A recently proposed inverse scattering method is assessed against some of the real input data measured by the Institut Fresnel (Marseille, France). The method is based on the application of an inexact-Newton method to the Lippmann-Schwinger integral equation of the inverse scattering problem within the second-order Born approximation. The localization and shaping capabilities of the approach are evaluated by considering the reconstruction of multiple dielectric cylinders. The approximated reconstruction of the dielectric inhomogeneous cross sections is also quantified.
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