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UWB/GNSS-based cooperative positioning method for V2X applications

机译:基于UWB / GNSS的V2X应用协同定位方法

摘要

Limited availability of GNSS signals in urban canyons is a challenge for the implementation of many positioning-based traffic safety applications, and V2X technology provides an alternative solution to resolve this problem. As a key communication component in V2X technology, Dedicated Short Range Communication (DSRC) not only allows vehicles to exchange their position, but also traffic safety related information such as real-time congestion, up-to-date accident details, speed limits, etc. This position and traffic information could underpin various traffic safety applications - for instance, lane departure warnings, potential collision avoidance, and traffic congestion warnings. By taking advantage of DSRC, a vehicle in a GNSS denied environment is able to calculate its position using the assistance of other vehicles with sufficient GNSS signals to fix their locations. The concept of cooperative positioning, which is also called collaborative positioning, has been proposed to achieve this goal.
机译:对于许多基于定位的交通安全应用而言,GNSS信号在城市峡谷中的可用性有限是一个挑战,而V2X技术提供了解决此问题的替代解决方案。作为V2X技术中的关键通信组件,专用短程通信(DSRC)不仅允许车辆交换位置,而且还允许与交通安全相关的信息(例如实时拥堵,最新的事故详细信息,速度限制等)该位置和交通信息可以为各种交通安全应用程序提供支撑-例如,车道偏离警告,避免潜在碰撞和交通拥堵警告。通过利用DSRC,处于GNSS拒绝环境中的车辆能够借助其他具有足够GNSS信号的车辆来确定其位置,从而计算其位置。已经提出了协作定位的概念,也称为协作定位,以实现该目标。

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