The memristor has drawn a significant interest in the fields of neuromorphic circuits because
the nanoscale memristor is a strong candidate to become the critical element of novel ultra …

In this paper, a new memristor-based chaotic system is designed, analyzed, and
implemented. Multistability, multiple attractors, and complex riddled basins are observed …

A memristive chaotic system which has no equilibrium points is constructed by introducing
different nonlinear functions and a memristive device. A novel family of multi-scroll attractors …

In this paper, we investigate a circuit implementation of memristor-based chaotic
synchronization with a single input controller. Firstly, based on the cubic function model of …

Continuous oscillation in nonlinear circuits relies on stable exchange and propagation of
field energy between different branch circuits. When the dynamics of these nonlinear circuits …

This paper presents an improved dual-memristor-based FitzHugh–Nagumo (DM-FHN)
system, which is a non-autonomous circuit derived from FitzHugh–Nagumo (FHN) neuron …

This investigation discusses the problems of fixed-/predefined-time stabilization and
synchronization of memristor chaotic circuits (MCCs). Specially, all of the proposed control …

In this paper, a simplified control is proposed to realize chaotic synchronization based on
two identical memristor-based chaotic systems. Firstly, by using a cubic function model of …

In recent years, much energy has been devoted to the study of chaotic models with specific
features particularly those with cyclic connection of the variables. Previous ones provide …

In the present contribution, we investigate the dynamics of a third-order memristive system
with only the origin as equilibrium point previously proposed in Kountchou et al.(Int J Bifurc …