SAFE DUAL-FREQUENCY EGNSS RECEIVER FOR RAILWAYS: THE TRENI PROJECT

H. Al Bitar, A. Tobie, M. Puccitelli, L. Marradi, G. Galgani, R. Guidi, D. Lopour
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Abstract

The railway signalling system in Europe is currently undergoing a major change, converging towards interoperability and safety to be ensured by the ongoing deployment of the European Rail Traffic Management System (ERTMS). However, at present, ERTMS does not envisage the use of GNSS positioning technology for safety relevant train localization. Introduction of GNSS is an opportunity to contribute towards increasing of both safety and security or simplifying and reducing trackside equipment. It can also contribute to reducing overall signalling system costs which is instrumental especially for keeping the rural capillary lines competitive with other modes of transport. To enable such benefits and to contribute toward green and sustainable transport services the European Commission and European Union Agency for the Space Program (EUSPA) are collaborating with the main rail and space stakeholders on the inclusion of GNSS into the future evolution of ERTMS. This paper presents the TRENI railway GNSS receiver and antenna development, to be used directly or integrated in a train multi-sensor safe positioning platform, suitable for railway safety-related applications.
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铁路安全双频信号接收机:treni工程
欧洲的铁路信号系统目前正在经历一场重大变革,朝着互操作性和安全性的方向融合,以确保欧洲铁路交通管理系统(ERTMS)的持续部署。然而,目前,ERTMS并没有设想将GNSS定位技术用于与安全相关的列车定位。GNSS的引入是一个有助于提高安全性或简化和减少轨道旁设备的机会。它还有助于降低信号系统的总体成本,这尤其有助于保持农村毛细管线路与其他运输方式的竞争力。为了实现这些效益并促进绿色和可持续的运输服务,欧盟委员会和欧盟空间计划局(EUSPA)正在与主要的铁路和空间利益攸关方合作,将GNSS纳入ERTMS的未来发展。本文介绍了TRENI铁路GNSS接收机和天线的研制,可直接用于或集成在列车多传感器安全定位平台中,适用于铁路安全相关应用。
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