Developing IEEE rail transit vehicle standards

T.J. McGean
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引用次数: 7

Abstract

Sponsored by the Transportation Cooperative Research Program (TCRP), project TCRP G-4, Developing Standards for System and Subsystem Interfaces in Electric Rail Passenger Vehicles, was initiated in January, 1996. Its objective was to design a process for developing consensus standards for system and subsystem interfaces for light rail, heavy rail, and commuter rail vehicles and use the process to produce one or more standards. The Rail Transit Vehicle Interface Standards Committee (RTVISC) was formed within the IEEE to serve as the sponsor and balloting group for rail transit vehicle interface standards. RTVISC identified eight key areas for interface standardization and formed working groups to begin drafting IEEE standards in these areas. In October of 1997, IEEE P1477, standard for passenger information system for rail transit vehicles, was successfully balloted. Seven other drafts are well on their way to completion. This paper summarizes the status of the eight standards presently being sponsored by the IEEE rail transit vehicle interface standards committee. The other seven are: IEEE P1473, Communication Protocols Aboard Trains; IEEE P1474, Communications Based Train Control; IEEE P1482, Rail Vehicle Monitoring and Diagnostic Systems; IEEE P1483, Safety Considerations for Software used in Rail Transit Systems; IEEE P1475, Functioning of and Interfaces among Propulsion, Friction Brake and Train-borne Master Control on Rail Rapid Transit Vehicles; IEEE P1476, Passenger Train Auxiliary Power Systems; and IEEE P1478, Environmental Conditions for Transit Rail Car Electronic Equipment.
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制定IEEE轨道交通车辆标准
在运输合作研究计划(TCRP)的赞助下,TCRP G-4项目——开发电动轨道客运车辆系统和子系统接口标准,于1996年1月启动。它的目标是设计一个过程,用于为轻轨、重轨和通勤轨道车辆开发系统和子系统接口的一致标准,并使用该过程来产生一个或多个标准。轨道交通车辆接口标准委员会(RTVISC)在IEEE内部成立,作为轨道交通车辆接口标准的发起人和投票小组。RTVISC确定了接口标准化的八个关键领域,并成立了工作组,开始起草这些领域的IEEE标准。1997年10月,轨道交通车辆乘客信息系统标准IEEE P1477顺利投票通过。其他七份草案也即将完成。本文综述了IEEE轨道交通车辆接口标准委员会目前提出的八项标准的现状。其他七个是:IEEE P1473,列车上通信协议;IEEE P1474,基于通信的列车控制;IEEE P1482,轨道车辆监测与诊断系统;IEEE P1483,轨道交通系统软件的安全考虑;IEEE P1475,快速轨道交通车辆推进、摩擦制动和车载主控制的功能与接口;IEEE P1476,旅客列车辅助动力系统;和IEEE P1478,交通轨道车辆电子设备的环境条件。
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