An existing prototype of microwave imaging tomograph, previously designed by the present Authors for non destructive testing (NDT) applications, has been adapted in order to deal with biomedical targets. The developed system allows collecting multi-view multi-frequency data. An efficient inversion procedure is used to retrieve the distributions of the dielectric properties from the measured field samples. Some numerical simulations aimed at validating the proposed system and preliminary measurement results obtained by using a breast phantom are presented in this paper
This paper investigates the influence of noise on a microwave axial tomograph developed by some of t...
Microwave tomography is rapidly developing into a promising imaging technique that could be useful i...
In this paper, an experimental set-up for tomographic imaging based on interrogating microwaves is p...
Imaging approaches based on the use of microwaves are acquiring an ever growing importance in severa...
New steps toward the development of a microwave axial tomomograph for inspecting dielectric material...
In this paper, the development of a microwave axial tomograph for the inspection of dielectric mater...
A new prototype of a tomographic system for microwave imaging is presented in this paper. The target...
A new prototype of a tomographic system for microwave imaging is presented in this paper. The target...
Microwave tomography for non-destructive detection of internaldielectric properties has received inc...
Microwave systems are becoming powerful tools for imaging applications. In fact, when designed by ta...
A microwave tomographic scanner for biomedical applications is presented. It consists of a 64-elemen...
The clinical applications of a microwave tomographic system are studied. Imaging parameters are appr...
A prototype imaging system for active microwave tomography using cylindrical geometry has been devel...
The objective of this paper is to review microwave tomography based on its field, application and an...
The reconstruction of plastic targets by using an electromagnetic imaging system working at microwav...
This paper investigates the influence of noise on a microwave axial tomograph developed by some of t...
Microwave tomography is rapidly developing into a promising imaging technique that could be useful i...
In this paper, an experimental set-up for tomographic imaging based on interrogating microwaves is p...
Imaging approaches based on the use of microwaves are acquiring an ever growing importance in severa...
New steps toward the development of a microwave axial tomomograph for inspecting dielectric material...
In this paper, the development of a microwave axial tomograph for the inspection of dielectric mater...
A new prototype of a tomographic system for microwave imaging is presented in this paper. The target...
A new prototype of a tomographic system for microwave imaging is presented in this paper. The target...
Microwave tomography for non-destructive detection of internaldielectric properties has received inc...
Microwave systems are becoming powerful tools for imaging applications. In fact, when designed by ta...
A microwave tomographic scanner for biomedical applications is presented. It consists of a 64-elemen...
The clinical applications of a microwave tomographic system are studied. Imaging parameters are appr...
A prototype imaging system for active microwave tomography using cylindrical geometry has been devel...
The objective of this paper is to review microwave tomography based on its field, application and an...
The reconstruction of plastic targets by using an electromagnetic imaging system working at microwav...
This paper investigates the influence of noise on a microwave axial tomograph developed by some of t...
Microwave tomography is rapidly developing into a promising imaging technique that could be useful i...
In this paper, an experimental set-up for tomographic imaging based on interrogating microwaves is p...