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Autonomous flight control system of quadrotor and its application to formation control with mobile robot

机译:四足电场自动飞行控制系统及其在移动机器人形成控制的应用

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摘要

This paper presents an autonomous flight control system of a quadrotor ARdrone 2.0 only using the internal sensor. Since AR.Drone is designed as a quadrotor with four control commands, four velocity models are constructed by the step response experiments. The basic control laws designed by LQR are combined with each other to construct the complex control system for required flight missions. Furthermore, the proposed autonomous flight control system is applied to a formation control with a mobile robot. The effectiveness of the proposed autonomous flight control system is demonstrated in experiments.
机译:本文仅介绍了仅使用内部传感器的四元ardrone 2.0的自主飞行控制系统。由于AR.DRONE被设计为具有四个控制命令的四轮压力机,因此步骤响应实验构建了四个速度模型。由LQR设计的基本控制法彼此相结合,以构建所需飞行任务的复杂控制系统。此外,所提出的自主飞行控制系统应用于具有移动机器人的形成控制。实验中展示了拟议的自主飞行控制系统的有效性。

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