基于超宽带、多传感器和Wifi-Mesh的城市轨道交通精确定位

Hui Lin, Lei Ye, Yuanfei Wang
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引用次数: 9

摘要

运动目标的精确定位是城市轨道交通安全保障和运行节能的关键问题。精确的车辆定位可以提高运输能力。同时,人员跟踪可以提高日常操作以及在发生事故或紧急情况时的救援能力。本文讨论了基于超宽带、多传感器和Wi-Fi Mesh网络的精密定位方案的开发。与现有的轨道定位技术不同,该方法是专门为地下隧道、涵洞和建筑室内环境设计的。本文还将介绍一种将COMPASS(北斗)时基与IEEE 1588技术相结合的时间同步方法,避免了对GPS时钟信号的单一依赖。最终减少城市轨道目标跟踪系统和人员精确定位技术投资的创新集成解决方案,将是城市轨道安全与安防应用领域的首创。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
UWB, Multi-sensors and Wifi-Mesh based precision positioning for urban rail traffic
Precision positioning for moving targets is the key issue in urban rail traffic safety assurance and operational energy saving. Precision vehicle positioning can improve transportation capacity. Meanwhile, personnel tracking can enhance daily operations as well as rescue capabilities in the event an accident or emergency. This paper discusses the development of precision positioning solution based on UWB, Multi-sensors and Wi-Fi Mesh Network. Difference from the existing rail positioning technologies, the proposed approach is specially designed for underground tunnels, culverts and architectural indoor environments. The paper will also introduce a Time synchronization method which integrates the time base of COMPASS (Beidou) with IEEE 1588 technology, so as to avoid sole dependence on GPS clock signal. An innovation integration solution which will eventually reduce the investment of targets tracking system of urban rail and the personnel precision positioning technique will be the first-of-the-kind in Urban Rail Safety and Security applications.
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