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遥感影像道路断线修复方法研究OACSTPCD

Repair Method of Road Broke in Remote Sensing Image

中文摘要英文摘要

在遥感影像道路提取中,由于树木遮挡或建筑物阴影等原因产生的道路断线极大影响了道路的完整性和连通性,使得其结果无法为基于路网的分析和处理方法提供可靠的数据支持.针对深度语义分割网络的遥感影像道路提取结果,提出了联合道路断线端点的位置、指向、纹理和连通性等多特征进行断点间匹配,并结合三次曲线拟合对匹配道路断点进行优化连接的道路断线修复方法.实验表明,该方法在DeepGlobe Road数据集上F1-Score相比原始结果提升了1.27%、77.04%,较大提高了原始结果的精度和可靠性.且经过断线修复后的结果具有较好的完整性和连通性,体现了该方法的对于遥感影像道路断线修复的可靠性与实用性.

In remote sensing image road extraction,the road break caused by trees or building shadows greatly affects the integrity and connectiv-ity of road,which makes the results unable to provide reliable data support for the analysis and processing methods based on the road network.Based on the road extraction results from remote sensing images of deep semantic segmentation network,we proposed a road break repair meth-od,which combining the location,direction,texture and connectivity of the road break points,and combining the matching road break points with cubic curve fitting to optimize the connection.Experimental results show that the method improves the F1-Score of DeepGlobe Road datas-et by 1.27%compared with the original result.The accuracy and reliability of original results are greatly improved.Moreover,the results after break repair have good integrity and connectivity,which reflects the reliability and practicability of this method for remote sensing image road break repair.

陈奕州;韦春桃

重庆交通大学 重庆智慧城市学院,重庆 400014

测绘与仪器

遥感影像道路断线多特征联合断线修复

remote sensing imageroad brokemulti-feature combinationroad broke repair

《地理空间信息》 2024 (004)

34-38 / 5

桂林市科学技术研究开发项目(20190601).

10.3969/j.issn.1672-4623.2024.04.009

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