Map matching is the key problem of probe vehicle technology.
地图匹配问题是浮动车技术中必须解决的关键问题。
And then a collection system based on probe vehicle was discussed emphatically witch is oriented to real-time navigation.
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 experiments based on probe vehicle data provided by the taxi management system of Guangzhou, combined with vehicle license recognition and practical timing.
并利用广州市出租车综合管理系统提供的浮动车数据，结合车牌计时和跟车测试等实验对该方法的有效性进行了验证。
And experiments based on probe vehicle data provided by the taxi management system of Guangzhou, with reference to vehicle license recognition and practical timing.
并利用广州市出租车综合管理系统提供的浮动车数据，结合车牌计时和跟车测试等实验对该方法的有效性进行了验证。
A model for urban road network traffic congestion forecast based on probe vehicle technology, fuzzy logic judgement and back-propagation (BP) neural network was proposed.
提出了一种新的基于移动检测技术、神经网络和模糊判断方法的城市路网动态交通拥挤预测模型。
Based on the error analysis of the algorithms based on average speed and average travel time, this paper promoted the urban traffic situation evaluation methods based on probe vehicle data.
本文在分别对基于平均速度和基于平均通过时间的算法误差分析的基础上，提出了基于浮动车技术的城市路况计算方法。
Traffic state classification accuracy was improved by a traffic state classification model based on the fusion of travel time studies using a probe vehicle and crossing data from fixed detectors.
为了提高道路交通状态判别精度，提出基于浮动车检测与感应线圈融合技术的道路交通状态判别模型。
This paper proposes the urban traffic situation evaluation methods based on probe vehicle data, on the basis of the error analysis of the algorithms, given the average speed and average travel time.
本文在分别对基于平均速度和基于平均通过时间的算法误差分析的基础上，提出了基于浮动车技术的城市路况计算方法。
This paper briefly introduces a new-ly-developed and advanced vehicle guidance system in Japan, namely the Nagoya Probe-vehicle-based Dynamic Route guidance system (P-DRGS).
简要介绍了日本最近开发的一个先进的车辆导航系统——名古屋基于浮动车信息的动态路径引导系统(P - DRGS)。
This paper briefly introduces a new-ly-developed and advanced vehicle guidance system in Japan, namely the Nagoya Probe-vehicle-based Dynamic Route guidance system (P-DRGS).
简要介绍了日本最近开发的一个先进的车辆导航系统——名古屋基于浮动车信息的动态路径引导系统(P - DRGS)。
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