交通信息采集技术在智能交通系统中的作用不言而喻。
The traffic information collection technology plays an important part in the intelligent transportation system.
重点研究了GPS浮动车定位技术、交通信息采集与处理技术。
The paper focused on the GPS floating car location technology, collecting and processing technology for traffic information.
本文主要给出了一种实时的交通信息采集处理系统的设计与实现方案。
This paper brought forward a plan to design and realize a Real-Time transportation information acquisition and processing system.
我们的设计将交通信息采集系统分为三个模块：处理模块、压缩模块和网络模块。
The transport information collection system is divided into three parts: processing module, compress module and network module.
作为智能交通系统的首要元素，交通信息采集设施在智能交通诸多系统中起着极为关键的作用。
As the first primary element in ITS, the traffic data collection devices are playing an increasingly important role in many types of ITSs.
然后介绍了一个的面向实时导航的基于浮动车的动态交通信息采集系统，讨论了他的工作过程。
And then a collection system based on probe vehicle was discussed emphatically witch is oriented to real-time navigation.
从系统核心、存储器、视频接口、以太网接口、音频接口等方面介绍了DM642交通信息采集系统。
This paper introduces the DM642 traffic information collection system from aspects of system core, memorizer, video interface, Ethernet interface, and audio interface, etc.
交通移动采集技术是一种先进的交通信息采集技术，目前在国外很多城市都进行了广泛的实验和应用。
As an advanced traffic information collection technology, the traffic moving - collection technology has been performed many experiments and applied in many cities in the world.
智能交通系统(its)，是交通运输进入信息时代的重要标志，准确的交通信息采集与预测是ITS的关键所在。
Intelligent Transportation System (ITS) is an important sign to enter the information age. Accurate traffic information collection and forecasting is the key to 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, acting as an input to the ITS, takes on an very important task for providing the whole ITS with accurate information sources.
然后，分析介绍了动态交通信息采集技术的工作原理，对比分析了典型的检测器的性能、可提供的交通参数、适应条件和综合成本费用等内容。
So the establishing of a set of effective dynamic traffic flow information collection technology becomes the key of ATMS, even the Intelligent Transportation Systems, ITS.
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.
系统具有采集区域交通网络交通信息、根据采集到的交通信息构建交通模型、依据交通模型优化交通网络的功能。
This system have follow functions: gathering traffic information, building traffic model use traffic information, selecting arithmetic to optimize the traffic network.
全面、准确的采集交通信息是实现交通智能化的基本保障，交通流量预测的准确性也取决于数据样本的准确性。
Collecting the exact and complete traffic information is the basic ensure of finishing intelligent traffic. Besides, the veracity of data samples decides the veracity of predicting traffic flow.
交通信息控制中心把采集的数据进行分析、筛选、过滤后，通过地图匹配技术把采集的交通信息显示在电子地图上。
In the traffic information control centre, after the collected data was analyzed, chose and filtered, the collected information appeared in the electronic map by map matching technology.
该系统应用于城市交通信号控制机上采集交通量信息，精度高，安装维护方便，优于传统的电感线圈采集方式。
The system is applied to the city traffic signal control machine, and it shows the system is better than the means using inductance coil for acquisition precision, fixing, etc.
通过对智能交通系统采集的初始交通信息进行预处理可以为智能交通系统中数据分析的正确性和可靠性提供保证。
The pretreatments of initial traffic information collected by ITS can make certain the correctness and dependability of traffic data analysis.
交通信息集成能够综合分析和利用各种交通信息系统所产生和采集的数据，从而实现对城市交通的综合管理和统一调度。
Traffic information integration can comprehensively analyze and use all kinds of data generated by the system and thus fulfill the management and control of the city traffic.
交通信息集成能够综合分析和利用各种交通信息系统所产生和采集的数据，从而实现对城市交通的综合管理和统一调度。
Traffic information integration can comprehensively analyze and use all kinds of data generated by the system and thus fulfill the management and control of the city traffic.
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