We present a simple yet highly dimensional hybrid diode bridge circuit network that can
exhibit complex chaotic behaviours. Further, since our network is characterised by smooth …

The design and analysis of a simple autonomous memristive chaotic circuit are important in
theoretical, numerical, and experimental demonstrations of complex dynamics. In this paper …

Hyperjerk systems have received significant interest in the literature because of their simple
structure and complex dynamical properties. This work presents a new chaotic hyperjerk …

Dynamic and non-linear systems have been used to generate random bits in high-security
applications for decades. In this perspective, due to their stochastic characteristic, chaotic …

A problem of synchronization of quasiperiodic oscillations is discussed in application to an
example of coupled systems with autonomous quasiperiodic dynamics. Charts of Lyapunov …

This article introduces a new simple jerk system with sine hyperbolic nonlinearity which
gives the hidden attractor. An autonomous simple implementation of jerk system …

This chapter contains the motivation and background for the book, a brief history of chaotic
circuits, what we mean by a circuit being 'elegant,'and details that are common to all the …

Early detection of bifurcations and chaos and understanding their topological characteristics
are essential for safe and reliable operation of various electrical, chemical, physical, and …

This article presents a new chaotic and hyperchaotic oscillator with a sine-hyperbolic
nonlinearity term. The proposed 3D chaotic system generates chaotic flow within an …

This paper is about the dynamical evolution of a family of chaotic jerk systems, which have
different attractors for varying values of parameter a. By using Hopf bifurcation analysis …