In this paper, we seek to find some guidelines for the selection of the main parameters of a recently proposed microwave imaging method developed in the framework of Banach spaces. In fact, its capability of reconstructing unknown targets better than the standard Hilbert space techniques has been already proven in various situations. However, in order to exploit the full potential of this method, it is of great importance to find some rules for the choice of the main parameters that characterize the reconstruction procedure. To this end, several numerical evaluations with canonical targets are presented and discussed, in order to provide optimal imaging conditions.
A numerical analysis concerning microwave imaging in Lp Banach spaces by using an inexact Newton method
ESTATICO, CLAUDIO;FEDELI, ALESSANDRO;PASTORINO, MATTEO;RANDAZZO, ANDREA
2014-01-01
Abstract
In this paper, we seek to find some guidelines for the selection of the main parameters of a recently proposed microwave imaging method developed in the framework of Banach spaces. In fact, its capability of reconstructing unknown targets better than the standard Hilbert space techniques has been already proven in various situations. However, in order to exploit the full potential of this method, it is of great importance to find some rules for the choice of the main parameters that characterize the reconstruction procedure. To this end, several numerical evaluations with canonical targets are presented and discussed, in order to provide optimal imaging conditions.
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