DSRC

The Research and Application of the Means of Describing DSRC Protocol

专用短程通信协议描述方法的研究及应用

Expressway path accurate recognition system based on DSRC technology

基于专用短程通信技术的高速公路精确路径识别系统

Effect of microwave local oscillator phase noise on DSRC systems

DSRC系统中微波信号源相位噪声分析

Then a brief description of technology with information exchange based on DSRC is made .

并对基于DSRC的信息交互技术进行简要描述。

Development of Communication Protocol for DSRC System

DSRC系统通信协议的开发

Different configuration of lane equipment would affect the performance of ETC system using DSRC .

在采用DSRC通信协议的ETC收费方式中，车道设备的不同配置会影响ETC的整体通信性能和通信可靠性。

Some Points of View to the DSRC Standard in Transportation ;

本文论述了我们对交通DSRC标准选取频段的一些看法。

As one of the key technology of ITS , DSRC has got extensive applications .

作为智能交通系统（ITS）核心技术之一，专用短距离通信（DSRC）技术得到了广泛的引用。

Analysis of Multi-Function ETC System Based on DSRC

基于DSRC的多功能不停车收费系统

Based On 433 MHz DSRC Technology In The Application of Automatic Reporting Stations

基于433MHz的DSRC技术在公交车自动报站的应用

Advanced Public Transportation System Based on DSRC and CDPD

基于DSRC和CDPD的先进公交系统

Research and Design of OBU DSRC Protocol Conformance Testing System

OBU设备DSRC协议一致性测试系统的研究及设计

Design of DSRC Protocol Specification for ETC Application

公路电子收费系统中DSRC协议规范的应用设计

Lane configuration based on DSRC performance simulation

基于DSRC性能仿真方法的车道设施配置设计

ETC communication protocol supports a dedicated short range communication protocol ( DSRC ) .

支撑着ETC的通信协议的协议是专用短程通信（DSRC）协议。

The Maximum Signal Method for Improving Location Precision of DSRC Road Beacons and its Engineering Realization

提高DSRC道路信标定位精度的最大信号法及其工程实现

Research and Implement on MAC of DSRC Research of Dedicated Short-Range Communication Protocol in ITS

专用短距离通信Mac研究与开发ITS专用短程通信机制研究

Finally it introduces the recent development of the DSRC system implemented by infrared technology instead of the traditional microwave technology .

最后介绍了以红外技术代替传统微波实现DSRC系统的最新发展。

The purpose of this thesis is to explore the designing idea , content , and realization mechanism of DSRC .

本文主要研究和探讨了DSRC应用层协议的设计思想，内容结构及其实现机制。

DSRC Protocol Conformance Test Technology of OBU Equipment

OBU设备DSRC协议一致性测试技术

Dedicated Short Range Communication technology is a key technology of Intelligent Transportation System with wide application , but these is no international standard for DSRC protocol currently .

专用短距离通信（DSRC）技术是智能交通系统（ITS）中的一个核心技术，应用非常广泛，但目前国际上还没有形成统一的标准。

On basis of exploring , data collection and real-time response are designed to be used to solve the key problem in data link layer of DSRC protocol .

在此基础上，对DSRC数据链路层中的数据收发和实时响应两个核心问题的解决进行了探索和尝试。

According to comparison of multiple wireless technologies , we found the key technology of IOV data communication is DSRC ( Dedicated Short Range Communication ) .

根据多种无线技术的对比，车联网数据传输的关键技术是DSRC（DedicatedShortRangeCommunication）。

DSRC is a vehicle-road communication standard applied to ITS domain issued by ISO / TC204 .

DSRC标准是ISO/TC204制定的智能交通系统（ITS）中车&路信息通讯的协议。

Now the Wireless Access in Vehicular Environments ( WAVE ) technology made by IEEE is the most advanced and perfect in DSRC standards .

其中，由IEEE协会制定车载环境下无线接入（WAVE）技术是最为先进和完善的。

Dedicated Short-Range Communications ( DSRC ) is an emerging technology with intriguing performance and benefits that provides a critical communication link for future Intelligent Transportation Systems .

基于无线接入接口，本文研究正在发展中的专用短程通信技术，其优良的性能和优点，可以为将来的智能交通系统提供紧急连接。

Dedicated short-range communication technology is a short-range wireless communication technology specially applied to ITS area . The development of DSRC protocol is the core of DSRC technology .

专用短程通信（DSRC）技术是专用于智能交通系统（ITS）领域的短距离无线通信技术，DSRC协议的设计是DSRC技术中的核心内容。

DSRC has not become the international standards yet . Now the IEEE standards WAVE / DSRC is the most advanced and perfect in DSRC standards .

针对目前DSRC尚未形成国际标准，在已有的标准中，以IEEE标准WAVE/DSRC最为先进和完善。

The paper introduces the ITS system and analyzes the standardization of the DSRC ( Dedicated Short Range Communication ) . Then it describes ETC 's development and status at home and abroad .

本文首先对ITS系统进行了简单的介绍，然后分析了ETC中DSRC技术标准化动态以及ETC在国外和国内的发展方向和现状。

Local prediction accuracy of the bus-station was greatly enhanced by use of Dual-loop vehicle identification technology . The problem of loss GPS signal was resolved by using of DSRC .

本文采用双圈识别技术大大提升了车载机预报站点的准确度，利用DSRC功能解决GPS信号丢失时的报站盲区问题。