pcoIntegrateFire

DGL of pcoIntegrateFire

if ( ( phase > t_ref() - timeDelay() ) && ( phase < 1 - timeDelay() ) )

{

delta = 1.0 / log(alpha()) * log ( pow(alpha(), (phase - t_ref() + timeDelay() ) / (1 - t_ref() ) )   - (1 - alpha()) * coupling) - (phase -t_ref() + timeDelay()) / (1 - t_ref());

if (delta + phase > 1 - timeDelay() )

delta = 1 - timeDelay() - phase;

if (delta + phase < 0 - timeDelay())

delta = -(phase + timeDelay());

}

else

delta = 0;

Parameter of pcoIntegrateFire

  • pcoIntegrateFire_t_ref = 0.0500000000000000;
  • pcoIntegrateFire_alpha = 0.9000000000000000;
  • pcoIntegrateFire_timeDelay = 0.0100000000000000;

Example (python-conedy)

import conedy as ns

net = ns.network()

net.addNode(ns.pcoIntegrateFire())

Example (conedy)

network net;

net.addNode(pcoIntegrateFire());

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