Adaptive sliding mode control for a secure communication system

Abstract

This paper discusses the design of a sliding controller for secure communication of electronic circuits based on a master
and slave chaos system. Firstly, we present a 3D model of the chaotic system. Secondly, we improve the mathematical models
of the Master and Slave systems using the Takagi-Sugeno fuzzy system (T-S). Thirdly, we propose new algorithms for sliding
control for signal assimilation of Master and Slave systems. Fourthly, we prove the stability of the control method. Fifth, the
MATLAB simulation results confirm the proposed control theory to be completely accurate, and the synchronization process
of chaotic systems is successfully tested through experiments related to electronic circuit communication. The Slave system
states are precisely monitored states of the Master system.