Add to ORKGSubsurface sensing is a wide branch of non�]invasive diagnostic concerned with the detection of unexploded ordnance as well as oilfield discovery. In this framework, many approaches have been proposed by considering different probing techniques as for instance x�]rays, ultrasonics, eddy currents, and microwaves. Also published in: Progress In Electromagnetics Research Symposium Abstracts, Hangzhou, China, March 24-28, 200
We address the problem of optical ray propagation in an inhomogeneous half�]plane lattice, where eac...
Starting from the iterative multi�]scaling approach developed for monochromatic illuminations, two m...
In the last years, several approaches have been proposed for solving inverse problems arising in mic...
The development of microwave imaging techniques and their application are strongly related to the po...
In the last few years, microwave imaging techniques have been successfully used to provide the spati...
This contribution is aimed at investigating the potentialities and current limitations of the multis...
In this contribution, an innovative methodology aimed at increasing the amount of scattering data (a...
The problem of reducing the number of elements of large arrays is of great importance in satellite, ...
This paper presents a two stage strategy for the electromagnetic imaging of unknown lossless profile...
X‐Ray mammography is the principal technique for breast cancer screening in clinical practice. Howev...
In the framework of the inversion of electromagnetic data, several methodologies consider the introd...
Because of the high contrast between the dielectric properties of normal and malignant breast tissue...
The non�]destructive inspection is a key�]problem in many industrial processes since the detection o...
This work is aimed at presenting the recent advances and the procedures available in the state‐of‐th...
Antenna arrays able to generate two different patterns are widely used in tracking radar systems [1]...
We address the problem of optical ray propagation in an inhomogeneous half�]plane lattice, where eac...
Starting from the iterative multi�]scaling approach developed for monochromatic illuminations, two m...
In the last years, several approaches have been proposed for solving inverse problems arising in mic...
The development of microwave imaging techniques and their application are strongly related to the po...
In the last few years, microwave imaging techniques have been successfully used to provide the spati...
This contribution is aimed at investigating the potentialities and current limitations of the multis...
In this contribution, an innovative methodology aimed at increasing the amount of scattering data (a...
The problem of reducing the number of elements of large arrays is of great importance in satellite, ...
This paper presents a two stage strategy for the electromagnetic imaging of unknown lossless profile...
X‐Ray mammography is the principal technique for breast cancer screening in clinical practice. Howev...
In the framework of the inversion of electromagnetic data, several methodologies consider the introd...
Because of the high contrast between the dielectric properties of normal and malignant breast tissue...
The non�]destructive inspection is a key�]problem in many industrial processes since the detection o...
This work is aimed at presenting the recent advances and the procedures available in the state‐of‐th...
Antenna arrays able to generate two different patterns are widely used in tracking radar systems [1]...
We address the problem of optical ray propagation in an inhomogeneous half�]plane lattice, where eac...
Starting from the iterative multi�]scaling approach developed for monochromatic illuminations, two m...
In the last years, several approaches have been proposed for solving inverse problems arising in mic...