目前，车载定位导航系统作为智能车辆系统的一个重要单元正成为研究的热点。
Nowadays, the navigation system for vehicles, a popular research problem, has become an important unit of ITS.
基于机器视觉的智能车辆导航是智能车辆系统的关键，包括道路检测和障碍物检测两部分。
Machine vision based intelligent vehicle navigation, including road detection and obstacle detection, is very important in the intelligent vehicle systems.
所以一旦车辆加入到“智能车队”这些系统使车辆串联行驶变得非常容易。
So once a car has joined a platoon these systems make it relatively easy to stay in line.
德国的车辆通行收费系统依靠在某些方面像智能手机一样灵巧的装置，使货车司机在使用了该国拥挤的高速公路后要被扣除掉相应的费用。
Germany's Toll Collect system, which ensures that lorry drivers pay for using the country's crowded motorways, relies on gadgets that are in some ways as clever as a smartphone.
在阐释以上技术的基础上，探讨了基于这种技术的智能车辆导航与无线互连系统的工作原理和硬件组成。
This paper illustrated the principles of these technologies, and then discussed the working principle and hardware structure of intelligent vehicle navigation and wireless interconnection system.
最优路径规划是智能车辆导航定位系统中一个非常关键的问题。
The optimum path search is a very important problem in the intelligent vehicle guidance and location system.
车辆可控减振器智能通讯系统的研究。
The Research on Intelligent Communication System Of The Controllable Absorber In Vehicle.
在智能车辆的视觉导航系统中，车道线的检测有极其重要的作用，车道线的检测对于自主驾驶安全是不可忽视的。
The road line detection is very important in vision navigation system of intelligent vehicle. The lane line detection should not be ignored in independence navigation.
智能交通系统中，车辆的行驶速度是重要的参数之一。
The vehicle speed is one of the most important parameters in intelligent transportation system.
提出了一种智能车辆的路径跟踪横向控制系统。
A lateral control system for the path tracking of intelligent vehicles is proposed.
车辆牌照识别系统目前得到了广泛的应用，对交通智能管理具有重要的意义。
Vehicle License Plate Recognition (VLPR) system has been widely used, which is important to the Intelligent Transportation Management system (ITMS).
在智能交通等领域，各种车辆牌照识别系统已逐步得到应用。
In the domains of intelligence traffic, various vehicle number plate systems have been used step by step.
针对智能车辆油门控制系统，提出了一种单神经元模型参考自适应控制算法。
Focusing on the throttle control system of intelligent vehicle, a model reference adaptive SN-PID controller is presented.
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.
针对铁路车辆轮轴内部的缺陷，研究了一种轮轴超声波智能探伤系统。
An ultrasonic intellectual testing system is developed for testing internal flaw of railway vehicle axles.
视觉辅助导航是智能车辆导航领域的研究热点之一，其中道路与行人检测技术是其视觉导航系统的重要组成部分。
Vision navigation is the key technique of intelligent vehicle, and the lane and pedestrian detection is the most important technique.
将人工智能技术引入车辆管理系统中，协助侦破罪犯乘车作案、潜逃、肇事车逃走等案件。
The introduction of artificial intelligence technology into this vehicle management system can give user great help to investigate some criminal offence related to vehicles and accidents.
车辆牌照识别技术是智能交通系统中采集交通数据的重要技术手段。
The license plate recognition (LPR) is an important technology of traffic data collecting in intelligent traffic system.
微波车辆检测雷达是智能交通系统中路面信息采集的一种方式，具有广阔的前景。
Microwave vehicle detection radar is a way of road information collection for the intelligent transport system. It has vast potential for future development.
进一步阐述了智能交通系统中的先进车辆控制技术。
The advanced automotive automatic control technologies in ITS are further expounded.
行人检测是智能车辆辅助导航系统中的一项关键技术，也是目前计算机应用领域的研究热点之一。
The technique of moving pedestrian detection is one of the key techniques for Intelligent Vehicle Navigation System and is coming to a hot spot of research in computer application field at present.
动态路径搜索是动态交通分配与动态车辆路径导行系统的关键技术，是建立智能交通系统的基础之一。
Searching paths in the dynamic transportation network, a key technology of dynamic traffic assignment (DTA) and dynamic vehicle route guidance system (DVGS), is the basis of building ITS.
它是集运动车辆视频检测、车牌识别等技术于一体的智能化车辆检测系统。
It is an intelligent system that include many techniques, such as video vehicle detection, license plate recognition.
车辆检测是智能交通系统的基础核心问题。
The issue of vehicle detection is the basic and key problem in Intelligent Traffic Systems technology.
视觉导航是智能车辆导航的一项关键技术，本文针对智能车辆视觉导航系统研究了基于图像检测的道路检测算法。
Vision navigation is the key technique of intelligent vehicle guidance, this paper researches the algorithm of lane detection for intelligent vehicles vision navigation system based image process.
将车辆与道路融合在一起，是设计智能车辆定位导航系统需要模拟实现的方向。
The vehicle and the road together, is to design intelligent vehicle location and navigation system needs to simulate the direction of implementation.
通过信息和先进的车辆设备对道路上的车速管理是一种灵活的方式，智能速度顺应系统IS A就是其中之一。
Road speed management based on information and advanced vehicle technology, such as Intelligent speed Adaptation (ISA), provides a flexible solution.
本论文作为其中智能辅助驾驶系统的一个子项目，对车辆防撞技术进行了理论和实验研究。
As the sub-item of Safety Drive Assist system, the theory and experiments of anti-collision technique are researched in this paper.
本论文作为其中智能辅助驾驶系统的一个子项目，对车辆防撞技术进行了理论和实验研究。
As the sub-item of Safety Drive Assist system, the theory and experiments of anti-collision technique are researched in this paper.
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