Complex Dynamic Analysis, Circuit Design and Simplified Predefined Time Synchronization for a Jerk Absolute Memristor Chaotic System

Abstract

In this parper, a 4D absolute memristor Jerk chaotic system is proposed. Firstly, complex dynamics are studied by phase diagram, Poincaré section, power spectrum, bifurcation diagram, 0-1 test, and Lyapunov exponent spectrum. Then, the period doubling bifurcation, degradation, and offset boosting are revealed. For the feasibility of practical application, the analog circuit and FPGA digital circuit are designed. Finally, a simplified predefined time synchronization scheme is proposed; comparing with the full control input synchronization scheme, the simplified predefined time synchronization scheme can not only reduce the controller inputs but also predefine the synchronization time.

Analysis, circuit design, and synchronization of a new 8D memristor-based chaotic system with application to chaotic masking and signal decoding

“…Through the integration of a memristor with the chaotic system (1), a new 8D chaotic system is formulated. Here, we have embraced the model of an absolute memristor or a magnetically controlled memristor, as suggested by Liu et al 26 . The mathematical depiction of the magnetically controlled memristor is conveyed through the following equations 26 :…”