Integrated Guidance/Autopilot Design for Missiles With Impact Angle Constraints
Qingjiu Xu, YU Jiandong, Jinyong Yu, Xiuzhen Yang
Abstract
Qingjiu Xu, YU Jiandong, Jinyong Yu, Xiuzhen Yang
Abstract
A scheme of integrated guidance/autopilot design for missiles with impact angle constraints is studied in this paper. When the integrated guidance/autopilot model yaw plane is formulated, the guidance/control law with impact angel constraints is designed based on the backstepping idea and VSC theory. For the unavailable information of the maneuvering target, an estimating method is given. Finally, to verify the effectiveness and rightness of the integrated design scheme, the simulation of some missile has been made, the simulation results have shown that high accuracy of hitting target with impact angle constraints can be got.
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A scheme of integrated guidance/autopilot design for missiles with impact angle constraints is studied in this paper. When the integrated guidance/autopilot model yaw plane is formulated, the guidance/control law with impact angel constraints is designed based on the backstepping idea and VSC theory. For the unavailable information of the maneuvering target, an estimating method is given. Finally, to verify the effectiveness and rightness of the integrated design scheme, the simulation of some missile has been made, the simulation results have shown that high accuracy of hitting target with impact angle constraints can be got.
Key concepts: Autopilot, Backstepping, Missile, Scheme (mathematics), Control theory (sociology), Computer science, Missile guidance, Control engineering