Simulation of Chua's Chaotic Circuit

This article explores simulation applications of Chua's chaotic circuit. In addition to simulating commonly used synchronization methods in chaotic synchronization, we conduct relevant research based on Chua's chaotic circuit. Through in-depth analysis, readers will gain comprehensive understanding of Chua's circuit characteristics and its synchronization applications. The implementation typically involves solving nonlinear differential equations using numerical methods like Runge-Kutta algorithms, with key components including Chua's diode modeling and system parameter configuration. We also present simulation application cases based on Chua's circuit, demonstrating practical implementation techniques through MATLAB/Simulink code examples to help readers better understand and apply this simulation technology. The code structure generally includes initialization of chaotic system parameters, ODE solver implementation, and synchronization error calculation modules for performance evaluation.