SU Pei-hua, MAO Qi. Sliding mode control for hypersonic vehicle based on neural network compensation[J]. 2018, (8): 76-78+81. DOI: 10.13873/j.1000-9787(2018)08-0076-03.
Aiming at trajectory control problem of airbreathing hypersonic vehicle
a sliding mode control method based on adaptive radial basis function( RBF) neural network is presented. Longitudinal dynamic model for hypersonic vehicle is built. Sliding mode controller is designed
and adaptive RBF neural network is used to on-line approximate uncertainties of system. Sliding mode controller is compensated; closed-loop system stability is proved based on Lyapunov stability analysis. Simulation results demonstrate that control system can effective track on given commands of hypersonic vehicle.