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融合多种测量技术的高精道路地图生产方法研究

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选取城市道路与高速公路连接段作为试验对象,采用三维激光扫描车配备全景相机获取道路信息,实现以车载点云数据为底图,结合全景像片半自动化提取点、线、面等道路专题要素的矢量数据,利用倾斜摄影测量技术对收费站、服务区等局部区域建立三维模型并获取矢量数据.将多种测量技术手段获取的车道矢量数据拼接融合,实现高精道路地图的构建.试验结果表明,多种测量技术手段充分发挥各自测量优势,可高效构建高精道路地图,满足高精车道地图静态数据L3级别的测量精度要求.
Research on the Production Method of High-definition Road Maps Combining Various Measurement Technologies
This paper selects the connection section between urban roads and expressways as the experimental object,uses a 3D laser scanning vehicle equipped with a panoramic camera to obtain road information,realizes taking the vehicle point cloud data as the base map,combines the vector data of road thematic elements such as points,lines,and surfaces extracted semi-automatically from pano-ramic photos,and uses the oblique photogrammetric technology to establish a 3D model of local areas including toll stations,service areas,and obtain vector data. The road lane vector data obtained by various measurement techniques are registered and fused to a-chieve the construction of high-definition road map. The test results show that various measurement techniques can give full play to their respective measurement advantages,and can efficiently build high-definition road maps,meeting the measurement accuracy re-quirements of L3 level of high-definition raod lane map static data.

vehicle-borne LiDARpanoramic imagesoblique photogrammetryhigh-definition road maps

王若禹

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中煤航测遥感集团,陕西西安 710000

车载LiDAR 全景像片 倾斜摄影测量 高精道路地图

2024

测绘与空间地理信息
黑龙江省测绘学会

测绘与空间地理信息

影响因子:0.788
ISSN:1672-5867
年,卷(期):2024.47(10)