Activation functions play a crucial in emulating biological neurons within artificial neural
networks. However, the exploration of neural networks composed of various activation …

The fast-paced advancement in multimedia production and exchanges over unsecured
networks have led to a dire need to develop security applications. In this regard, chaos …

In recent years, there are numerous studies on chaotic systems with special equilibrium
curves having various shapes such as circle, butterfly, heart and apple. This paper describes …

This paper introduces a new chaotic jerk system with three cubic nonlinear terms. The
stability properties of the three equilibrium points of the proposed jerk system are analyzed …

This paper introduces a novel three-dimensional chaotic system that exhibits diverse
dynamic behaviors as parameters vary, including phase trajectory offset behaviors and …

In this paper, a new memristor-based fourth-order hyperchaotic circuit that can generate
multiple vortex volumes is constructed with the aid of a cosine memristor proposed by …

This paper focuses on addressing the synchronization control problem of memristive chaos
through the investigation of a single feedback controller strategy. Our objective is to deploy …

Nonlinear circuits can show multistability when a magnetic flux-dependent memristor
(MFDM) or a charge-sensitive memristor (CSM) is incorporated into a one branch circuit …

Chaos theory is a branch of mathematics that studies systems highly sensitive to initial
conditions. Various methods for analyzing and controlling these systems, such as bifurcation …

The memristor, a specialized circuit element, has found recent applications in various areas.
The nonlinearity of memristors can be harnessed to construct memristive maps, capable of …