The diverse firing responses in a single neuron model as well as in a neuronal network play
a major role in understanding the collective neuronal dynamics. In this paper, we consider …

Ionic channel blockage and multiple oscillatory signals play an important role in the
dynamical response of pulse sequences. The effects of ionic channel blockage and ionic …

The signal propagation and information encoding in neurons are much dependent on the
activation of synapses function. Electric synapse often plays short-range modulation so that …

Nonlinear oscillators and networks can be synchronized by channel coupling for signal
exchange, while non-coupling synchronization between chaotic oscillators can be obtained …

Abstract The FitzHugh-Nagumo (FHN) neural model is widely used to study the dynamic
characteristics of signal propagation, synchronization, stochastic resonance (SR), coherent …

Temperature has distinct influence on the activation of ion channels and the excitability of
neurons, and careful change in temperature can induce possible mode transition in the …

Electrical and chemical synapses are essential for signal exchange between neurons. The
continuous exchange of ion concentration in cells will induce complex time-varying …

The feedforward neural network is widely applied in various machine learning architectures,
in which the synaptic weight between layers plays an important role in the weak signal …

Reliable neural circuits provide feasible ways to estimate the information encoding and
signal exchange between neurons so that more physical effects can be considered and …

The movement of large amounts of ions (eg, potassium, sodium and calcium) in the nervous
system triggers time-varying electromagnetic fields that further regulate the firing activity of …