车辆定位与导航系统是ITS中的重要组成部分。
Vehicle positioning and navigating system is the important part of ITS.
八十年代末，随着GPS定位技术的广泛研究，它很快被应用到车辆定位与导航系统中。
At the end of 1980s, as the widely study of GPS technology, it was used in the system of vehicle location and navigation soon.
实验结果表明：该实验平台能够对车辆导航与定位，并为智能交通关键技术的进一步研究提供了基础。
The experimental result indicates the experimental platform can locate and navigate for vehicles, and it also provided the basis for further research on the core technology of ITS.
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.
该成果能够实现车辆行驶过程中的实时定位与匹配，为实现动态车辆导航奠定了基础。
This achievement can realize the real-time positioning and map-matching, and provide the foundation for dynamic vehicle navigation.
通过误差来源的分析和误差模型的建立，提出了一种车辆导航中gps定位测量与数字地图实时配准的地图匹配算法。
According to the given source and mathematic model of matching error, a algorithm for real time matching of GPS positioning results and digital maps is put forward.
通信与组网是整个its的重要组成部分，实现车辆的实时定位、导航和车辆调度、交通流量管理等。
Communication and networking techniques play an important role in ITS, implementing the real-time location of vehicle, navigation service, vehicle dispatch and traffic management, and so on.
通信与组网是整个its的重要组成部分，实现车辆的实时定位、导航和车辆调度、交通流量管理等。
Communication and networking techniques play an important role in ITS, implementing the real-time location of vehicle, navigation service, vehicle dispatch and traffic management, and so on.
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