Data security has gained importance over the years. Thus, cryptology is becoming a more
popular phenomenon. In cryptology applications, a chaotic system with third-or higher-order …

Conservative chaotic systems (CCSs) have unique advantages over dissipative chaotic
systems (DCSs) in the fields of secure communication and pseudo-random number …

Chaos-based communications are a promising application of chaos theory and nonlinear
dynamics. Their key features include concealed transmission, high security, and native …

Chaos-based secure communications is a broadly studied field in nonlinear dynamics. Such
technique is traditionally based on chaotic synchronization between master and slave …

Many studies show the possibility of transmitting messages in a protected and covert
manner using a noise-like chaotic waveform as a carrier. Among popular chaotic …

This article presents a novel four-dimensional autonomous fractional-order chaotic system
(FOCS) with multi-nonlinearity terms. Several dynamics, such as the chaotic attractors …

Multistability is an inherent property of many nonlinear dynamical systems. However, finding
exact conditions where a certain nonlinear system is multistable, is a complex problem. In …

Chaotic analog circuits are commonly used to demonstrate the physical existence of chaotic
systems and investigate the variety of possible applications. A notable disparity between the …

The article discusses the possibility of synchronizing adaptive discrete chaotic maps through
the control of the symmetry coefficient. Since a change in the symmetry coefficient in …

Nowadays, a huge amount of research is done on introducing and implementing new
fractional-order chaotic systems. In the majority of cases, the implementation is done using …