eBee无人机航测在勘测定界测绘中的应用
发布时间：2018-11-05 17:31
【摘要】：基于eBee无人机遥感测图技术快速高效制作地形图,在国内测绘领域还处于探索和发展阶段,以甘肃省泾川县朱家涧水库测绘项目测绘为例,研究了测绘在国土资源管理领域进行无人机航摄、地标控制点制作和测量等技术的实现方法。研究表明,利用无人机遥感测图技术在国土资源管理中具有十分明显的优势,大大减少了野外测量工作量,降低了成本,保障了测量作业人员安全,制作的水库1∶2000地形图满足规范精度要求,直观的影像图可作为水库淹没后的原始证据保留,对项目区的多次飞行,分析不同时向的建设情况,对拓宽无人机的在土地利用动态监测、智慧城市建设和应急救灾测绘等领域的应用具有一定的工程示范意义。
[Abstract]:The rapid and efficient making of topographic map based on eBee UAV remote sensing mapping technology is still in the stage of exploration and development in the field of surveying and mapping in China. Taking the surveying and mapping project of Zhujiajian Reservoir in Jingchuan County of Gansu Province as an example, In this paper, the methods of aerial photography, landmark control point making and surveying in the field of land and resource management are studied. The research shows that the use of UAV remote sensing mapping technology has a very obvious advantage in land and resources management, greatly reduces the field survey workload, reduces the cost, and ensures the safety of survey operators. The 1: 2000 topographic map of the reservoir can meet the requirements of the specification precision, and the intuitive image map can be retained as the original evidence after the reservoir is flooded. For the multiple flights of the project area, the situation of construction in different directions is analyzed. It has certain engineering demonstration significance to widen the application of UAV in land use dynamic monitoring, intelligent city construction and emergency disaster relief mapping and so on.
【作者单位】： 甘肃省国土资源规划研究院;甘肃农业大学;
【分类号】：P237
，
本文编号：2312793
[Abstract]:The rapid and efficient making of topographic map based on eBee UAV remote sensing mapping technology is still in the stage of exploration and development in the field of surveying and mapping in China. Taking the surveying and mapping project of Zhujiajian Reservoir in Jingchuan County of Gansu Province as an example, In this paper, the methods of aerial photography, landmark control point making and surveying in the field of land and resource management are studied. The research shows that the use of UAV remote sensing mapping technology has a very obvious advantage in land and resources management, greatly reduces the field survey workload, reduces the cost, and ensures the safety of survey operators. The 1: 2000 topographic map of the reservoir can meet the requirements of the specification precision, and the intuitive image map can be retained as the original evidence after the reservoir is flooded. For the multiple flights of the project area, the situation of construction in different directions is analyzed. It has certain engineering demonstration significance to widen the application of UAV in land use dynamic monitoring, intelligent city construction and emergency disaster relief mapping and so on.
【作者单位】： 甘肃省国土资源规划研究院;甘肃农业大学;
【分类号】：P237
，
本文编号：2312793
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