智能交通系统

为了缓解以上问题，智能交通系统（IntelligentTransportSyStem，ITS）应运而生。

To alleviate these problems , the ITS ( Intelligent Transport System ) came into being .

地理信息系统（GIS）在智能交通系统（ITS）服务的各个领域中的框架定位作用越来越重要。

GIS is more and more important in framework orientation in every field of ITS .

智能交通系统（IntelligentTransportSyStem）是21世纪世界道路交通的发展趋势。

Intelligent transport system is the trend of the development in national transport in 21st century .

基于组件式GIS的移动奥运智能交通系统

Research of Intelligent Transport System for Olympic Games Based on Component GIS

智能交通系统（IntelligentTransportationsystem）简称ITS，在现代交通领域具有美好的应用前景，是我们今后应该大力发展的方向。

Intelligent Transportation System has bright future in the field of modern transportation and we should make effort to develop it .

GPS和GIS在智能交通系统中的应用

Application of GPS and GIS in Intelligent Transportation Systems

商用车辆运营系统（CommercialVehicleOperations）作为智能交通系统（IntelligentTransportSyStem）体系框架的重要组成部分，越来越受到人们的关注。

As an important part of Intelligent Transport System , Commercial Vehicle Operations have attracted more and more attention .

智能交通系统中的GPS／DR／MM组合导航系统

GPS / DR / MM Integrated Navigation System of Intelligent Transportation Systems

ITS（IntelligenceTransportSystem）虚拟共用信息平台方案是一种建立在智能交通系统之上的信息集成与共享的系统工程。

Intelligence Transport System ( ITS ) virtual common information platform ( VCIP ) is a information integration and sharing system engineering based on ITS .

智能交通系统（IntelligentTransportationsystem）这一研究领域便应运而生，而道路交通标志识别系统是智能交通系统的重要组成部分。

Intelligent Transport Systems have come into being in this research field . The road traffic sign recognition system is an important component of the intelligent transportation system .

无线传感器网络（WSN）在智能交通系统中的应用

Application of Wireless Sensor Network ( WSN ) in Intellectual Communication System

地理信息系统（GIS）和全球定位系统（GPS）在智能交通系统（ITS）中有着巨大的应用潜力和广阔的应用前景。

There are many applying potentialities and bright prospect for GIS and GPS being used in the Intelligent Transportation Systems ( ITS ) .

能否准确地对城市道路交通流进行预测，便成为智能交通系统（IntelligentTransportationsystem，1TS）关键解决的问题之一。

One critical problem of the intelligent transportation system ( ITS ) is whether or not to predict traffic flow of urban roads accurately .

电子收费系统（ETC）是智能交通系统（ITS）体系结构中一个重要的组成部分，在国外有着广泛的应用，也是ITS体系中发展较为成熟的技术。

: ETC system is an important part in the ITS architecture , which is broadly used overseas , and it is a comparatively mature application .

基于图像检测与处理技术的交通车辆识别系统是智能交通系统（IntelligentTransportationsystem，ITS）中提高交通运输效率、减少交通车辆犯罪等问题的基本手段之一。

Traffic vehicle recognition system based on the image detecting technology and image processing technology is the basic means to improve traffic transportation efficiency and reduce traffic vehicle crimes in Intelligent Transportation System ( ITS ) .

道路交通信息采集作为输入信息来源应用于智能交通系统（ITS，intelligenttransportationsystems）中，担负着提供准确可靠信息源以使整个智能交通系统得以顺利准确运行的重任。

The collection of traffic information , acts as an input to the intelligent transportation systems ( ITS ), takes on an very important task for providing the whole ITS with accurate information sources .

而GPRS数据通信业务的主要应用领域之一的智能交通系统（ITS）也得到日新月异的发展。

ITS ( Intelligent Traffic System ), one of the most popular application of GPRS data service , is also widely used .

车牌识别技术（VehicleLicensePlateRecognition）综合了计算机视觉技术和模式识别技术，在智能交通系统（IntelligentTrafficSystem，简称ITS）中占有重要的地位。

Vehicle License Plate Recognition ( LPR ) is a combination of the computer vision technology and the pattern recognition technology , and it plays an important role in Intelligent Traffic System ( ITS ) .

各国专家学者和工程技术人员多年来的研究与实践表明，智能交通系统（IntelligentTrafficSystems，ITS）成为解决这些问题的技术手段，已经成为当今各国政府在交通领域积极推进的应用与建设项目之一。

Several years ' research and practice by experts and engineers proved that ITS ( Intelligent Traffic Systems ) can solve these problems well , and many countries have advanced on it for management of traffic information .

GIS特有的空间数据存储、管理、分析与可视化表达功能，为智能交通系统的开发和应用提供了强有力的技术支持。

The characteristic functions of the GIS contain spatial data storage , management , analysis and visualization , which provide strong technical support for the development and application of intelligent transportation system .

RoF技术在智能交通系统中的应用分析

Analysis of RoF applications in intelligent transportation systems

OCR（opticalcharacterrecognition，光学文本识别）技术作为基本的模式识别技术，在计算机输入系统、智能交通系统和安防系统等领域都获得了广泛的应用。

As a basic Patten Recognition technology , OCR ( Optical Character Recognition ) technology is widely used in areas such as Computer Input System , Intelligent Transportation System , Security System etc.

介绍了我国智能交通系统ITS（IntelligentTransportSystems）研究开发所涉及的内容，详细阐述了公共交通信息管理体系的主要内容及其动态管理。

The contents of study and development in intelligent transport systems ( ITS ) in our country is introduced , and then the main ideas of public traffic information management system and its dynamic management are expatiated upon .

将成熟的ITS（智能交通系统）技术应用到智能化农业中，自主研制开发了将精细农业和田间实时导航监控相结合的基于GPS和GIS的田间地理信息管理系统；

The paper apply the mature ITS ( Intelligent Transportation System ) technology to Precision Agriculture , independent develop and realize a Geographic Information Manage System integrated Precision Agriculture and field real time monitor ;

先进的旅客信息系统（ATIS）是智能交通系统中的一个重要的组成部分。

Advanced Traveler Information System ( ATIS ) is an important component of ITS .

车辆牌照识别（licenseplaterecognition，LPR）系统是智能交通系统（IntelligentTrafficSystem，ITS）中的重要组成部分，在公共安全、交通管理及军事部门有着极其重要的应用价值。

The License Plate Recognition ( LPR ) system is an important part of Intelligent Traffic System ( ITS ), which is very valuable in practical applications such as public safety . traffic management and military department .

OD矩阵推算和混合交通信号相位优化是智能交通系统领域中两个重要的优化问题。

O-D matrix estimation and signal phase optimization under mixed traffic condition are two of the important optimization problems in the field of ITS .

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。

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

在这样的背景下，ITS（IntelligentTransportSyStem，智能交通系统）应运而生，它是一种实时、准确、高效的综合运输和管理系统。智能交通系统的提出，能够有效地缓解交通压力。

In this paper , ITS ( Intelligent Transport System , Intelligent Transport Systems ) comes into being , it is a real-time , accurate , efficient and integrated transport management system . This paper proposes a kind of intelligent transportation system which can effectively alleviate the traffic pressure .

作为智能交通系统的组成部分，以及无线移动adhoc网的一种具体应用，车辆网络已经得到美国、欧洲和日本等发达国家的重视。

As a component of the intelligent transportation system ( ITS ) and one of the concrete applications of mobile ad hoc networks , vehicular network has attracted research attention from both USA , EU , and Japan .