A new meta-heuristic method is proposed to enhance current meta-heuristic methods for
global optimization and test scheduling for three-dimensional (3D) stacked system-on-chip …

In this paper, a feasible feedback scheme is used to stabilize the multi-scroll attractors in the
Jerk circuit, and the controller is realized using mixed Heaviside function. It is found that …

In n-scroll attractors design using active devices, the behavior of the nonlinear part is, often,
modeled by using a piecewise linear (PWL) approach. Although little effort is required to …

Combining qualitative analysis and numerical technique, the present work revisits a four-
dimensional circuit system in [Ma et al., 2016] and mainly reveals some of its rich dynamics …

Multi-scroll chaotic oscillators exhibit more rich dynamics and higher unpredictability than
double-scroll ones. However, in electronics, the challenge is yet generating as many scrolls …

The experimental realization of a chaotic secure communication system is introduced herein
taking advantage of Arduino's open source integrated development environment along with …

Recent evidence suggests that there exists chaos in a few no-equilibrium systems. A chaotic
system without equilibrium is proposed and studied in this work. It is worth noting that due to …

This paper reports 4-D hyperchaotic and chaotic systems with various quadric surfaces of
equilibria. A known and systematic search procedure is used to generate the proposed …

Field-programmable gate arrays (FPGAs) were invented in 1984 by Ross Freeman.
Basically, it is a semiconductor consisting of programmable logic blocks that can be used to …

After the discovery of the well-known chaotic Lorenz's system, the study of chaos has
received considerable attention due to its promising applications in a variety of fields …