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A Control Scheme for Navigation and Obstacle Avoidance of Autonomous Flying Agent

机译:自主飞行代理导航与避障的控制方案

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摘要

This paper addresses the problem of trajectory tracking and control of a low-cost flying agent, equipped with a microcontroller for real-time navigation. A flying agent (aircraft-type quadcopter) has been designed and developed for steering control along a planned trajectory. A novel control scheme is developed using MATLAB/Simulink to ensure the right balance among pitch, roll and yaw of the flying agent wings. The proposed control scheme utilises a PID controller which regulates the error dynamics to stabilise the navigation. Various trajectories have been generated and verified through simulation studies as well as tested in a real model. The real-time experiments verify the manoeuvrability of the controller, which also checks the compatibility with hardware interfaces.
机译:本文解决了一种低成本飞行器的轨迹跟踪和控制问题,该飞行器配备了用于实时导航的微控制器。设计并开发了一种飞行器(飞机式四轴飞行器),用于沿计划的轨迹进行转向控制。使用MATLAB / Simulink开发了一种新颖的控制方案,以确保飞行代理机翼的俯仰,侧倾和偏航之间保持适当的平衡。所提出的控制方案利用PID控制器来调节误差动态,以稳定导航。已经通过仿真研究生成并验证了各种轨迹,并在真实模型中进行了测试。实时实验验证了控制器的可操作性,该控制器还检查了与硬件接口的兼容性。

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