Airborne Bathymetric Lidar
Airborne bathymetric lidar is one of the most exciting and rapidly-advancing technologies in the geospatial sector. Its uses range from safety of marine navigation (i.e., hydrographic surveying and nautical charting),…
SAM LLC
Airborne bathymetric lidar is one of the most exciting and rapidly-advancing technologies in the geospatial sector. Its uses range from safety of marine navigation (i.e., hydrographic surveying and nautical charting),…
This workshop provides an in-depth look at the ASPRS Positional Accuracy Standards to categorize positional accuracy of products derived from digital aerial cameras, manned and unmanned aerial systems, and all…
As the drone and UAS industry continues to mature, so do the workflows and applications for UAVs in reality capture, as-built conditions and more. Hear from industry specialists who have…
This session features presentations highlighting advancements in the collection, calibration, and processing of lidar and drone-acquired remote sensing datasets.
The ASPRS Positional Accuracy Standard for Geospatial Data is widely used throughout the geospatial industry as the benchmark for positional accuracy and data quality reporting. In August 2023, ASPRS published…
The geospatial industry has always sought a better understanding of the world around us. Through the development of technologies and techniques including lidar, GIS, bathymetry, photogrammetry, AI and beyond, geospatial…
How are lidar, photogrammetry, and other emerging technologies being used in unique, innovative, and forward-thinking ways? This fast-paced session will showcase some of the most interesting and sometimes category-defying applications…
Disasters and emergency situations require time-critical responses, and often put rescue workers into dangerous areas themselves while trying to assess an ongoing situation, or to plan where best to deploy…
Experts in the field of image analysis and classification will present applications of single and fused data sets for mapping and monitoring of trees, crops, and flooding impacts.
The collection of lidar data from the air has continued to improve steadily as new technologies are implemented. New sensors and features are also enabling large-scale and urban data collection…
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