快速控制奇异最优调节器设计在导弹控制工程中的应用

本文从导弹控制工程的实际问题出发,运用奇异最优控制的基本概念,阐明快速控制奇异状态等价线性最优控制原理。 通过奇异最优调节器的设计,解决了导弹Bang-Bang Control(简称BBC)进入奇异区必须转换所带来的设计困难。快速控制与奇异最优控制相结合——双模控制体制,降低了系统灵敏度,极大地提高了系统鲁棒性,并具有优良工程特性,为导弹控制系统设计提供了一个新方法。 通过CSCAD仿真计算,获得了满意的工程控制效果。

AN APPLICATION OF THE SINGULAR OPTIMAL REGULATOR DESIGN OF THE HIGH SPEED CONTROL IN THE MISSILE CONTROL ENGINEERING

Based on the theory of singular optimal control, the equivalene of the singular state of high speed control and linear optimal control is studied for the practical problems-of missile control engineering.This paper has solved a difficult design problem of selecting of required imperative transform when the missile Bang-Bang control (in abbreviation BBC) is used in the singular region. This new design method of combining singular optimal control with high speed control-two-mode control will reduce the sensitivity and improve the robustnest of the system.System simulations of this method by means of CSCAD give satisfactory results.