By introducing a memristor to the jerk system, a four-dimensional (4D) chaotic system is
proposed. This system has five line equilibrium points with different stability. The extremely …

Memristors are prevalently used to simulate biological neuronal synapses due to their
unique memductance plasticity and memory effects. A new switchable memristor, which can …

A memristor is incorporated into one branch circuit, and the effect of electromagnetic
induction in the chaotic circuit is discussed. The involvement of memristor into different …

In this paper, by replacing the two linear resistors in the RLC oscillator with flux-controlled
and charge-controlled memristors, a novel double memristors nonlinear circuit system is …

To enhance the order and Kolmogorov entropy of the memristive hyperchaotic system and
improve the realizability of the circuit, a sixth-order memristive hyperchaotic system that …

We show the dynamical behavior of a flux coupled (memristive) conductance-based neuron
(FCN) by exposing it to an external periodic stimulus. To do so, we first examine the local …

Studies on fractional-order chaotic systems have increased significantly in the last decade.
This paper presents Rucklidge chaotic system's dynamical analyses and its fractional-order …

This paper proposes a fractional-order delayed memristive chaotic system and studies its
dynamic analysis, and then a color image is encrypted based on the chaotic system and …

In this paper, a fifth-order chaotic circuit with extreme multistability is designed based on the
physical memristor and memcapacitor (equivalent circuit based on physical memristor). This …

Memristor is a special nonlinear element with inner state variable and can give rise to the
initial-boosted dynamics in systems built with it. This paper proposes a four-dimensional (4 …