To add complexity to a chaotic system, a new five-dimensional fractional-order chaotic
system is proposed based on the Lorenz-Stenflo model with a feedback memristor. By …

The nonlinear dynamics of fractional order systems and memristor based circuits have
attracted an escalating attention in recent years. This paper reports on a novel six …

Fractional-order chaotic oscillators (FOCOs) have shown more complexity than integer-order
chaotic ones. However, the majority of electronic implementations were performed using …

This study investigates Thomas' cyclically symmetric attractor dynamics with mathematical
and electronic simulations using a proportional fractional derivative to comprehend the …

In this work, we propose three chaotic (or hyperchaotic) models. These models are real or
complex with one stable equilibrium point (hidden attractor). Based on a modified Sprott E …

In this work, we explore the superposition of two well-known chaotic oscillators, namely, the
Duffing double-well and the forced van der Pol with the fractional order derivative. The …

In this chapter, we introduce an aggregation of two chaotic signals with commensurate-order
fractional derivative on fast digitalized developing skills. Various qualitative and dynamical …

This article presents the construction and consumption of hyperjerk system having chaotic
nature with the commensurate ordered fractional derivative on rapidly digitalized emerging …

This research investigates the effects of model parameters and fractional order on a novel
mathematical model with tangent hyperbolic memristors. An analysis of bifurcations and …

In this chapter, we present a new chaotic structure, which is accruement of two nonlinear
dynamical systems by using the proportional fractional derivative. A new chaotic structure is …