Development of Autonomous Quadcopter

Luke Kamrath, J. Hereford
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引用次数: 2

Abstract

There are many commercially available drone platforms (fixed wing or rotorcraft) but all of them require user interaction through a remote controller. We want to build a swarm of autonomous drones so we built a drone that can fly and hover with no input from a user. We used the CrazyFlie 2.0 as the base platform and then added sensors and made software revisions for it to operate autonomously. We call our drone the Programmable Autonomous Quadcopter (PAQ). We overcame several unexpected issues such as noisy sensor data that disrupted our control loop, slight weight imbalances that cause the PAQ to drift and problems when the battery voltage drops. We also tested the maximum speed and battery life of the PAQ.
自主四轴飞行器的发展
有许多商用无人机平台(固定翼或旋翼机),但它们都需要用户通过遥控器进行交互。我们想要建造一群自主无人机,所以我们建造了一架无人机,它可以在没有用户输入的情况下飞行和悬停。我们使用了crazyfly 2.0作为基础平台,然后添加了传感器,并对软件进行了修改,使其能够自主运行。我们称我们的无人机为可编程自主四轴飞行器(PAQ)。我们克服了几个意想不到的问题,如干扰控制回路的噪声传感器数据,导致PAQ漂移的轻微重量不平衡以及电池电压下降时的问题。我们还测试了PAQ的最大速度和电池寿命。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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