Communication systems based on chaotic synchronization are gaining interest in the area of
secure and covert data transmission. In this paper, a novel digital communication technique …

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

Multistep integration methods are widespread in the simulation of high-dimensional
dynamical systems due to their low computational costs. However, the stability of these …

Composition algorithms make up a prospective class of methods for solving ordinary
differential equations. Their main advantage is an ability to retain some properties of the …

Inhomogeneous linear ordinary differential equations (ODEs) and systems of ODEs can be
solved in a variety of ways. However, hardware circuits that can perform the efficient analog …

Solving ordinary differential equations (ODEs) is vital in diverse fields. However, it is difficult
to obtain the exact analytical solutions of ODEs due to their changeable mathematical forms …

One of the tasks in the development of chaos-based communication systems is choosing the
synchronization parameters to achieve the minimum synchronization time. In this paper, we …

In this article, we propose the application of a 2-D spectral transposed convolutional neural
network (S-TCNN) with extrapolation to reduce the number of trainable parameters during …

The simulation of population dynamics and social processes is of great interest in nonlinear
systems. Recently, many scholars have paid attention to the possible applications of …

Fast synchronization of chaotic oscillators is important in coherent chaotic communication
systems to provide the highest possible bitrate. In the current study, we consider two chaotic …