On the interaction between two Stein's neuronal units

In this paper we consider a network consisting of two Stein’s neuronal units, where the effect of the firing of the first unit is a jump of the membrane potential of the second unit. We perform an analysis of the interaction between these units based on Monte-Carlo simulations performed by means of an ad-hoc procedure. Our results include the analysis of the interspike intervals under varying firing conditions as well as the number of spikes of the second neuron during the ISI’s of the first neuron.