In recent studies, several chaos-based secure communication (CBSC) systems are
developed and are assumed to be effective and promising tools for balancing …

This paper presents the application of three optimization algorithms to increase the chaotic
behavior of the fractional order chaotic Chen system. This is achieved by optimizing the …

The main objective of this work was to implement the parameter-switching chaos control
scheme for fractional-order spherical systems and develop a chaos-based image encryption …

This paper proposes a generic FPGA realization of an IP core for fractional-order integration
and differentiation based on the Grünwald–Letnikov approximation. All fractional-order …

The main goal of this work is to optimize the chaotic behavior of a three-dimensional chaotic-
spherical-attractor-generating fractional-order system and compare the results with its novel …

Oscillations and oscillators appear in various fields and find applications in numerous areas.
We present an oscillator with infinite equilibria in this work. The oscillator includes only …

Objective: To investigate a novel chaotic system with unique features, its synchronization
using nonlinear active control, analog circuit design and application to secure …

In this paper, the parameter-switching technique was applied to control chaos in the Chen
oscillator and as a decryption mechanism in a secure transmission system, to transmit RGB …

Chaos exhibits significant characteristics, including pseudo-randomness and
unpredictability. These properties render chaos a valuable tool in practical applications such …

A novel memristive oscillator with infinite equilibria is proposed in this paper. The oscillator
has six lines of equilibria, which make it different from known ones. Interestingly, the …