1) communication vehicle network
汽车通信网络
1.
Solving the problems mentioned above, a new modern and low cost communication vehicle network is designed based on CAN-bus and LIN-bus in this essay.
为解决上述问题文中提出了一种基于CAN总线和LIN总线技术的现代汽车通信网络的低成本设计方案。
2) automobile network communication
汽车网络通信
1.
Through explaining the characteristic of CAN bus and the hierarchical structure based on OSI consulting models, this paper compares the senior protocol of CAN, introduces SAE J1939 communication standard based on CAN bus, and analyses that the components and the practical application situation of CAN bus in automobile network communication system.
通过阐述CAN总线的特点及以OSI参考模型为基础的分层结构,对CAN的高层协议进行了对比,并介绍了基于CAN总线的SAEJ1939通信标准,分析了CAN总线有关器件及其在汽车网络通信系统中的实际应用情况。
3) car information Web
汽车信息网络
4) train communication network
列车通信网络
1.
ARCNET train communication network modeling and simulation based on OPNET;
基于OPNET的ARCNET列车通信网络的建模与仿真
2.
Access control protocol of train communication network and its selecting principle;
列车通信网络及其访问控制协议和选用原则
3.
Research state and prospects of train communication network;
列车通信网络研究现状及展望
5) TCN
列车通信网络
1.
MVB which is based upon contributed control is part of IEC61375-1 (1999) TCN, together with WTB has strong time-critical characteristic and high reliability.
基于分布式控制的MVB(多功能车辆总线)是IEC61375-1(1999)TCN(列车通信网络国际标准)的推荐方案,它与WTB(绞线式列车总线)构成的列车通讯总线具有实时性强、可靠性高的特点。
2.
With the development of the high-speed and automation of the new generation train, the train uses Train Communication Network (TCN) increasingly.
随着列车高速化、自动化的发展,越来越多的列车采用了列车通信网络(TCN),列车通信网络是集现代列车控制、状态检测、故障诊断及旅客服务等信息传输为一体的高性能综合控制系统,多功能车辆总线(MVB)是该系统的重要组成部分。
3.
With the development of the high-speed and automation of the new generation train, TCN (Train Communication Network) is the key technology in the control system of high-speed electrical train.
随着列车高速化、自动化的发展,集列车控制、故障诊断以及旅客服务信息处理于一体的列车通信网络(TCN—Train Communication Network)成为高速电力列车上控制系统的关键技术。
补充资料：北京邦丰网络通信技术有限公司
北京邦丰网络通信技术有限公司是专业从事网络多媒体和网络通信软件自主研发和服务的高新技术企业。公司推出的视频服务系统系列产品以领先的技术、卓越的性能、完善的管理功能迅速赢得广大用户的认同和信赖，用户遍及教育、政府、企事业、金融、电信、广电、军队等各行业，并以稳定、先进和创新的技术不断挑战和超越国际领先技术水平
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条