摘要
为了提升地下工程测量与精度控制的效率与准确性,本文介绍了工程测量技术在地下工程中的应用。首先概述了地下工程的基本情况,随后详细阐述了工程测量技术的原理及扫描点坐标转换方法。接着,文中探讨了工程测量参数的设计,包括工程扫描分辨率的设定、测站间距的选择和标靶的布设策略。之后,深入分析了地下工程测量点云数据的配准过程,并提出了有效的配准方法。最后,文章给出了成果输出及结论,证明了工程测量技术在地下工程测量与精度控制中的重要作用和显著效果。
In order to improve the efficiency and accuracy of underground engineering measurement and precision control,this article introduces the application of engineering measurement technology in underground engineering.Firstly,the basic situation of underground engineering was outlined,followed by a detailed explanation of the principles of engineering surveying technology and the method of converting scanning point coordinates.Furthermore,the article explores the design of engineering measurement parameters,including the setting of engineering scanning resolution,the selection of measurement station spacing,and the deployment strategy of targets.Afterwards,an in-depth analysis was conducted on the registration process of underground engineering measurement point cloud data,and effective registration methods were proposed.Finally,the article presents the results and conclusions,demonstrating the important role and significant effects of engineering surveying technology in underground engineering surveying and accuracy control.
作者
李春生
Li Chunsheng(Shenzhen Power Supply Planning and Design Institute Co.,Ltd.,Shenzhen,China)
出处
《科学技术创新》
2025年第2期173-176,共4页
Scientific and Technological Innovation
关键词
工程测量技术
地下工程
测量
精度
控制
engineering surveying technology
underground engineering
measurement
accuracy
control
作者简介
李春生(1974-),男,本科,工程师,从事电力设计院勘测工作。
