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A 3D imaging pulsed LADAR with Geiger mode APD array was assembled,
flight-tested and deployed in response to a FEMA request for data collection
and debris estimation analysis to support the Hurricane Harvey relief effort in TX.
Here we report on the rapid response and application of this Geiger Mode APD
system to collect high area coverage rate data for geo-mapping and
debris volume estimation. MIT Lincoln Laboratory's Airborne Optical Systems
Testbed (AOSTB) hosted on a DeHavilland Twin Otter aircraft was flown to
collect LADAR imagery of Houston TX area inundated with over 50
inches of rainfall in 4 days and the Port Arthur coastal vicinity that
weathered Harvey's initial landfall. This testbed, which serves to advance
the Laboratory's effort to develop EO Sensor architectures, along with the
actions of a large dedicated team demonstrated the usefulness of this sensor
modality for Humanitarian Aid and Disaster Relief response.
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Alexandru N. Vasile, Luke Skelly, Brendan Edwards, Lin Stowe, M. Jalal Khan, "Photon-counting ladar in support of disaster relief (Conference Presentation)," Proc. SPIE 10978, Advanced Photon Counting Techniques XIII, 1097806 (14 May 2019); https://doi.org/10.1117/12.2520629