基于5G无线通信技术的城市轨道交通信息传输系统设计

Design of Urban Rail Transit Information Transmission System Based on 5G Wireless Communication Technology

摘要:

目前提出的城市轨道交通信息传输系统运行稳定性较差，导致丢包率过高。基于5G无线通信技术设计一种新的城市轨道交通信息传输系统，利用列车自动监控系统、区域控制系统、车载控制系统、联锁控制系统、数据库存储系统和数据通信子系统等构建系统框架。设计硬件的监控子系统、控制器、5G无线数据通信子系统，保障城市轨道交通的信息传输及即时通信。选用Socket将应用程序分为客户端和服务器，在服务器收到客户端连接请求后，向客户端返回响应消息，实现软件通信功能，同时设计了通信信号损耗分析程序。为验证系统效果设定对比实验，结果表明，基于5G无线通信技术的城市轨道交通信息传输系统能够有效保证传输过程稳定性，降低通信过程丢包率，具有较好的传输安全性。

Abstract:

At present, the proposed urban rail transit information transmission system has poor stability, resulting in high packet loss rate. A new urban rail transit information transmission system is designed based on 5g wireless communication technology. The system framework is constructed by using automatic train monitoring system, regional control system, on-board control system, interlocking control system, database storage system and data communication subsystem. The hardware monitoring subsystem, controller and 5g wireless data communication subsystem are designed to ensure the information transmission and instant communication of urban rail transit. The application program is divided into client and server by socket. After receiving the connection request from client, the server returns the response message to the client to realize the software communication function. At the same time, the communication signal loss analysis program is designed. In order to verify the effect of the system, comparative experiments are set up. The results show that the urban rail transit information transmission system based on 5g wireless communication technology can effectively ensure the stability of the transmission process, reduce the packet loss rate in the communication process, and has good transmission security.