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BTT导弹俯仰/偏航通道变结构控制系统设计

Autopilot Design of Pitch and Yaw Channel for BTT Missile Based on Model Reference Variable Structure Control

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由于BTT导弹在控制过程中需要操纵导弹绕纵轴高速旋转,导弹滚动对俯仰/偏航通道控制系统的影响及俯仰/偏航通道之间的耦合已经不能忽略.同时由于导弹气动的强烈摄动,采用经典控制理论设计的俯仰/偏航控制系统已经难以满足BTT控制技术的需要.针对此类问题,采用模型参考变结构控制理论(MRVSC)设计BTT导弹俯仰/偏航通道耦合控制系统,并进行六自由度仿真对控制系统进行验证.仿真结果表明,MRVSC控制系统在通道耦合和参数强烈变化的情况下能够满足控制要求.
Because of the influence of rolling in pitch and yaw channel and the varying of aerodynamic parameters, the design of control system of pitch and yaw channel using classical control theory is a challenging task. Autopilots of pitch and yaw channel are designed based on model reference variable structure control for BTT missile whose model is unable to describe exactly. Simulation models of six degree of freedoms based on MATLAB are established to validate autopilots' property and the simulation results are obtained. MRVSC method has a pretty control effect in the case of varying of aerodynamic parameters and coupling of channels.

BTI missilepitch and yaw channelMRVSC

董斌、李玉华

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中航洪都集团660所,南昌,330024

中国船舶重工集团公司第705研究所,西安,71007

BTT导弹 俯仰/偏航通道 模型参考变结构控制

2011

科学技术与工程
中国技术经济学会

科学技术与工程

CSTPCD北大核心
影响因子:0.338
ISSN:1671-1815
年,卷(期):2011.11(14)
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