Integrated communications architecture for road transport informatics

N. Wall, G. Freij, F. Zijderhand, C. Rokitansky
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引用次数: 6

Abstract

The field of Road Transport Informatics (RTI) has spurred a substantial interest in the development and adaptation of a diverse range of technologies for vehicle-infrastructure communications. Candidate technologies for early implementation include FM RDS-TMC, short-range beacons and cellular mobile radio GSM. This paper reviews some of the major characteristics of these systems and debates some of the issues influencing the design and integration of communications technologies for RTI. Next, a possible integration framework which essentially acts to decouple RTI applications from communications networks is described. The aim is to facilitate end-to-end communications between any two application systems which need to communicate, regardless of the network to which each is attached. This concept leads to the notion of a virtual RTI network and is currently under investigation to determine its viability and applicability.
道路交通信息学综合通信体系结构
道路运输信息学(RTI)领域激发了人们对开发和适应各种车辆基础设施通信技术的极大兴趣。早期实施的候选技术包括调频RDS-TMC、短距离信标和蜂窝移动无线电GSM。本文回顾了这些系统的一些主要特点,并讨论了影响RTI通信技术设计和集成的一些问题。接下来,描述了一个可能的集成框架,其本质上是将RTI应用程序与通信网络解耦。其目的是促进需要通信的任何两个应用程序系统之间的端到端通信,而不管每个应用程序系统所连接的网络如何。这一概念导致了虚拟RTI网络的概念,目前正在调查以确定其可行性和适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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