该算法提高了云计算中车辆位置数据的准确性

S. Popov, V. Glazunov, M. Kurochkin, M. Chuvatov
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引用次数: 1

摘要

现代城市交通基础设施日益提高的安全和环境要求依赖于智能交通系统领域的进步,并假设广泛使用V2V和V2I通信来实现面向用户的云服务,如持久的互联网接入、交通事故信息和路由功能。由于车辆位置数据传输到云端的时间延迟较大,导致车辆动态网络存在问题,即车辆在云端的位置数据存在累积误差。本文描述了考虑智能驾驶模型(IDM)模型运动参数的定位误差补偿方法,并给出了在云中确定和补偿车辆定位误差的实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The algorithm to improve the accuracy of location data of the vehicle in the cloud
Increasing safety and environmental requirements of modern cities transport infrastructure rely on progress in the area of intelligent transportation systems and presume the widespread use of V2V and V2I communication to implement the user-oriented cloud services like persistent Internet access, traffic accidents information and routing capabilities. Because of the noticeable time delay in vehicles location data delivery to the cloud there is a problem in dynamic networks of the vehicles, which mean that vehicle's location data in the cloud are subject to accumulated error. The presented work describes the method to compensate the location error considering Intelligent Driver Model (IDM) model motion parameters, it also includes the results of experiments to determine and compensate the vehicle's location error in the cloud.
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