In this study, an enhanced spatial resolution product is proposed for the forthcoming L-band microwave radiometer operated on board of the FSSCat mission. The product is obtained reconstructing the brightness temperature on a finer spatial resolution grid using an antenna pattern deconvolution method. Simulated FSSCat noisy measurements are used to showcase the soundness of the proposed approach that results in remarkable reconstruction performance.
An Enhanced Product for the Fsscat Microwave Radiometer
Alparone M.;Nunziata F.;Migliaccio M.
2020-01-01
Abstract
In this study, an enhanced spatial resolution product is proposed for the forthcoming L-band microwave radiometer operated on board of the FSSCat mission. The product is obtained reconstructing the brightness temperature on a finer spatial resolution grid using an antenna pattern deconvolution method. Simulated FSSCat noisy measurements are used to showcase the soundness of the proposed approach that results in remarkable reconstruction performance.File in questo prodotto:
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