Accuracy Assessment of UAV LiDAR Compared to Traditional Total Station for Geospatial Data Collection in Land Surveying Contexts

10 citations as recorded by crossref.

1. Analysis of geometric and radiometric factors affecting measurement results of civil engineering structures with different scanning drone types G. Lenda et al.
2. Integrated UAV-Borne GPR and LiDAR for Investigating Slope Deformation Processes: The Melizzano Case Study (Southern Italy) N. Famiglietti et al.
3. Assessment of the Planimetric and Vertical Accuracy of UAS-LiDAR DSM in Archaeological Site D. Kaimaris
4. Horizontal displacement monitoring in mining areas using UAV data from photogrammetry and from laser scanning N. Wielgocka et al.
5. How Drones And Lidar Help In Counting Mangrove Trees: A Practical Approach M. Rizki Nandika et al.
6. New Possibilities of Field Data Survey in Forest Road Design M. Lovrinčević et al.
7. Development of a Testing Method for the Accuracy and Precision of GNSS and LiDAR Technology K. Romero et al.
8. Testing the accuracy and characteristics of data acquired using DJI Zenmuse L1 and L2 lidar systems and photogrammetric data acquired using DJI Zenmuse P1 in a quarry environment R. Urban et al.
9. Reducing Latency in Digital Twins: A Framework for Near-Real-Time Progress and Quality Reporting Z. Sigmund et al.
10. Research on a Hybrid Self-Powered Landslide Rainfall Sensor Based on Triboelectric Nanogenerators and Electromagnetic Generators H. Zou et al.