1) inter-vehicle communication
车间通信
1.
Method of collecting traffic information based on inter-vehicle communication
一种基于车间通信的交通信息采集方法
2.
According to the characteristics of VANET,the ideas and break-through direction of inter-vehicle communication design of VANET were proposed.
使用分析和比较的方法,讨论各种无线通信技术用于车载自组网的优缺点,并针对车载自组网的应用及特性提出搭建车间通信系统的设计思想和突破方向。
2) Inter-vehicle communication
车辆间通信
1.
This paper applies ZigBee to an important area of intelligent highway system——inter-vehicle communication system.
本文将其应用于高速公路智能化系统中的一个重要领域——车辆间通信系统中,当车辆接近至一定范围时实现自动组网通信,有效地减少交通事故的发生,保障了道路和人身安全。
2.
Mathematical modeling of these factors is conducted to analyze their effects on inter-vehicle communication system.
分析了ZigBee技术用于高速公路车辆间通信系统时,针对高速公路的空旷环境、车辆的快速移动性等特点所产生的主要影响因素:传输距离、终端移动速度(车速)、多节点组网、对向车辆信号干扰等。
3) wireless inter-vehicle communication
车-车间无线通信
4) multihop IVC networks
多跳车间通信网
5) On-Board/Ground communication
车地通信
1.
Based on analysis and comparison of many ways suitable for on-board/ground communication,a bi-directional communication design for running passenger car was proposed which included GPRS and GSM-R.
制定车地通信协议,针对通信中的各种难点,提供相应的解决对策。
6) train-ground communication
车地通信
1.
This system can not only be used for the train-ground communication,but also be used for train locating and speed measuring.
论证了该系统既可以实现列车的车地通信功能又能实现列车的测速定位功能。
2.
This article introduces two main train-ground communication modes of the train control system in the domain of urban rail transit and focuses on analyzing the working principles and main technical indices of each communication mode.
介绍城轨交通领域列控系统车地通信的两种主要方式,重点分析各种通信方式的工作原理及主要技术性能指标。
3.
The high-speed magnetic levitation (maglev) train transmits the measuring and controlling information by Train-ground communication system as well as the base controlling center.
高速磁悬浮列车通过车地通信系统和地面控制中心传送测控信息,可靠而高效的通信系统是保证磁浮列车指挥调度通畅、运行安全的关键。
补充资料：波导通信(见毫米波通信)
波导通信(见毫米波通信)
wave guide communication
bodao tongxin波导通信(wave guide communieation)见毫米波通信。
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