基于机会射电源和多普勒的鲁棒定位

D. Lindgren, Andreas Nordzell
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引用次数: 0

摘要

在干扰环境中,对机会性射电源进行多普勒频移测量可作为GNSS的替代方案。在GSM基站上的移动测量表明,如果至少有两个源在范围内并且测量与里程表和速率陀螺仪融合,则不确定性对于车辆定位来说足够低。一个关键的想法是融合相对不确定的多普勒测量与精确的车辆速度测量。通过蒙特卡罗仿真分析了该系统的定位性能。在有限遮挡的郊区环境中,位置RMSE在15 - 44 m之间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robust Positioning Based on Opportunistic Radio Sources and Doppler
Doppler shift measurements on opportunistic radio sources can be an alternative to GNSS in disturbed environments. Mobile measurements on a GSM base station indicate that the uncertainty is sufficiently low for vehicle positioning, provided that at least two sources are within range and that measurements are fused with an odometer and a rate gyro. A key idea is to fuse the relatively uncertain Doppler measurements with accurate measurements of the vehicle speed. The positioning performance is analyzed by Monte Carlo simulations. A position RMSE in the interval 15 – 44 m can be expected in a suburban environment with limited occlusion.
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