首页|无人机激光雷达技术在陡峭山区作业中的应用研究

无人机激光雷达技术在陡峭山区作业中的应用研究

扫码查看
文章针对陡峭山区地形测绘,探讨了无人机激光雷达(UAV-LiDAR)技术的应用及提高数据精度的方法,研究目的在于通过优化飞行规划、航线设计和数据处理策略,提升UAV-LiDAR技术在陡峭山区作业中的应用效率和数据精度.研究结果表明,通过采用地形跟随飞行技术和后差分定位技术(PPK),结合地面控制点(GCPs),UAV-LiDAR能够有效地穿透植被,获取高精度的地形数据,显著提高陡峭山区地形测绘的精度.
Research on the Application of UAV Laser Radar Technology in Steep Mountainous Area Operation
The application of UAV Laser Radar(UAV-LiDAR)technology and the methods of improving data accuracy are discussed for topographic surveying and mapping in steep mountainous areas.The purpose of the research is to improve the application efficiency and data accuracy of UAV-LiDAR technology in steep mountainous area operation by optimizing flight planning,route design and data processing strategy.The results show that by using terrain following flight technology and post processed kinematic technology(PPK),combined with ground control points(GCPs),UAV-LiDAR can effectively penetrate vegetation,obtain high-precision topographic data,and significantly improve the accuracy of topographic surveying and mapping in steep mountainous areas.

UAV-LiDARsteep mountainous areatopographic surveying and mappingdata accuracy improvementpoint cloud data processing

王风鹏

展开 >

甘肃省水利水电勘测设计研究院有限责任公司,甘肃 兰州 730000

UAV-LiDAR 陡峭山区 地形测绘 数据精度提升 点云数据处理

2024

工程技术研究
广州钢铁企业集团有限公司

工程技术研究

影响因子:0.081
ISSN:2096-2789
年,卷(期):2024.9(10)
  • 4