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The design and simulation of low-cost and super-applicability flight control system of super-size UAV

机译:超级尺寸UAV的低成本和超级适用性飞行控制系统的设计与仿真

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In this paper, considering the stability and robustness of the aircraft, the flight control system is designed following the aspect of high flexibility and low cost. Comparing with the flight control system of super-size high-subsonic Unmanned Aerial Vehicle (UAV) in the world, the system presented in this paper has adopted the inimitable control technique of flying-off course, low-cost combinatorial navigation strategy and the advanced safety scheme, which can guarantee the performance, degrade the cost and extend the airspace and groundspace of the aircraft.Through quite a few simulations, the results show that this system can guarantee the attitude and altitude stable. The error between the flight path and programming path is very small. Flight curve is prefect; and the system performances can be achieved completely.
机译:在本文中,考虑到飞机的稳定性和稳健性,飞行控制系统之后的灵活性和低成本方面的设计。与世界上超尺寸高次级空中航空公司(UAV)的飞行控制系统相比,本文提出的系统采用了飞行路线,低成本组合导航策略和先进的可行控制技术安全方案,可以保证性能,降低成本并延长飞机的空域和地面空间。采用相当多的模拟,结果表明,该系统可以保证态度和高度稳定。飞行路径和编程路径之间的误差非常小。飞行曲线是强大的;并且可以完全实现系统性能。

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