Inverse stochastic resonance refers to the phenomenon that the average firing rate of a
neuron is inhibited by noise, of which mechanism is widely used in a variety of biological …

When a phototube is activated to connect a neural circuit, the output voltage becomes
sensitive to external illumination because the photocurrent across the phototube can be …

Multiple non-linear systems demonstrate the phenomenon where fluctuations enhance the
synchronization and periodic behaviors of the system. In the phenomenon induced by …

Chaotic resonance (CR) is the response of a nonlinear system to weak signals enhanced by
internal or external chaotic activity (such as the signal derived from Lorenz system). The …

Transmission of weak signals in neural networks is crucial for understanding the
functionality of brain. In this work, stochastic resonance (SR) in the three neuron FitzHugh …

This paper is to generalize the research on chaotic resonance (CR) towards fractional-order
chaotic systems and then develop a new technique for detecting weak signals embedded in …

The influences of chaotic activity and time delay on the transmission of the sub-threshold
signal (STS) in a single FitzHugh-Nagumo neuron and coupled neuronal networks are …

It has been shown recently that a chaos-driven bistable system with two square waves as
input can consistently work as a reliable logic gate, in an optimal window of chaos intensity …

Inverse chaotic resonance is a phenomenon in which the neuronal mean firing rate exhibits
a minimum with respect to the chaotic activity. In this paper, the inverse chaotic resonance …

During continuous diffusion and propagation of intracellular ions, energy transition between
electric and magnetic field is proceeded to present appropriate firing patterns. For theoretical …