Towards stochastic modeling of neuronal interspike intervals including a time-varying input signal

We construct a LIF-type stochastic model for interspike times of the firing activity of a single neuron subject to a time-varying input signal. By using first passage time densities some numerical evaluations of ISI densities and comparisons with simulation results are given

Towards Stochastic Modeling of Neuronal Interspike Intervals Including a Time-Varying Input Signal

We construct a LIF-type stochastic model for interspike times of the firing activity of a single neuron subject to a time-varying input signal. By using first passage time densities some numerical evaluations of ISI densities and comparisons with simulation results are given