Lag, Complete and Anticipated Control of the No-automatic System and Modified Chua Circuit

Abstract

Firstly, based on symbolic computation system Maple, Lyapunov stability theory and a back stepping design with one controller, a systematic, automatic and concrete scheme is extended to study the lag, complete and anticipated control of the no-automatic system and Modified Chua circuit with a strict-feedback form. Secondly, two system with different initial values are chosen to illustrate the scheme. Finally, numerical simulations are used to verify the effectiveness of the obtained controllers.