Adaptive backstepping discrete-time control for a full-car active suspension Online publication date: Fri, 07-Apr-2017
by Toshio Yoshimura
International Journal of Vehicle Autonomous Systems (IJVAS), Vol. 13, No. 3, 2017
Abstract: This paper presents a simplified Adaptive Backstepping Control (ABC) in the design of an active suspension for a full-car model with unknown external disturbances. It is assumed that the full-car models are described by an uncertain discrete-time state equation, and that the observation of the states is taken with measurement noises. The proposed ABC is designed in a simplified structure by removing the repeated heavy computation of non-linear functions, and the design parameters are selected by using an appropriate Lyapunov function. The unmeasurable states and uncertainties for the uncertain discrete-time state equations are estimated by using the simplified weighted least squares estimator. The simulation experiment indicates that the proposed ABC is suitable for the design of the active suspension for the full-car model because it suppresses the movement of the car body and the suspension travel, and improves the ride comfort of passengers.
Online publication date: Fri, 07-Apr-2017
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