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无人机摄影测量技术在矿山动态监测中的应用

Application of UAV photogrammetry in mine dynamic monitoring

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矿山动态监测工作是政府自然资源管理部门落实矿产资源监督管理职能的重要措施.本文以某市A矿为实验区,探究无人机摄影测量技术在矿山动态监测中的应用,结果表明:基于摄影测量技术可以构建高精度矿区实景三维模型,满足大比例尺测图精度要求;基于模型可完成矿区正射影像、数字表面模型、矿区矢量化等工作,满足矿山动态监测任务需要;外业仅需测量少量点,大大减少了野外工作量,矿山动态监测的工作效率有了显著提升.
Mine dynamic monitoring is important for relevant authority to implement the function of supervision and management of mineral resources.This paper takes a mine in a city as an example to explore the application of UAV photogrammetry in mine dynamic monitoring.The results show that the photogrammetric technique can be used to construct high-precision 3D model of the mining area,which can meet the requirements of large-scale mapping accuracy.Based on the model,the orthophoto,digital surface model and vectorization of the mining area can be completed to meet the needs of mine dynamic monitoring.Only a few points need to be measured in the field,which greatly reduces the field workload,and improves the work efficiency of mine dynamic monitoring significantly.

UAVphotogrammetrymine dynamic monitoringreal 3D model

吴伟、张光祖

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安徽省地质测绘技术院,安徽 合肥 230022

无人机 摄影测量 矿山动态监测 实景三维模型

2024

安徽地质
安徽省地质学会

安徽地质

影响因子:0.305
ISSN:1005-6157
年,卷(期):2024.34(4)