摘要:随着分布式现场总线技术、微机技术和列车局域网技术的快速发展,世界上很多国家已经成功地研制出具有本国特色的列车通信网络。MVB通信网络具有高可靠性、高实时性，高安全性等优点，同时符合列车通信网络的发展要求,使得MVB渐渐成为下一代车辆的通讯总线标准。本文主要介绍了国内外主流列车通信网络技术的特点,重点分析了MVB通信网络的现状以及课题研究的内容和意义。通过对MVB通信网络的结构原理、网络通信过程及网络拓扑结构的介绍，具体阐述了MVB通信网络的接口设备类型、媒质分配及网络主权转移等多方面的内容。在此基础之上，运用MATLAB软件和Simulink工具包对列车通信网络进行仿真设计，根据仿真运行结果重点分析了影响网络传输数据和传输时延的因素，并对网络的性能进行了分析和探讨。36595
毕业论文关键词: 列车通信网络; MVB; TCN; MATLAB仿真
The Design of Rail MVB Communication Network
Abstract: With the rapid development of distributed field bus technology, computer technology and train local area network technology, many countries in the world have successfully developed the train communication network , which has its own characteristics. MVB communication network has high reliability, real-time, high security, etc., while in line with the development requirements of TCN, which makes MVB becoming the next generation of vehicle communications bus standard. This paper describes the major domestic and international train communication network technology features, analyzes the content and meaning of the status quo and MVB communication network of research. By introducing structural principle of MVB communication network, the network communication process and network topologies, specifically addressed the aspects of the content interface device type MVB communication networks, media distribution and network sovereignty transfer. On this basis, the use of MATLAB and Simulink software toolkit to train communication network simulation design, based on the results of the simulation analyzes the factors that affect the transmission of data and network transmission delay, and network performance were analyzed and discussed.
Keywords: TCN; MVB; TCN; MATLAB Simulation
目 录
1绪言    1
1.1 课题背景及意义    1
1.2 国内外发展现状    1
1.2.1 国外的发展现状    2
1.2.2国内的发展现状    2
1.3 国内外主流列车通信网络技术    3
1.3.1 CAN总线    3
1.3.2 WorldFIP总线    3
1.3.3 LonWorks总线    4
1.3.4 MVB和WTB总线    4
1.4 列车通信的发展趋势    5
1.5 论文的结构    6
1.6 本章小结    6
2 基于MVB的列车通信网络的基本概念    7
2.1 TCN 列车通信网络的结构体系    7
2.2 多功能车辆总线（MVB）    7
2.2.1 MVB的通信过程    8
2.2.2 MVB总线的拓扑结构    8
2.2.3 MVB总线的设备分类    9
2.2.4 MVB帧和报文    10
2.2.5 MVB端口    12
2.2.6 MVB的媒质分配    12
2.2.7 MVB主权转移    13
2.3 本章小结    13
3 MATLAB软件与仿真建模方法    14
3.1 MATLAB软件介绍    14
3.1.1 MATLAB简介    14
3.1.2 MATLAB的特点    14
3.2 MATLAB软件的建模方法    15
3.3 本章小结    18
4 仿真模型的设计与仿真结果的分析    19
4.1 设计实现的功能    19 轨道交通MVB通信网络的设计:http://www.youerw.com/tongxin/lunwen_35109.html