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Real-Time Localization and Tracking Using Visible Light Communication

机译:使用可见光通信进行实时定位和跟踪

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In this paper an optical indoor positioning system is proposed, which utilizes modulated LED lights as anchor points, deployed in known positions. The sensor, deployed on the tracked object (e.g. autonomous vehicle), is an ordinary camera facing upwards. The system is able to estimate the position and orientation of the moving object in real-time, based on the camera's image stream, containing images of the anchor points. The paper contains comprehensive analysis on the possible error sources and their effect on the positioning accuracy. Real measurement tests show that the accuracy of the system is in the low centimeter range even if the tracked camera moves with a speed of 1 m/s.
机译:在本文中,提出了一种光学室内定位系统,其利用作为锚点的调制LED灯,展开在已知位置。部署在跟踪物体(例如自主车辆)上的传感器是朝上的普通摄像头。该系统能够基于相机的图像流来估计实时移动物体的位置和方向,该图像流是包含锚点的图像的图像流。本文对可能的误差源进行了全面的分析及其对定位精度的影响。实际测量测试表明,即使跟踪的相机以1米/秒的速度移动,系统的精度也在低厘米范围内。

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