In this paper we develop a method for the experimental determination of the response function in CP-MCT. and we compare the result with that obtained from a theoretical model proposed in a previous paper. We find a satisfactory agreement. In addition, we develop a method for computing the response function of a pixel with arbitrary location
We have reconstructed microwave tomographic images of the Supelec breast phantom using our imaging f...
Non-linear microwave tomographic imaging of the breast is a challenging computational problem. The b...
The iterative Time Domain Inversion tomographic algorithm (TDI) proposed by Chalmers University of T...
In this paper we develop a method for the experimental determination of the response function in CP-...
Chirp-Pulse Microwave Computerized Tomography (CP-MCT) is a technique designed to image temperature ...
Chirp-pulse microwave computerized tomography (CP-MCT) represents an innovative medical imaging tech...
Microwave tomography(MT) allows the safe, non-intrusive examination of the internal structureof an o...
In the paper a microwave imaging system and its algorithm of image reconstruction from the raw measu...
Microwave tomography for non-destructive detection of internaldielectric properties has received inc...
Microwave tomography has been drastically boosted by the development of efficient reconstruction alg...
Abstract—For newly developed iterative Newton–Kantorovitch reconstruction techniques, the quality of...
In Pulse Compression Thermography, the impulse response of the sample under test is retrieved pixelw...
This letter presents a detailed study of a microwave tomography system using 3-D finite-difference t...
164 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1998.The reconstruction process is...
<div><p>We present preliminary results from a method for estimating the optimal effective permittivi...
We have reconstructed microwave tomographic images of the Supelec breast phantom using our imaging f...
Non-linear microwave tomographic imaging of the breast is a challenging computational problem. The b...
The iterative Time Domain Inversion tomographic algorithm (TDI) proposed by Chalmers University of T...
In this paper we develop a method for the experimental determination of the response function in CP-...
Chirp-Pulse Microwave Computerized Tomography (CP-MCT) is a technique designed to image temperature ...
Chirp-pulse microwave computerized tomography (CP-MCT) represents an innovative medical imaging tech...
Microwave tomography(MT) allows the safe, non-intrusive examination of the internal structureof an o...
In the paper a microwave imaging system and its algorithm of image reconstruction from the raw measu...
Microwave tomography for non-destructive detection of internaldielectric properties has received inc...
Microwave tomography has been drastically boosted by the development of efficient reconstruction alg...
Abstract—For newly developed iterative Newton–Kantorovitch reconstruction techniques, the quality of...
In Pulse Compression Thermography, the impulse response of the sample under test is retrieved pixelw...
This letter presents a detailed study of a microwave tomography system using 3-D finite-difference t...
164 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1998.The reconstruction process is...
<div><p>We present preliminary results from a method for estimating the optimal effective permittivi...
We have reconstructed microwave tomographic images of the Supelec breast phantom using our imaging f...
Non-linear microwave tomographic imaging of the breast is a challenging computational problem. The b...
The iterative Time Domain Inversion tomographic algorithm (TDI) proposed by Chalmers University of T...