首页> 外文会议>Computer Modeling and Simulation, 2009. ICCMS '09 >Semi-physical Simulation Research of the Antenna Acquiring and Tracking System without Turn Tables
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Semi-physical Simulation Research of the Antenna Acquiring and Tracking System without Turn Tables

机译:无转台天线获取与跟踪系统的半物理仿真研究

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Simulation is an important step during the design of control systems. Based on the series tools of MATLABSimulinkxPC, the real-time simulation environment is constructed. By adopting the mixed modeling measures that comprise Simulink, Stateflow and S-function, models for satellite attitude dynamics, all sensors and actuators, control logics of the antenna and etc are all built successfully, then the modes selecting, scheduling and interfaces communication are realized effectively. The tracking and data relay satellite (TDRS) simulator is designed. It simplifies the experiment system. The turn table is eliminated and the experiment system can also reflect the effect of the attitude movement acting on the antenna pointing by using the TDRS simulator. The experiment results indicate that the experiment system can verify the antenna acquiring and tracking processes and is beneficial to the design of the user satelliteȁ9;s antenna pointing control system for engineers.
机译:仿真是控制系统设计过程中的重要一步。基于MATLABSimulinkxPC的系列工具,构建了实时仿真环境。通过采用包含Simulink,Stateflow和S函数的混合建模方法,成功构建了卫星姿态动力学模型,所有传感器和执行器,天线的控制逻辑等,然后实现了模式选择,调度和接口通信有效。设计了跟踪和数据中继卫星(TDRS)模拟器。它简化了实验系统。通过使用TDRS模拟器,无需使用转台,并且实验系统还可以反映出姿态运动对天线指向的影响。实验结果表明,该实验系统可以验证天线的获取和跟踪过程,有利于用户卫星9号天线指向控制系统的设计。

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