This paper is concerned with the reconstruction of radiometric brightness temperature maps from interferometric measurements. More exactly, it extends the ...

Abstract—Synthetic aperture imaging radiometers are power- ful sensors for high-resolution observations of the Earth at low microwave frequencies.

Brightness Temperature Map Reconstruction from Dual-Polarimetric Visibilities in Synthetic Aperture Imaging Radiometry · 36 Citations · 21 References.

Brightness temperature map reconstruction from dual-polarimetric visibilities in synthetic aperture imaging radiometry. Article. Bib No.: 119712. Authors:.

Brightness Temperature Map Reconstruction from Dual-Polarimetric Visibilities in Synthetic Aperture Imaging Radiometry. Anterrieu, E.; Khazaal, A.

In order to reduce the reconstruction bias, the improved G matrix model is extended to dual-polarimetric brightness temperature reconstruction in the FPIR ...

Brightness temperature maps reconstruction from dual-polarimetric visibilities in synthetic aperture imaging radiometry. Eric Anterrieu (1) , A. Khazaal.

Jan 31, 2023 · More precisely, this study aims at addressing the impact of the shortest spacing on the stability of the inversion of the complex visibilities ...

Brightness temperature map reconstruction from dual-polarimetric visibilities in synthetic aperture imaging radiometry. E Anterrieu, A Khazaal. IEEE ...

Brightness-temperature retrieval techniques for synthetic aperture radiometers are reviewed. Three different approaches to combine measured visibility and ...