<p> = resting membrane potential; = threshold voltage; = blockade voltage; = absolute refractory time constant; = relative refractory weight; = relative refractory time constant; = after-hyperpolarization increment; = after-hyperpolarization time constant.</p
<p>Parameter is the membrane time constant, is the resting potential, is the formal firing thresh...
<p>(A) Schematic illustration of the ball and stick neuron model with a single input at a given posi...
We propose a macroscopic approach towards realistic simulations of population activity of cortical n...
<p>Parameter values for steady-state channel gating curves and time-constant curves for the differen...
<p>Parameters used for the AEIaF neuron for the simulation model. Burst neurons have a membrane capa...
<p>Linear analysis of the model neurons with fixed external conductances. A: Resting potential as a ...
A: schematic circuit diagram for the membrane voltage dynamics of the two-compartment (2C) model. B:...
<p>Parameters for excitatory and inhibitory synaptic currents in a network of AHH model neurons.</p
<p>(A) Activation curves and kinetics of ionic currents for each cell type. There are three ionic cu...
<p>(A) Homogeneous network. Example profiles for two neurons with identical kernels. Vertical line r...
<p>Single-compartment Hodgkin-Huxley model parameters for different classes of cortical neurons take...
A mathematical characterization of the membrane potential as an instantaneous return process in the ...
<p>(A) Steady-state gating variables , , and time constants , , as functions of in the AHH neuron...
, and denote the total strength of connection between PV neurons and the soma of PCs, SOM neurons ...
<p>* These parameters are not constrained by the experimental data. Their values are simply assumed ...
<p>Parameter is the membrane time constant, is the resting potential, is the formal firing thresh...
<p>(A) Schematic illustration of the ball and stick neuron model with a single input at a given posi...
We propose a macroscopic approach towards realistic simulations of population activity of cortical n...
<p>Parameter values for steady-state channel gating curves and time-constant curves for the differen...
<p>Parameters used for the AEIaF neuron for the simulation model. Burst neurons have a membrane capa...
<p>Linear analysis of the model neurons with fixed external conductances. A: Resting potential as a ...
A: schematic circuit diagram for the membrane voltage dynamics of the two-compartment (2C) model. B:...
<p>Parameters for excitatory and inhibitory synaptic currents in a network of AHH model neurons.</p
<p>(A) Activation curves and kinetics of ionic currents for each cell type. There are three ionic cu...
<p>(A) Homogeneous network. Example profiles for two neurons with identical kernels. Vertical line r...
<p>Single-compartment Hodgkin-Huxley model parameters for different classes of cortical neurons take...
A mathematical characterization of the membrane potential as an instantaneous return process in the ...
<p>(A) Steady-state gating variables , , and time constants , , as functions of in the AHH neuron...
, and denote the total strength of connection between PV neurons and the soma of PCs, SOM neurons ...
<p>* These parameters are not constrained by the experimental data. Their values are simply assumed ...
<p>Parameter is the membrane time constant, is the resting potential, is the formal firing thresh...
<p>(A) Schematic illustration of the ball and stick neuron model with a single input at a given posi...
We propose a macroscopic approach towards realistic simulations of population activity of cortical n...
DOI
Add to ORKG