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首页> 外文期刊>Procedia - Social and Behavioral Sciences >Procedure to Determine the Geometry of Road Alignment Using GPS Data
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Procedure to Determine the Geometry of Road Alignment Using GPS Data

机译:使用GPS数据确定道路路线几何的步骤

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摘要

Traffic safety and road geometry are strictly interlinked because road geometry deeply influences the drivers’ performance. So it is very important to know road alignments geometry. Road centreline data for the geometry definition can be generally collected from existing maps or by static measurements (traditional surveys) or by dynamic measurements (GPS receiver mounted on a car). The procedure to define the road geometry, independently from the survey technique and the data type, must be implemented considering the precision level necessary to road applications. This study tries to define intrinsic limits of this integrated data measurement and processing procedure, with the aim to define the reliability of road alignment geometry according to the final employing of road geometry recognition.
机译:交通安全和道路几何形状严格相连,因为道路几何形状会严重影响驾驶员的表现。因此,了解道路路线的几何形状非常重要。通常,可以从现有地图或通过静态测量(传统测量)或通过动态测量(安装在汽车上的GPS接收器)收集用于定义几何形状的道路中心线数据。独立于测量技术和数据类型的定义道路几何形状的过程,必须考虑到道路应用所必需的精度水平。这项研究试图定义这种集成数据测量和处理程序的固有限制,目的是根据道路几何形状识别的最终应用来定义道路路线几何形状的可靠性。

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