智能运输系统

电子收费系统（ETC）作为智能运输系统（ITS）的一个组成部分，在中国有着广阔的应用前景。

ETC is one part of ITS which has a wide perspective application .

使用Matlab软件对控制模型中的交通信息的处理进行了仿真，表明该智能运输系统模型能够投入交通控制的实际应用。

Matlab software is employed to simulate traffic information processing in the modeled system . It is shown that the modeled ITS can be put into practical application .

近年来自动公路系统（AutomatedHighwaySystem，AHS），作为智能运输系统的子系统之一越来越受到重视。

Automated Highway System ( AHS ) is recently regarded as one subsystem of Intelligent Transport System ( ITS ) .

电子不停车收费系统（ETC）是智能运输系统（ITS）的重要服务领域之一。

Electronic toll collection system ( ETC ) is one of the most important projects in the intelligent transportation system ( ITS ) .

自动公路系统（AutomatedHighwaySystem，AHS）是智能运输系统（IntelligentTransportationsystem，ITS）领域中技术难度最大的子系统，近年来已成为研究的热点。

Automated Highway System ( AHS ) is the high level system of Intelligent Transportation System ( ITS ) . The research of AHS is becoming more and more hot field .

智能运输系统的信息物理-事理（WS）研究

Study on Information Wuli-Shili of Intelligent Transportation System

自动公路系统（AutomatedHighwaySystem，简称AHS）是智能运输系统（IntelligentTransportSyStem，简称ITS）最主要的子系统之一，该系统旨在实现车辆自动导航和控制、交通管理以及事故处理等的自动化。

Automated Highway System ( AHS ) is a uppermost subsystem of Intelligent Transport System ( ITS ) . The system includes vehicle automatic navigation and control , traffic management automation and traffic accident treatment automation .

ATIS不仅是智能运输系统的一个重要组成部分，同时也是社会信息化的一个部分。

ATIS is not only a part of ITS , but also an important part of information society .

随着现代交通的高速发展，智能运输系统已成为当前交通管理的主要发展方向，车牌识别系统（licenseplaterecognition，简称LPR）作为智能交通系统的核心，起着举足轻重的作用。

With the development of modern traffic , Intelligent Transportation System has been the main developing direction in the management of the traffic . As the core of the ITS , License Plate Recognition plays an important role now .

铁路智能运输系统（RITS）规模大、结构复杂、要素繁多，系统设计难度大。

The characteristic of RITS is a large scale , complicated structure , various factors and difficult system design .

介绍铁路智能运输系统（RITS）的重要性、主要任务和关键技术。

The Article introduces the importance , main task and key technology of " Railway Intelligent Transportation System ( RITS )" .

简介了地理信息系统，对地理信息系统基础软件进行了分析，确定了地理信息系统基础软件选择原则和适合智能运输系统GIS的路网参数选择范围，提出了智能运输系统的GIS基本框架。

This paper introduces the geographic information system ( GIS ), analyses the principle of the GIS software and sets up suitable network parameter criteria of GIS for intelligent transportation systems ( ITS ) . The GIS architecture of ITS is also proposed in this paper .

针对城市交通“智能运输系统”，本文提出了基于最小二乘支持向量机（LS-SVM）方法的交通流量时间序列预测，并给出了基于最小二乘支持向量机方法的算法。

On the study of intelligent transportation systems , it puts forward the traffic flow time series prediction based on least squares support vector machines ( LS-SVM ), and gives its computational algorithm .

铁路智能运输系统（RailwayIntelligentTransportationSystem，RITS）在本质上是建立在信息流基础上的人流和物流的统一体，共用信息平台是RITS中各个子系统互相通信的信息中枢。

In essence , railway intelligent transportation system ( RITS ) is an unity which is founded on the basis of person distribution and physical distribution . The information-shared platform of RITS is the center , through which the sub-systems communicate with each other in the RITS .

先进的公共交通系统（APTS）是智能运输系统（ITS）的重要组成部分，本文的研究内容是APTS在中国的应用与发展。

Advanced Public Transportation System ( APTS ) is an important component of Intelligent Transportation Systems ( ITS ), the research project mentioned in this paper is the application and development of APTS in China .

高级车辆控制系统（avcs）是智能运输系统（its）的重要组成部分，是图像处理的重要研究方向。

Advanced vehicle control system AVCS is one of the most important parts of intelligence transportation system its , and image processing is the hot research direction in this field .

中国铁路智能运输系统模拟试验基地的总体规划

General Plan of China Railway Intelligent Transportation Simulation & Test Base

基于信息技术的智能运输系统的应用发展

Application and Development of Intelligent Transport Systems Based on Information Technology

综合交通枢纽智能运输系统的发展初探

Discussion on Development of Intelligent Transportation System for Comprehensive Transportation Hub

智能运输系统ITS，正是在这种情况下提出来的。

Thus the intelligent transportation system ( ITS ) is proposed .

铁路智能运输系统通用信息平台的设计与实现

Design and Development of Common Information Platform for Railway Intelligent Transportation System

铁路智能运输系统&现状、挑战与发展

Railway Intelligent Transportation System-State of Art , Challenges and Development

中国智能运输系统需求模型框架

Research on Requirement Models for Intelligent Transportation Systems in China

铁路智能运输系统体系框架结构化方法应用研究

Structured method application study on Railway Intelligent Transportation System Frame

中国智能运输系统体系结构发展研究

Research of Developing the System Architecture for Intelligent Transportation System in China

论城市竞争力天津市区发展智能运输系统（ITS）的必要性

Necessity of Developing Intelligent Transportation System in Tianjin Urban District

铁路智能运输系统规划的系统工程方法

Systematic engineering methods for planning of railway intelligent transportation systems

浅析智能运输系统及其发展方向

Discussing the intelligent transport system and its development trend

铁路智能运输系统结构设计方法研究

Structure Design Methodology for the Railway Intelligent Transportation Systems

国标《智能运输系统电子收费系统框架模型》的研究与制定

Study and Establishment of GB " Intelligent Transport Systems-Electronic Toll Collection-System Architecture "