基于uwb锚的在线校准改进PDR定位

L. Giarré, F. Pascucci, S. Morosi, A. Martinelli
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引用次数: 11

摘要

在本文中,我们使用基于锚的超宽带定位对基于行人航位推算技术的定位系统进行了在线再标定。事实上,采用混合定位视角,预测使用不同的(可穿戴)传感器来提高定位精度;此外,它利用数据在未知和不确定的环境中同时构建地图。通过报告在真实环境中进行的实验结果,比较了有和没有重新校准的行人航位推算定位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improved PDR Localization via UWB-Anchor Based on-Line Calibration
In the present paper, we perform an on-line recalibration of a localization system which is based on the pedestrian dead reckoning technique by means of an anchor based Ultra Wide Band positioning. As a matter of fact a hybrid localization perspective is adopted that foresees the use of different (wearable) sensors to improve the localization accuracy; furthermore, it exploits the data to simultaneously build maps in unknown and uncertain environments. Comparisons of pedestrian dead reckoning localization with and without recalibration are shown by reporting the results of experiments that have been taken in a real environment.
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