SOURCE DETECTION OF ATMOSPHERIC RELEASES USING SYMBOLIC MACHINE LEARNING CLASSIFICATION AND REMOTE SENSING Mark C. Bowman, Guido Cervone, Dr. Pascale Franzese George Mason University, Fairfax, VAABSTRACT This pape

First Page		Document Content
Date: 2015-11-18 09:12:45 Earth observation satellites Earth National Oceanic and Atmospheric Administration Unmanned spacecraft Weather satellites Geographic data and information NPOESS Advanced very-high-resolution radiometer Polar Operational Environmental Satellites Visible Infrared Imaging Radiometer Suite Remote sensing Infrared		SOURCE DETECTION OF ATMOSPHERIC RELEASES USING SYMBOLIC MACHINE LEARNING CLASSIFICATION AND REMOTE SENSING Mark C. Bowman, Guido Cervone, Dr. Pascale Franzese George Mason University, Fairfax, VAABSTRACT This pape Add to Reading List Source URL: cervone.psu.edu Download Document from Source Website File Size: 64,83 KB Share Document on Facebook

	The Cost Impacts of Jointness: Insights from the NPOESS Program Morgan Dwyer—Morgan is a PhD candidate in the Engineering Systems Division at MIT. Prior to MIT, Morgan worked at a systems engineer at Boeing Space and I DocID: 1vrRx - View Document
	SOURCE DETECTION OF ATMOSPHERIC RELEASES USING SYMBOLIC MACHINE LEARNING CLASSIFICATION AND REMOTE SENSING Mark C. Bowman, Guido Cervone, Dr. Pascale Franzese George Mason University, Fairfax, VAABSTRACT This pape DocID: 1rogj - View Document
	JPSS-REQJoint Polar Satellite System (JPSS) Level 1 Requirements Document – Final DocID: 1rmRF - View Document
	Microsoft PowerPoint - BMW08_NOAA Report.ppt DocID: 1pDXP - View Document
	Microsoft PowerPoint - Brown_OCR-VC Workshop_NOAA Activities.ppt DocID: 1phXd - View Document