Using our custom, unique, and proprietary suite of GatorEye postprocessing algorithms, the GatorEye UFL conducts research-oriented post-processing of LiDAR, hyperspectral, visual, and thermal data collected by other systems, as well as boresighting of hyperspectral sensors using our ray-tracing lidar-hyper fusion workflows, with project costs based on estimated time, project area and data volume, the types of data needed, and considering potential challenges to algorithm implementation. Please contact Eben Broadbent at 'eben at ufl.edu' with questions.
Using our custom, unique, and proprietary suite of GatorEye postprocessing algorithms, the GatorEye UFL conducts research-oriented post-processing of LiDAR, hyperspectral, visual, and thermal data collected by other systems, as well as boresighting of hyperspectral sensors using our ray-tracing lidar-hyper fusion workflows, with project costs based on estimated time, project area and data volume, the types of data needed, and considering potential challenges to algorithm implementation. Please contact Eben Broadbent at 'eben at ufl.edu' with questions.
