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Real-time simulation of satellite attitude control based on low cost embedded system

机译:基于低成本嵌入式系统的卫星姿态控制实时仿真

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Considering the limitation of off-line simulation and the high cost of many real-time simulation equipments used in aeronautical and astronautical fields, a low-cost embedded real-time simulation system has been developed for the research of satellite attitude control. By using the mature ARM/DSP chip as the processor and the embedded Linux operating system in the target machine, and the monitoring and management interface based on the graphical programming language LabVIEW in the host computer, this system has successfully addressed key technical issues of real-time simulation. It has optimized the four essential components of the satellite attitude control closed-loop system. Initial application of the system has validated its effectiveness, and therefore proved that it will be significant in the engineering applications.
机译:考虑到离线仿真的局限性以及航空航天领域使用的许多实时仿真设备的高昂成本,开发了一种低成本的嵌入式实时仿真系统,用于卫星姿态控制的研究。通过使用成熟的ARM / DSP芯片作为目标计算机中的处理器和嵌入式Linux操作系统,以及在主机中基于图形化编程语言LabVIEW的监视和管理界面,该系统成功解决了实际的关键技术问题。时仿真。它优化了卫星姿态控制闭环系统的四个基本组成部分。该系统的最初应用已经验证了其有效性,因此证明了它在工程应用中的重要性。

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