A mean field to capture asynchronous irregular dynamics of conductance-based networks of adaptive quadratic integrate-and-fire neuron models

HIGHLIGHTS

• What: The authors aimed to adapt and apply this method to a quadratic neuron model proposed by Izhikevich . In this model, the membrane potential of a single neuron is described by a quadratic differential equation, and spikes are generated when the membrane potential reaches a given threshold. The authors build the corresponding mean field based on a previously developed master equation formalism (El Boustani and amp; Destexhe, 2009; di Volo et_al, 2019; Zerlaut et_al, 2018), and the authors compare its dynamics to the spiking neural_network. The authors show that the mean-field can correctly capture the dynamics . . .
  

   

  

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