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 …

It is known, that coherent chaotic communication systems are more vulnerable to noise in
the transmission channel than conventional communications. Among the methods of noise …

Abstract The Belousov–Zhabotinsky chemical reaction is famous for its oscillatory behavior
occurring due to inherent physicochemical processes. Oscillations of the Belousov …

The generation methods and structure of the multi-scroll chaotic attractors in both the Chua
system and the Duffing equation exhibit remarkable similarities, suggesting a potential …

Mechanical systems with inherent chaotic behavior are of notable practical interest due to
their applicability in many fields of technology, from industrial mills and concrete mixers to …

Autonomous navigation technology is a core technology for intelligent operation, allowing
the vehicles to perform tasks without relying on external information, which effectively …

This manuscript shows the CMOS design of Lorenz systems using operational
transconductance amplifiers (OTAs). Two Lorenz systems are then synchronized in a master …

Chaotic time series are widely present in practice, but due to their characteristics—such as
internal randomness, nonlinearity, and long-term unpredictability—it is difficult to achieve …

The goal of this paper is to build some approximate closed-form solutions for a class of
dynamical systems involving a Hamilton–Poisson part. The chaotic behaviors are neglected …

Nonlinear systems and networks refer to physical, chemical, biological, or engineering
systems and networks that have nonlinear relationships within them. Compared to linear …