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Design of Vertical Launch Control System for Antiaircraft Missile Using Optical Control

机译:基于光学控制的防空导弹垂直发射控制系统设计

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Vertical launching technology can effectively improve the performance of antiaircraft missile, which can reduce the preparative time for antiaircraft missile to attack the targets. The scheme of vertical launching control system is present. The autopilot of missile has used fight path angle, azimuth angle and roll as the feedback signal. The missile can flight to any direction from the vertical launching state. The model of the antiaircraft missile which has used multiple controls of aerodynamic actuator and TVC (thrust vector control) is given, and then the flight control system has been designed by using linear quadratic regulator (LQR) theory. Finally it is proved by simulation that the performance of the vertical launching control system can meet the requirement and the scheme of the control system is feasible.
机译:垂直发射技术可以有效提高防空导弹的性能,减少防空导弹攻击目标的准备时间。提出了垂直发射控制系统方案。导弹的自动驾驶仪使用战斗路径角,方位角和侧倾作为反馈信号。导弹可以从垂直发射状态向任何方向飞行。给出了采用气动执行器和TVC(推力矢量控制)多重控制的防空导弹模型,然后利用线性二次调节器(LQR)理论设计了飞行控制系统。最后通过仿真证明了垂直发射控制系统的性能可以满足要求,该控制方案是可行的。

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