演示:无人机集成现场定位与光学摄像头通信

Xiao Zhang, Griffin Klevering, Kanishka P. Wijewardena, Li Xiao
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引用次数: 1

摘要

由于无人机的优势和巨大的应用潜力,人们对其越来越感兴趣。然而,目前蜂群无人机的单机集中式基站射频控制方式存在严重干扰、延时导致定位误差等显著缺陷。不同的是,光学相机通信(OCC)有望成为蜂群无人机集成通信和传感的替代方案。我们提出PoseFly,这是第一个用于蜂群无人机的4合1 OCC方法。PoseFly利用卷帘式快门效应和已经安装的摄像头和LED节点,提供(1)大规模的无人机指示和识别,(2)多层次的现场定位,(3)无人机之间的快速链接通道,(4)基础照明。PoseFly的设计方法为蜂群无人机的低成本集成传感与通信提供了有价值的范例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Demo: Integrated On-site Localization and Optical Camera Communication for Drones
Drones are gaining more interest thanks to their advantages and great potential for applications. However, present swarming drones’ stand-alone centralized radio frequency control mode from a base station has non-trivial drawbacks such as severe interference, latency caused localization error, etc. Differently, optical camera communication (OCC) is promising as an alternative for integrated communication and sensing for swarming drones. We propose PoseFly, the first 4-in-1 OCC approach for swarming drones. With exploited rolling shutter effect and the already installed camera and LED nodes, PoseFly provides (1) massive drone indication and identification, (2) multilevel on-site localization, (3) quick-link channel among drones, and (4) basic lighting. The design methodology of PoseFly gives a valuable example for the low-cost integrated sensing and communication for swarming drones.
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