Nowadays, it is important to realize systems that can model the electrical activity of neurons
taking into account almost all the properties of the intracellular and extracellular environment …

External stimulus has an impact on the functional behavior of the biological nervous system,
and appropriate stimulus helps the organism to maintain neural function. Inspired by this, the …

The development of neurocomputing science highlights the necessity and new trend of
establishing various feasible functional neuron models. A non-smooth feedback strategy is …

The survival and occurrence of chaos are much dependent on the intrinsic nonlinearity and
parameters region for deterministic nonlinear systems, which are often represented by …

Having found hidden hyperchaos in a 5D self-exciting homopolar disc dynamo, we study the
existence of a Hopf bifurcation, which leads to unstable limit cycles bifurcating from a stable …

To characterize neuronal firing activities and elucidate its bifurcation mechanisms, a
memristor-based FitzHugh-Nagumo (FHN) circuit is designed based on the FHN circuit …

Neuron shows distinct dependence of electrical activities on membrane patch temperature,
and the mode transition of electrical activity is induced by the patch temperature through …

The development of neurodynamics emphasizes more accurate estimation and prediction of
neuronal electrical activities in complicated physiological environments, which highlights the …

A ring of the FitzHugh–Nagumo (FHN) oscillators coupled via memristive elements is
studied. The impact of the memristive element initial states on the travelling wave …

A variety of nonlinear electric devices are suitable for building chaotic circuits by setting
appropriate values for parameters in the linear and nonlinear electronic components. The …