Rolando Raqueño

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This study investigates small aerosol particles as a source of an imaging phenomenon observed in thermal remote sensing data. The phenomenon is characterized by degraded atmospheric transmissions in the thermal infrared while high transmissions (clear conditions) are observed in the visible wavelength region. This atmospheric anomaly has been linked to(More)
Problem: The use of physics-based numerical models has been an emerging paradigm in the analysis of remote sensing data and the development of exploitation algorithms. Iterative computing of these models, however, has been a restricting factor in this process. We present several remote sensing research case studies conducted by the Digital Imaging and(More)
This paper describes a concept for using physics based models to support exploitation of remotely sensed image spectrometer data. It then reviews several methods from the literature illustrating more specifically how physics based models have been used as part of atmospheric correction, water quality assessment and temperature measurement algorithms.(More)
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