The paper suggests a simple solution of building a hyperchaotic oscillator. Two chaotic
Colpitts oscillators, either identical or non-identical ones are coupled by means of two linear …

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This paper is investigating the hyperchaotic dynamics of a novel hyperchaotic oscillator
(made of only three electronics components namely a transformer, a capacitor and a …

The present paper reports the design, analysis and experimental implementation of a simple
first-order nonlinear time-delay dynamical system, which is capable of showing chaotic and …

The present paper reports the design and analysis of a new time-delayed chaotic system
and its electronic circuit implementation. The system is described by a first-order nonlinear …

Time delays are omnipresent in nature. Delays arise in various natural and man-made
systems due to the finite speed of signal propagation, finite response time, and switching …

This paper explores the synchronization scenario of coupled chaotic and hyperchaotic time
delay systems that are coupled through linear, dissipative and unidirectional coupling. For …

Experimental study of the ultrahigh-frequency chaotic dynamics generated in an improved
Colpitts oscillator is performed. Reliable and reproducible chaos can be generated at the …

We report the theory and experiment of a new time-delayed chaotic (hyperchaotic) system
with a single scalar time delay and a nonlinearity described by a closed form mathematical …

We introduce a novel approach for controlling fast chaos in time-delay dynamical systems
and use it to control a chaotic photonic device with a characteristic time scale of∼ 12 ns. Our …