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整星零动量小卫星偏置飞行姿态解耦控制
引用本文:罗文成,刘良栋,李果.整星零动量小卫星偏置飞行姿态解耦控制[J].航天控制,1999(1).
作者姓名:罗文成  刘良栋  李果
作者单位:北京控制工程研究所
摘    要:研究了采用反作用飞轮为执行机构的整星零动量卫星绕X轴大角度偏置飞行模式的姿态解耦控制问题。首先给出卫星姿态运动学和动力学模型,然后在控制作用中引入非线性项对姿态动力学模型线性化,进一步对线性模型进行状态反馈解耦和极点配置。最后,给出了数学仿真算例和仿真结果。

关 键 词:小型卫星  姿态控制  去耦

Attitude Decoupling Control for Biased Flight Mode of Small Satellite in Zero-Momentum State
Luo Wencheng\ Liu Liangdong\ Li Guo Beijing Institute of Control Engineering,Beijing.Attitude Decoupling Control for Biased Flight Mode of Small Satellite in Zero-Momentum State[J].Aerospace Control,1999(1).
Authors:Luo Wencheng\ Liu Liangdong\ Li Guo Beijing Institute of Control Engineering  Beijing
Institution:Luo Wencheng\ Liu Liangdong\ Li Guo Beijing Institute of Control Engineering,Beijing 100080
Abstract:This paper designs an attitude decoupling control law for small satellite in large-angle biased flight mode about roll axis of zero-momentum system via reaction wheels.Attitude kinematics equations and dynamics equations are established firstly in this paper,then a nonlinear item is introduced in the controller to linearize the attitude dynamics equations, and then a state feedback decoupling law and a pole assignment law are designed for the linearized model.At last,a numerical simulation example is given.
Keywords:Small Satellite  Attitude Control  Decoupling  
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