Fig. 7From: A Density Model for a Population of Theta NeuronsSimulations of the model in the case when the initial condition is a Gaussian. The figures represent the evolution in time of the firing rate r(t) of the model for a non constant external influence σ 0 (t)= I 0 + I 1 sin(ωt). In the first plot I 0 =10, I 1 =10, ω=2, in the second plot I 0 =10, I 1 =10, ω=5 and in the third plot I 0 =10, I 1 =10, ω=10. The potential jump size is h=5, the coupling parameter—J=3 and the basic current— I b =−1Back to article page