2.Models_of_two_Neurons

Simple Models of Two-Cell pyramidal-interneuronal network gamma (PING) Neurons

1.RTM & WB Cell PING

Hodgkin-Huxley Model of an Inhibitory Interneuron in Rat Hippocampus.

To build intuition, we begin with a two-cell network, consisting of a single E- and a single I-cell, with E-to-I and I-to-E (but not E-to-E or I-to-I) connectivity. The E-cell is an RTM neuron, and the I-cell a WB neuron. Voltage traces resulting from a simulation of such a two-cell network are shown in Fig. 30.3; the parameter values are specified in the caption of the figure. (Note that we use the notation τd,E for the decay time constant of the excitatory synapse, and τd,I for that of the inhibitory synapse.) Each time the E-cell fires, the I-cell promptly responds.

C++

Two-Cell PING model with The E-cell is an RTM neuron, and the I-cell a WB neuron

// / Topic: Two-Cell PING model with The E-cell is an RTM neuron, and the I-cell a WB neuron / / Version Release 17.12 rev 11256 / / Date: 3/2/2021 Ali-Seif / / Code implemented in Microsoft Visual Studio Enterprise 2019 C++ compiler / / MSI: PX60 6QD/ DDR4 / / Run under a Intel® Core™ i7-6700HQ CPU @ 2.60GHz × 64 based processor with 16 GB RAM / //

MATLAB

Two-Cell PING model with The E-cell is an RTM neuron, and the I-cell a WB neuron

Python

Two-Cell PING model with The E-cell is an RTM neuron, and the I-cell a WB neuron