测控技术
測控技術
측공기술
MEASUREMENT & CONTROL TECHNOLOGY
2010年
2期
52-54
,共3页
韩爱意%许惠丽%罗绪涛%梁晓庚
韓愛意%許惠麗%囉緒濤%樑曉庚
한애의%허혜려%라서도%량효경
姿态控制%奇异摄动%精确线性化%模型参考自适应控制
姿態控製%奇異攝動%精確線性化%模型參攷自適應控製
자태공제%기이섭동%정학선성화%모형삼고자괄응공제
attitude control%singular perturbation%exact linearization%model reference adaptive control
基于时标分离思想,将飞行器姿态控制系统分为慢变化的姿态角回路和快变化的角速度回路分别设计.外环采用精确线性化方法设计控制器.考虑到飞行器转动惯量的大范围时变或摄动,内环采用模型参考自适应控制方法设计控制器.仿真验证了方法的有效性.
基于時標分離思想,將飛行器姿態控製繫統分為慢變化的姿態角迴路和快變化的角速度迴路分彆設計.外環採用精確線性化方法設計控製器.攷慮到飛行器轉動慣量的大範圍時變或攝動,內環採用模型參攷自適應控製方法設計控製器.倣真驗證瞭方法的有效性.
기우시표분리사상,장비행기자태공제계통분위만변화적자태각회로화쾌변화적각속도회로분별설계.외배채용정학선성화방법설계공제기.고필도비행기전동관량적대범위시변혹섭동,내배채용모형삼고자괄응공제방법설계공제기.방진험증료방법적유효성.
The aerocraft' s attitude control system is divided into the outer loop that is an angle loop and the in-ner loop that is an angle velocity loop based on their time-scale separation principle.Then the control law of each loop is designed independently.Exact linearization method is used for the outer loop controller.Model ref-erence adaptive control is used for the the inner loop considering the time variant or perturbation of aerocraft' s moment inertia.Simulation results demonstrate the effectiveness of the method.