An analysis of the performance of a multi-frequency inverse-scattering algorithm for imaging of buried scenarios is reported in this paper. The considered inversion procedure is based on the use of a regularization scheme in the Lp Banach spaces able to solve the full non-linear half-space inverse scattering problem. The effects of different configurations of the soil are evaluated by means of numerical simulations.
Numerical analysis of the performance of a multi-frequency inversion scheme for subsurface prospection
FEDELI, ALESSANDRO;PASTORINO, MATTEO;RANDAZZO, ANDREA
2017-01-01
Abstract
An analysis of the performance of a multi-frequency inverse-scattering algorithm for imaging of buried scenarios is reported in this paper. The considered inversion procedure is based on the use of a regularization scheme in the Lp Banach spaces able to solve the full non-linear half-space inverse scattering problem. The effects of different configurations of the soil are evaluated by means of numerical simulations.
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