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City Houston / Pasadena / / Company Jet Propulsion Laboratory / Cuprite NV / Sparse LDA / IEEE Intelligent Systems / Hyperion / / Country United States / / Event Reorganization / / Facility Colorado State University / Jet Propulsion Laboratory / California Institute of Technology / Rice University / / IndustryTerm communications bandwidth constraints / science processing concepts / environmental management / onboard processing / onboard software / data processing / verifiable product / constrained communications budget / data analysis applications / science products / software technologies / constrained communications / flight processor / software components / sulfur-rich arctic spring site / autonomy software / onboard algorithm / summary data product / flight software / classical endmember detection algorithms / good candidate algorithm / autonomy flight software / onboard processor / endmember search / endmember detection algorithms / / MarketIndex set 220 / / OperatingSystem Mandrake / / Organization HyspIRI mission / California Institute of Technology / Colorado State University / U.S. government / National Aeronautics and Space Administration / Rice University / EO-1 mission / / Person Rebecca Casta / K. Williams / V / S. Chien / V / J. Dohm / V / / Position designer / / ProgrammingLanguage MATLAB / C / / ProvinceOrState Texas / Manitoba / California / Colorado / / PublishedMedium IEEE Intelligent Systems / Machine Learning / Proceedings of SPIE / / Technology Remote Sensing / flight processor / Deep Space Network / SMACC endmember detection algorithms / Machine Learning / software technologies / classical endmember detection algorithms / EO-1 onboard processor / good candidate algorithm / / SocialTag 
EFFICIENT SPECTRAL ENDMEMBER DETECTION ONBOARD THE EO-1 SPACECRAFT Ben Bornstein1 , 1 David R. Thompson1 , Daniel Tran1 , Steve Chien1 , Rebecca Casta˜no1