三维激光点云技术在电力三维地理位置信息建模中的应用研究

Li Qing, Xu Guanzhong, Zhou Ziqiang
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引用次数: 0

摘要

三维激光扫描技术是一种新的测绘技术,也被称为“真实场景复制技术”,它可以完整、准确地重建被扫描物体,快速获得原始测绘数据。多站点云数据配准是三维激光扫描数据处理中的一个重要环节。基于同名控制点的七参数配准模型是一种精度较高的算法模型。通过分段低阶插值方法,实现对空区模型的曲线平滑处理,然后结合现有的分层细部模型算法,在三维场景中加载并渲染电力设备三维模型文件。本文旨在为后续电力三维地理信息平台的建设提供参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Application of 3D Laser Point Cloud Technology in 3D Geographic Location Information Modeling of Electric Power
Three-dimensional laser scanning technology is a new surveying and mapping technology, also known as “real scene replication technology”, which can completely and accurately reconstruct scanned objects and quickly obtain original surveying and mapping data. Multi-site cloud data registration is an important link in 3D laser scanning data processing. The seven-parameter registration model based on control points with the same name is an algorithm model with high accuracy. Through piecewise low-order interpolation method, the curve smoothing processing of empty area model is realized, and then combined with the existing hierarchical detail model algorithm, the 3D model file of power equipment is loaded and rendered in the 3D scene. The purpose of this paper is to provide reference for the subsequent construction of power 3D geographic information platform.
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