WE4.R2.5

WORLD-SCALE CONSTRUCTION DETECTION IN MEDIUM-RESOLUTION SATELLITE IMAGERY USING A PROBABILISTIC GRAPHICAL MODEL OF SPACE-TIME PIXEL CLASS LABELS

Thomas Pollard, Michael Braun, Yuli Friedman, Cara Murphy, Matthew Meyn, N. Joseph Tatro, Systems & Technology Research, United States; Wayne Treible, Daniel Crispell, Vision Systems Inc., United States; Gil Ettinger, Systems & Technology Research, United States
Session:
WE4.R2: Searching for Activities from Heterogeneous EO Satellite Sensors Oral
Track:
Community-Contributed Sessions
Location:
Room C
Presentation Time:
Wed, 19 Jul, 16:33 - 16:45 Pacific Time (UTC -8)
Session Co-Chairs:
Jack Cooper, IARPA and Christopher Ratto, Johns Hopkins University Applied Physics Laboratory
Session Manager:
Coryn Wolk
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Session WE4.R2
WE4.R2.1: METRICS FOR DETECTING AND CHARACTERIZING ACTIVITIES FROM HETEROGENEOUS SATELLITE SENSORS
Christopher Ratto, Michael Kelbaugh, Amit Banerjee, Hirsh Goldberg, Johns Hopkins University Applied Physics Laboratory, United States
WE4.R2.2: SMARTFLOW: ENABLING SCALABLE SPATIOTEMPORAL GEOSPATIAL RESEARCH
David McVicar, Brian Avant, Adrian Gould, Diego Torrejon, Charles Della Porta, Ryan Mukherjee, BlackSky, United States
WE4.R2.3: DETECTION AND CHARACTERIZATION OF ANTHROPOGENIC ACTIVITIES USING SOURCE-AGNOSTIC DEEP NETWORKS
Maxim Shugaev, Jieyun Hu, Tahmid Abtahi, Benjamin Brodie, Levan Sulimanov, Andrew Jones, Elietzer Rivera, Naresh Cuntoor, BlueHalo, United States
WE4.R2.4: WATCH: AN OPEN SOURCE PLATFORM TO MONITOR WIDE AREAS FOR TERRESTRIAL CHANGE
Matthew Leotta, Jon Crall, Connor Greenwell, Kitware, United States
WE4.R2.5: WORLD-SCALE CONSTRUCTION DETECTION IN MEDIUM-RESOLUTION SATELLITE IMAGERY USING A PROBABILISTIC GRAPHICAL MODEL OF SPACE-TIME PIXEL CLASS LABELS
Thomas Pollard, Michael Braun, Yuli Friedman, Cara Murphy, Matthew Meyn, N. Joseph Tatro, Systems & Technology Research, United States; Wayne Treible, Daniel Crispell, Vision Systems Inc., United States; Gil Ettinger, Systems & Technology Research, United States
Resources
No resources available.