<p>Different Nakagami parameters indicate varying envelope statistics caused by various properties of scatterers in the tissue.</p
Quantitative ultrasound imaging can produce images based on underlying physical properties of tissue...
International audienceStatistical analysis is performed on the envelopes of ultrasonic backscattered...
International audienceStatistical analysis is performed on the envelopes of ultrasonic backscattered...
<p>Different Nakagami parameters indicate different envelope statistics caused by different properti...
International audienceThe aim of this paper is to propose a new Markov Random Field (MRF) model for ...
AbstractQuantitative ultrasound (QUS) imaging provides a way to characterize biological tissue. The ...
International audienceIn order to improve the tissue characterization, the probability density funct...
[[abstract]]©2008 Elsevier - Conventional ultrasonic B-mode images qualitatively describe tissue str...
[[abstract]]©2008 JMBE - Conventional ultrasonic B-mode images qualitatively describe tissue structu...
Conventional ultrasonic B-mode images qualitatively describe tissue structures but are unsuitable fo...
<div><p>The analysis of the backscattered statistics using the Nakagami parameter is an emerging ult...
The purpose of this study was to evaluate the accuracy of statistical properties of the backscattere...
International audienceQuantitative ultrasound (QUS) techniques using radiofrequency (RF) backscatter...
The scattering of ultrasonic waves depends on the size, shape, acoustical properties and concentrati...
International audienceQuantitative ultrasound (QUS) techniques using radiofrequency (RF) backscatter...
Quantitative ultrasound imaging can produce images based on underlying physical properties of tissue...
International audienceStatistical analysis is performed on the envelopes of ultrasonic backscattered...
International audienceStatistical analysis is performed on the envelopes of ultrasonic backscattered...
<p>Different Nakagami parameters indicate different envelope statistics caused by different properti...
International audienceThe aim of this paper is to propose a new Markov Random Field (MRF) model for ...
AbstractQuantitative ultrasound (QUS) imaging provides a way to characterize biological tissue. The ...
International audienceIn order to improve the tissue characterization, the probability density funct...
[[abstract]]©2008 Elsevier - Conventional ultrasonic B-mode images qualitatively describe tissue str...
[[abstract]]©2008 JMBE - Conventional ultrasonic B-mode images qualitatively describe tissue structu...
Conventional ultrasonic B-mode images qualitatively describe tissue structures but are unsuitable fo...
<div><p>The analysis of the backscattered statistics using the Nakagami parameter is an emerging ult...
The purpose of this study was to evaluate the accuracy of statistical properties of the backscattere...
International audienceQuantitative ultrasound (QUS) techniques using radiofrequency (RF) backscatter...
The scattering of ultrasonic waves depends on the size, shape, acoustical properties and concentrati...
International audienceQuantitative ultrasound (QUS) techniques using radiofrequency (RF) backscatter...
Quantitative ultrasound imaging can produce images based on underlying physical properties of tissue...
International audienceStatistical analysis is performed on the envelopes of ultrasonic backscattered...
International audienceStatistical analysis is performed on the envelopes of ultrasonic backscattered...