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The Model Neuron Structure and Equations

The voltage-dependent currents are calculated by the following equations (i = Na, K, Na,p, K,Ca)  [Pg.216]

Exceptions are (a) instantaneous activation of the fast depolarizing current and (b) direct coupling of the slow repolarizing current to the slow depolarizing current according to  [Pg.216]

Gaussian white noise is implemented according to the Box-Mueller algorithm [101]. Ic is the coupling current in network simulations which accounts for electrotonic gap-junction connections between the neurons. For bidirectional coupling of two neurons the coupling current Ic are of the form [94]  [Pg.217]

For nearest neighbor coupling in bigger networks of, for example, ten by ten neurons the coupling current fc(i,j) of a neuron at position (i,j) is the sum of input currents from the neighboring neurons  [Pg.217]


See other pages where The Model Neuron Structure and Equations is mentioned: [Pg.215]   


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