This contribution introduced and investigated an improved photosensitive memristive
FitzHugh–Nagumo (FHN) neural circuit. The mathematical equations of the model have …

In this paper, the effects of asymmetry in an electrical synaptic connection between two
neuronal oscillators with a small discrepancy are studied in a 2D Hindmarsh–Rose model …

A new approach to modeling transitions to epileptic state and back in the brain
thalamocortical system is proposed. Since no specific mechanism for termination of spike …

This perspective reviews the subject of synchronization in networks of coupled non-phase
oscillators in the presence of parametric mismatches. We first discuss the case of small …

The new version of electronic implementation of FitzHugh–Nagumo neuron model was
proposed together with a new circuit for synapse (sigmoid activation function). The proposed …

Neurons are connected through synapses, but it is not reasonable to equate the connection
mode of synapses to an edge in the network due to synaptic plasticity whereas the magnetic …

In complex systems like neural circuits, transient dynamics can stay of a large interest, being
a promising explanation of the observed biological phenomena. In particular, spike-wave …

Temporal response of excitable individual and coupled different neuronal circuits ie, Cell-I
and Cell-II, of Fitzhugh–Nagumo type have been numerically simulated with a view to …

A radio-technical scheme of a hierarchical thalamocortical brain network with an external
input is developed. Various regimes of induced and self-oscillations (including hard …

This paper studies the adaptive fixed-time synchronization issue for convex-delayed neural
networks. First, the convex delay is introduced to address the state delay of neural networks …