This paper presents a phaseless approach providing a qualitative estimate of the reflectivity of a planar target, from single frequency multi-monostatic acquisitions. The solution strategy is based on an approximated linear scattering model, reducing the computational burden, a smart scanning strategy reducing the number of required samples, an effective representation of the unknown reflectivity function and a proper optimization strategy. The performance of the phaseless imaging are experimentally validated.
Phaseless Imaging of Planar Targets: an Experimental Result
Bevilacqua, F.;D'Agostino, F.;Ferrara, F.;Guerriero, R.;Migliozzi, M.;
2024-01-01
Abstract
This paper presents a phaseless approach providing a qualitative estimate of the reflectivity of a planar target, from single frequency multi-monostatic acquisitions. The solution strategy is based on an approximated linear scattering model, reducing the computational burden, a smart scanning strategy reducing the number of required samples, an effective representation of the unknown reflectivity function and a proper optimization strategy. The performance of the phaseless imaging are experimentally validated.File in questo prodotto:
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