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LTE-M信号及信令接口监测系统设计
引用本文:蒋海林,朱 烨,赵红礼,唐 涛.LTE-M信号及信令接口监测系统设计[J].都市快轨交通,2018(5):11-16.
作者姓名:蒋海林  朱 烨  赵红礼  唐 涛
作者单位:北京交通大学轨道交通运行控制系统国家工程研究中心
摘    要:研究LTE-M信号及信令接口监测系统的设计,首先介绍LTE-M系统的网络架构及其互联互通需要开放的接口,分析对LTE-M信号接口及信令接口进行监测和分析的重要性。重点介绍LTE-M接口监测系统的信号接口的监测功能,S1、S5、S6a和S10接口的协议栈及接口监测的内容,详细描述LTE-M接口监测系统的整体架构和实现方式,最后展现接口监测系统所监测的内容。接口监测系统的实现和应用,将在城市轨道交通LTE-M系统的建设和维护过程中发挥重要的作用。

关 键 词:轨道交通  LTE-M  接口监测  基于通信的列车控制系统  信号接口  信令接口

Design of LTE-M Interface Monitoring System of Signal and Signaling Interface
JIANG Hailin,ZHU Ye,ZHAO Hongli,TANG Tao.Design of LTE-M Interface Monitoring System of Signal and Signaling Interface[J].Urban Rapid Rail Transit,2018(5):11-16.
Authors:JIANG Hailin  ZHU Ye  ZHAO Hongli  TANG Tao
Institution:National Engineering Research Center of Rail Transportation Operation and Control System, Beijing Jiaotong University
Abstract:The design of a Long Term Evolution for Metro (LTE-M) monitoring system of the CBTC signal and signaling interface is introduced in this paper. The network structure of the LTE-M system was introduced, and the necessity of monitoring the CBTC interface and LTE-M signaling interface was analyzed. The monitoring function of the signal interface was given, and the protocol stacks of the S1, S5, S10, and S6a interfaces were described. Then, the entire structure and implementation methods were described in detail. Finally, the interfaces of the monitoring system were shown. The accomplishment and application of the LTE-M monitoring system will aid in building and maintaining the LTE-M system.
Keywords:urban rail transit  LTE-M  interface monitoring  CBTC  signal interface  signaling interface
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