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SUMMARY:Seeing Through Forest - Real-Time Occlusion Removal with Airborne 
 Optical Sectioning - Prof. Oliver Bimber\, Johannes Kepler University Linz
  (JKU)
DTSTART:20230720T130000Z
DTEND:20230720T140000Z
UID:TALK202885@talks.cam.ac.uk
CONTACT:Dr Alejandro Sztrajman
DESCRIPTION:With Airborne Optical Sectioning (AOS)\, we have  introduced a
  synthetic aperture imaging technique that captures an unstructured light 
 field with camera drones. Optical images recorded within the shape of a wi
 de\n(possibly hundreds to thousands of square meters) synthetic aperture a
 rea above forest are combined computationally to remove occluders\, such a
 s trees and other vegetation. The outcome is a widely occlusion free\nview
  of the forest ground and intermediate layers. AOS supports full 3D visual
 ization but\, in contrast to LiDAR\, does not require depth reconstruction
 . It therefore makes real-time rates at low processing\ncosts possible. Du
 e to its wavelength-independence\, a wide range of applications are enable
 d - including search and rescue\, archaeology\, early wildfire detection\,
  surveillance\, and wildlife observation. In\nthis talk\, I will report on
  the achievements and the challenges of the AOS project. Details: https://
 github.com/JKU-ICG/AOS/\n\nTo join remotely: https://cl-cam-ac-uk.zoom.us/
 j/92827912369?pwd%3DelptbFhySVowWERCaC8yN2hrbmNXZz09&sa=D&source=calendar&
 usg=AOvVaw3S2cJ0_J0Y4LQiZRN87FUd\n
LOCATION:SS03 - William Gates Building
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