Firing Rate of the Noisy Quadratic Integrate-and-Fire Neuron

Are the input parameters of integrate-and-fire neurons uniquely determined by rate and CV?

Integrate-and-fire (IF) neurons have found widespread applications in computational neuroscience. Particularly important are stochastic versions of these models where the driving consists of a mean input (base current μ) and a fluctuating current (white Gaussian noise of intensity D). Different IF models have been proposed, the firing statistics of which depends nontrivially on the input parame...

Supplemental appendix for “ Response of Integrate - and - Fire Neurons to Noisy Inputs Filtered by Synapses with Arbitrary Timescales : Firing Rate and Correlations ”

Memristor Bridge Synapse Application for Integrate and Fire and Hodgkin-Huxley Neuron Cell

Memory resistor or memristor is already fabricated successfully using current nano dimension technology. Based on its unique hysteresis, the amount of resistance remains constant over time, controlled by the time, the amplitude, and the polarity of the applied voltage. The unique hysteretic current-voltage characteristic in the memristor causes this element to act as a non-volatile resistive me...

Synchronization and spindle oscillation in noisy integrate-and-fire-or-burst neurons with inhibitory coupling

We propose another integrate-and-fire model as a single neuron model. We study a globally coupled noisy integrate-and-fire model with inhibitory interaction using the Fokker-Planck equation and the Langevin equation, and find a reentrant transition of oscillatory states. Intermittent time evolutions of neuron firing are found in strongly inhibited systems. We propose another integrate-and-fire-...

Are the input parameters of white-noise-driven integrate & fire neurons uniquely determined by rate and CV?

Integrate & fire (IF) neurons have found widespread applications in computational neuroscience. Particularly important are stochastic versions of these models where the driving consists of a synaptic input modeled as white Gaussian noise with mean μ and noise intensity D. Different IF models have been proposed, the firing statistics of which depends nontrivially on the input parameters μ and D....