介绍了大型露天矿智能运输系统的原理、组成与主要功能。
This paper introduces the Intelligent Transportation system of large open-pit mine, explains the structure and work principles, puts forward this system main function.
基于传感器网络构建城市智能运输系统，实现对城区交通的智能控制。
An urban ITS (intelligent transportation system) is built based on sensor networks to realize traffic intelligent control.
在智能运输系统的出行信息服务系统中，车辆导航系统有着广泛的应用前景。
Vehicle Navigation System has its extensive application prospect in the ATIS (Advanced Travel Information System) which is a component part of its (Intelligent Transportation System).
智能运输系统的前提条件之一是实现道路行驶车辆自动检测与交通信息实时采集。
Intelligent transportation system is based on realizing moving vehicle detection and collection with traffic message in real time.
智能运输系统中车牌识别技术得到了广泛应用，车牌分割是车牌识别的重要部分。
License plate recognition is widely used in ITS. License plate segmentation is the important part of License plate recognition.
交通量预测分析已成为交通工程领域重点研究课题，智能运输系统的核心研究内容之一。
Traffic flow forecasting has become an emphasis question for discussion in traffic engineering domain and one kernel study in Intelligent Transportation System.
最后提出了基于智能运输系统的先进的多方式联合运输系统概念并希望得到业界的关注。
In the end, the concept of Advanced Intermodal System is offered based on Intelligent Transportation System.
短时交通量预测是智能运输系统的核心研究内容之一，已成为交通工程领域重点研究课题。
Traffic flow forecasting is one kernel study in Intelligent Transportation System and a research focus in traffic engineering field.
智能运输系统中驾驶员的驾驶信息环境正发生着变化，突出表现为一种智能信息集成环境。
The driving information environment in the intelligent transportation system (ITS) is changing, which outstandingly embodied as integrated environment of intelligent information.
运用定性和定量相结合的方法研究智能运输系统(its)中综合运输及运输管理关键标准。
Qualitative and quantitative analysis method was put forward to study key standards in integrated transportation and transport management in ITS.
车牌自动识别系统作为智能运输系统(its)的重要组成部分，是一个值得深入研究的课题。
The automatic license-plate recognition (LPR) system is one of the most important parts of ITS (Intelligent Transport system), and it is also an attractive subject.
车牌自动识别系统作为智能运输系统(its)的重要组成部分，是一个值得深入研究的课题。
The automatic license-plate recognition system is one of the most important parts of ITS (Intelligent Transport system), and it also is an attractive subject.
本文系统地论述了面向公路网络规划和智能运输系统的交通分配理论与方法，整体上分为三部分。
This dissertation, which comprises three parts, focuses its emphasis on the traffic assignment theories and approaches for road network programming and intelligent transportation system.
针对动态环境中的全自动智能运输系统的控制问题，提出一种适用于该系统的分布式递阶控制方法。
For the control problem of the Cybernetic Transport Systems which operating in a dynamic environment, a distributed hierarchical control method was proposed.
首先论述了智能运输系统(its)效益综合评价的目的和意义，然后构建了相应的评价指标体系。
This paper presents the objective and significance of the comprehensive benefits evaluation on its projects.
铁路智能运输系统（RITS）结构设计的实质就是确定RITS由逻辑框架到物理框架的映射关系。
The essential of Railway Intelligent Transportation System(RITS) is to fix on the mapping relationship between logical architecture and physical architecture.
研究智能运输系统中的雷达车辆检测器，利用雷达原理完成对速度、流量等交通流的实时检测和统计。
The vehicle detector in intelligent traffic system is studied and developed by using radar principle to finish the real time collection of traffic flow parameters such as vehicle velocity, flow rate.
该检测器已广泛用于北京市智能运输系统中，实践表明对运动车辆的速度和流量的检测准确率高达95%。
The vehicle detectors have been applied in the Beijing intelligent traffic system, the detecting precision of velocity and flow rate is up to 95%.
区域智能运输系统是智能运输系统的重要分支，为解决城市及其周边特定区域的交通问题提供了新的解决方案。
IV the local intelligent transportation system is an important branch of the intelligent transportation systems (ITS), which providing a new solution to the urban transportation.
驾驶员疲劳驾驶是造成交通死亡事故的重要原因之一，驾驶疲劳检测已成为智能运输系统(its)研究的热点之一。
Driver fatigue is one of the chief causes of traffic accident, and driver fatigue detection is attractive in Intelligent Transportation Systems (ITS).
交通流参数检测作为智能运输系统的一个重要研究方向，对高速公路监控、管理以及政策研究、道路设计具有重要的意义。
As an important research direction of ITS, traffic flow parameters detection has great significance on the highway monitoring, management, policy studies and road design.
完善的高速公路车辆故障紧急支援系统是智能运输系统的重要组成部分，它对于提高高速公路营运效率和服务质量有着重要的意义。
A perfect first-aid system for breakdown vehicle is an important part of Intelligent Transportation system. It plays a significant role in raising the efficiency of expressway operation and service.
智能运输系统(its)是目前提高交通运输效率和安全性的主要手段，在现代物流体系中运用ITS技术，会提高整个物流系统的效率、效益和安全。
ITS is the main means to improve transportation efficiency and safety. The application of ITS in E-logistics system will increase the efficiency, benefit and safety of the whole logistics system.
新型电动引擎与人工智能和自主系统相结合，将有助于建立一个更高效、污染更少、噪音更少的综合运输系统。
New electric engines coupled with artificial intelligence and autonomous systems will contribute to a more efficient, integrated transport system that is less polluting and less noisy.
结合物流业务特点，构筑了智能物流运输系统框架。
A framework of intelligent logistics transportation system is built according to operational requirement of logistics.
国内外研究表明，智能交通运输系统(its)能否高效运行的关键取决于能否获得实时、准确的动态交通信息。
Based on the researches home and abroad, the real-time and accuracy of dynamic traffic information is the key of Intelligent Transportation Systems (ITS).
研究所目前重点开展智能化物流运输系统、汽车安全辅助驾驶装置的研发。
At present, the institute concentrates on the development of intelligent auto logistics system and the vehicle safety assistant driving system.
研究所目前重点开展智能化物流运输系统、汽车安全辅助驾驶装置的研发。
At present, the institute concentrates on the development of intelligent auto logistics system and the vehicle safety assistant driving system.
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