The membrane potential of a neuron is mainly controlled by the gradient distribution of
electromagnetic field and concentration diversity between intracellular and extracellular …

Since the concept of discrete memristor was proposed, more and more scholars began to
study this topic. At present, most of works on the discrete memristor are devoted to the …

The research on dissipative-chaotic systems has exhibited plenty of remarkable results for
past few decades. But unfortunately, the attackers can quickly rebuild the attractors in …

Nonlinear circuits can show multistability when a magnetic flux-dependent memristor
(MFDM) or a charge-sensitive memristor (CSM) is incorporated into a one branch circuit …

The firing patterns of each bursting neuron are different because of the heterogeneity, which
may be derived from the different parameters or external drives of the same kind of neurons …

Due to complex frequency-driven and amplitude-driven nonlinear characteristics, various
memristor emulators have been used for design of hyperchaotic oscillators and their security …

In this study, an electronic model of a memristive-based 4D autonomous chaotic system with
a line equilibrium is proposed. A memristor offers many advantages because of its superior …

A new chaotic system is obtained by changing the number of unknown parameters. The
dynamical behavior of the chaotic system is investigated by the exponential change of the …

A new integrated chaos generator based on Voltage-Controlled-Oscillators (VCO) is
proposed in this paper. The proposed generator consists of a nonlinear resistor and RC …

In this paper, digital communications systems are built by taking advantage of hyperchaotic
circuits implemented with an active flux-controlled memristor. The signals produced by these …