基于VC++的无人直升机仿真
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Unmanned Helicopter Simulation Based on VC++
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    摘要:

    仿真是无人直升机飞行控制应用技术研究的主要手段。以某新型无人直升机为背景,利用风洞试验获得的无人直升机不同速度、高度和重量下的状态和控制系数矩阵,采用基于多维线性插值的方法建立了无人机非线性模型。基于此非线性模型设计了无人直升机增稳控制器,并在VC++软件环境下进行了仿真。通过仿真复现了无人直升机纵横向耦合与前飞过程“掉高”的现象,并对现象的原因进行了详细分析。在仿真软件设计中,无人直升机模型与控制器采用模块化设计方法,具有一定的通用性。

    Abstract:

    Simulation is the main method of unmanned helicopter control technology and its application research. According to the state coefficient matrix and control coefficient matrix obtained under different speeds, heights and weights by wind tunnel test, a method based on multi-dimension linear interpolation is proposed to set up unmanned helicopter non-linear model. Then Augmentation controller is designed based on the non-linear model, and simulation is made in VC++ software development environment. The phenomenon of longitudinal and lateral channels and height fall during forward flight are reproduced, and the reasons are analyzed in detail. In the flight simulation software, modularized controller design is used in flight model which has generality.

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张立新,赵超,盛守照.基于VC++的无人直升机仿真[J].,2010,29(04):69-70.

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  • 收稿日期:2010-06-12
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