A novel approach for electromagnetic imaging of underground scenarios is proposed in this paper. The imaging procedure is based on the solution of the inverse scattering problem arising from the full-wave formulation of the electromagnetic propagation. An efficient procedure performing a regularization in Lp Banach spaces is employed. The performance of the proposed method is evaluated by using simulated data
The study, development, and analysis of innovative inversion techniques for the detection and imagin...
International audienceThis paper deals with two different quantitative inversion algorithms for reco...
A numerical assessment concerning the reconstruction capabilities of a recently proposed imaging mea...
An approach for electromagnetic subsurface sensing is proposed in this contribution. The inverse sca...
An analysis of the performance of a multi-frequency inverse-scattering algorithm for imaging of buri...
Electromagnetic imaging of buried targets is an important task that arises in several applicative fi...
An electromagnetic inverse scattering approach for imaging of shallow subsurface objects is reported...
A method for microwave imaging of dielectric targets is proposed. It is based on a tomographic appro...
Inverse problems arising in microwave imaging suffer from high ill-posedness. As it is well known, i...
In this paper, a subsurface imaging configuration is considered, with the goal of retrieving the qua...
Ground Penetrating Radar (GPR) is a non-invasive imaging technique widely adopted in subsurface pros...
The development of regularization algorithms in the framework of Banach spaces is an emerging scient...
A method for solving electromagnetic imaging problems involving dielectric structures is presented i...
In the present paper, a combined method for ground penetrating radar imaging is presented. The propo...
A three-dimensional microwave imaging inversion algorithm is proposed in this paper. The developed a...
The study, development, and analysis of innovative inversion techniques for the detection and imagin...
International audienceThis paper deals with two different quantitative inversion algorithms for reco...
A numerical assessment concerning the reconstruction capabilities of a recently proposed imaging mea...
An approach for electromagnetic subsurface sensing is proposed in this contribution. The inverse sca...
An analysis of the performance of a multi-frequency inverse-scattering algorithm for imaging of buri...
Electromagnetic imaging of buried targets is an important task that arises in several applicative fi...
An electromagnetic inverse scattering approach for imaging of shallow subsurface objects is reported...
A method for microwave imaging of dielectric targets is proposed. It is based on a tomographic appro...
Inverse problems arising in microwave imaging suffer from high ill-posedness. As it is well known, i...
In this paper, a subsurface imaging configuration is considered, with the goal of retrieving the qua...
Ground Penetrating Radar (GPR) is a non-invasive imaging technique widely adopted in subsurface pros...
The development of regularization algorithms in the framework of Banach spaces is an emerging scient...
A method for solving electromagnetic imaging problems involving dielectric structures is presented i...
In the present paper, a combined method for ground penetrating radar imaging is presented. The propo...
A three-dimensional microwave imaging inversion algorithm is proposed in this paper. The developed a...
The study, development, and analysis of innovative inversion techniques for the detection and imagin...
International audienceThis paper deals with two different quantitative inversion algorithms for reco...
A numerical assessment concerning the reconstruction capabilities of a recently proposed imaging mea...