The through-wall imaging in a one-dimensional geometry with targets that vary along the depth only, is addressed. An inversion algorithm which aims at obtaining the location of the target interfaces under a linear model is developed. The performance of such an algorithm is assessed by first exploiting synthetic data and finally by the experimental data collected thanks to a prototypical stepped frequency GPR.

1-D Through-wall imaging via linear inverse scattering algorithm

BRANCACCIO, Adriana;SOLIMENE, Raffaele;PIERRI, Rocco
2006

Abstract

The through-wall imaging in a one-dimensional geometry with targets that vary along the depth only, is addressed. An inversion algorithm which aims at obtaining the location of the target interfaces under a linear model is developed. The performance of such an algorithm is assessed by first exploiting synthetic data and finally by the experimental data collected thanks to a prototypical stepped frequency GPR.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11591/168989
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