工业建筑2024,Vol.54Issue(5) :68-74.DOI:10.13204/j.gyjzG22091503

基于点云数据与BIM模型配准方法的研究

Research on Registration Method Based on Point Cloud Data and BIM Model

张桂林 王敬德 韩阳 魏栋 邢蓉
工业建筑2024,Vol.54Issue(5) :68-74.DOI:10.13204/j.gyjzG22091503

基于点云数据与BIM模型配准方法的研究

Research on Registration Method Based on Point Cloud Data and BIM Model

张桂林 1王敬德 1韩阳 1魏栋 1邢蓉1
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作者信息

  • 1. 国网河北省电力有限公司建设公司,石家庄 050000;河北电力工程监理有限公司,石家庄 050000
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摘要

随着建筑行业的飞速发展,3D点云扫描技术与BIM模型的 自动配准成为一大研究热点.现如今建筑工程的科技化发展已经成为必然趋势,且只有依靠现代科技才能实现更高水平的施工工作.基于此,随着BIM技术高速发展、3D激光扫描技术的三维展示性脱颖而出,能够非接触高速精确地获取目标物的三维坐标数据,经过业内软件处理,建立目标建筑物的三维数字模型.点云数据具有几何信息精度高,可真实还原建筑现场的优点,BIM具有丰富的构件几何信息.提出了一种利用BIM网格模型对3D点云进行粗配准的方法,重点以平面作为几何特征,用于将3D点云与BIM网格对齐,从而实现对建筑物施工进度的监测,为建筑行业实现智能化与精确化提供了可能.

Abstract

With the rapid development of the construction industry,3D point cloud scanning technology and automatic registration of BIM model have become a hot research topic.Nowadays,the technological de-velopment of construction engineering has become an inevitable trend,and only by relying on modern sci-ence and technology can a higher level of construction work be achieved.Based on this,with the rapid de-velopment of BIM technology and the 3D display of 3D laser scanning technology,the 3D coordinate data of the target can be obtained at a non-contact speed and accurately,and the 3D digital model of the target building can be established through the processing of software in the industry.Point cloud data has the ad-vantages of high accuracy of geometric information and true restoration of construction site,while BIM has rich geometric construction information.This paper proposed a rough registration method of 3D point cloud using BIM grid model,focusing on the plane as geometric feature,which is used to align 3D point cloud with BIM grid,so as to realize the monitoring of building construction progress,and provide the possibility for the construction industry to achieve intelligence and precision.

关键词

BIM模型/3D点云/粗配准

Key words

BIM/3D point cloud/coarse registration

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基金项目

国家自然科学基金(51978236)

出版年

2024
工业建筑
中冶建筑研究总院有限公司

工业建筑

CSTPCD
影响因子:0.72
ISSN:1000-8993
参考文献量13
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