MOP2.PM.4
Automatic Registration of Multi-Scan Terrestrial Laser Scanning Point Clouds in Forest Environments by Combining Reverse Sector Voxelization with Ray Tracing
Xinyi Han, Zongqi Yao, Xiaoli Zhang, Beijing Forestry University
Session:
MOP2.PM: Large-scale forest structure and change mapping with the fusion of radar and lidar/optical sensors Poster
Track:
Community Contributed Themes
Location:
Poster Area M
Presentation Time:
Monday, 10 August, 15:00 - 16:15
Session Co-Chairs:
Paul Siqueira, University of Massachusetts Amherst and Matteo Pardini, German Aerospace Center (DLR)
Presentation
Discussion
Resources
No resources available.
Session MOP2.PM
MOP2.PM.1: High-Resolution Tree Cover Density Mapping of Ukraine Using GEDI Lidar and Sentinel Imagery
Bohdan Yailymov, Space Research Institute of National Academy of Sciences of Ukraine; Hanna Yailymova, National Technical University of Ukraine «Igor Sikorsky Kyiv Polytechnic Institute»; Nataliia Kussul, University of Maryland
MOP2.PM.4: Automatic Registration of Multi-Scan Terrestrial Laser Scanning Point Clouds in Forest Environments by Combining Reverse Sector Voxelization with Ray Tracing
Xinyi Han, Zongqi Yao, Xiaoli Zhang, Beijing Forestry University
MOP2.PM.5: RAY-TRACING-BASED ANALYSIS OF SEASONAL VEGETATION CHANGES USING UAV-MEASURED RADIO SIGNALS LINKED TO VEGETATION OPTICAL DEPTH
Joyita Halder, Mohammad Ehsanul Hoque, Abesh Ghosh, Mehmet Kurum, University of Georgia
MOP2.PM.6: SPATIO-TEMPORAL VEGETATION OPTICAL DEPTH MODELING USING SYNTHETIC TEMPORAL DATA
Abesh Ghosh, University of Georgia; Ali Gurbuz, North Carolina State University; Mehmet Kurum, University of Georgia
MOP2.PM.7: Estimation of Forest Stand Heights Based on Residual Corrected Terrain Using Spaceborne Stereo Imagery and LiDAR Data
Fengqin Hao, Qingwang Liu, Lingting Lei, Linglong Zhao, Ziheng Zhao, Hanwen Cui, Shengrong Wei, Chinese Academy of Forestry, Beijing
MOP2.PM.8: INTEGRATED SPACEBORNE LIDAR FOR CONTINENTAL SCALE FOREST HEIGHT CHANGE
Sorin Popescu, Justinn Jones, Hailey Melzow, Horia Olariu, Sarah Tasnim, Texas A&M University
Resources
No resources available.