Fuzzy logic control based on genetic algorithm to integrated flight control for hypersonic vehicles
An integrated flight control system is designed according to the six DOF nonlinear model of pitching channel of hypersonic vehicle X-43A. The system is composed of one fuzzy controller and two PD controllers. Based on genetic algorithm, the optimization process of fuzzy control rules and PD feedback parameters is carried out automatically without experts ’ knowledge and training data in advance. Simulations show that the method is able to satisfy both the robustness of light control system and the convergence of optimization process on request, especially obtaining superior robustness than classical flight control system, which is designed under the same optimization tool and basic control strategies.
Li Hui-feng Wang Jian
Beijng university of aeronautics and astronautics Institute Road No.37,Haidian District,Beijing
国际会议
深圳
英文
1076-1080
2008-12-10（万方平台首次上网日期，不代表论文的发表时间）