This work presents a new four-dimensional autonomous hyperchaotic system based on
Méndez-Arellano-Cruz-Martínez (MACM) 3D chaotic system. Analytical and numerical …

In this work, an indirect coupling used in a pair of simple autonomous discrete systems in
order to enhance the emergence of hyperchaos is presented. The peculiarity that the used …

Fractional-order chaotic systems are a hot topic of research due to their applicability in all
related fields of science and engineering. For instance, they have been pointed out as a …

The exploitation of chaotic systems in the secure transmissions has become more
investigated in the last years due to their random aspects, such as ergodicity and high …

Chaotic path planners are a subset of path planning algorithms that use chaotic dynamical
systems to generate trajectories throughout an environment. These path planners are …

A novel 4D dual-memristor chaotic system (4D-DMCS) is constructed by concurrently
introducing two types of memristors: an ideal quadratic smooth memristor and a memristor …

In Internet of Things (IoT) scenarios, the limited computing resources and energy constraints
of devices, alongside the growing demand for real-time applications, make secure image …

This paper proposes a novel image cryptosystem based on chaos theory and a modified
version of Grain-128 cipher. Pixel and bit-level permutation of the plain image is performed …

In recent years, chaotic synchronization has received a lot of interest in applications in
different fields such as digital applications. The purpose of this work is to achieve the …

In this work, an indirect coupling used in a pair of simple autonomous discrete systems in
order to enhance the emergence of hyperchaos is presented. The peculiarity that the used …