Design of robust loop-shaping autopilot for missile with swing nozzle thrust vector control
Yang Jun
Abstract
Yang Jun
Abstract
A new design method of autopilot for the swing nozzle thrust control anti-air missile is presented in this paper.Firstly,the model of the missile which considered the aeroservoelastic is given.Then,the theory of robust loop-shaping is used for autopilot design for the missile with the model uncertainty and disturbance,the framework of the robust loop-shaping of the longitude autopilot is constructed.Finally,the simulation on the control system shows that the robust stability and performance is achieved.
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A new design method of autopilot for the swing nozzle thrust control anti-air missile is presented in this paper.Firstly,the model of the missile which considered the aeroservoelastic is given.Then,the theory of robust loop-shaping is used for autopilot design for the missile with the model uncertainty and disturbance,the framework of the robust loop-shaping of the longitude autopilot is constructed.Finally,the simulation on the control system shows that the robust stability and performance is achieved.
Key concepts: Autopilot, Missile, Control theory (sociology), Thrust, Swing, Engineering, Robust control, Control engineering