inhibitory spiking neural populations during value decisions that would be expected to occur during neurostimulation with tDCS, under simplified but reasonable assumptions23.
By using the model, we simulated variations of flame propagation velocity during operation of oxy-fuel fired plants.
Therefore, to show potential applications of the model, we simulated floodplain habitat degradation and five different management scenarios.
To validate the LB model, we simulated the fusion of multicellular cylinders in a contiguous, hexagonal arrangement.
