Add to ORKGUltrasound reflection tomography based on tlie compound scan principle, allows one to produce reflectivity images with high quality and reproducibility. In this pa-per, methods are discussed on how to extract additional physical parameters from the same set of reflection data for medical applications. Experimental results from a phan-toin object and in-vivo measurements illustrate the capabilities of such tomographic reflection systems. m 1988 Academic Press, ~ n c. Key words: Medical imaging; parameter extraction; reflection tomography
As ultrasound technology today finds new applications and becomes available to more and more users, ...
This work reports on the results of our work in developing Ultrasound Tomography for breast imaging ...
Ultrasound imaging is widely used in medicine because of its benign characteristics and real-time ca...
In the field of ultrasound diffraction tomography, a cross section of a weakly scattering object is ...
The main purpose of this project is to design an ultrasonic scanner system which implements the refl...
The main purpose of this project is to design an ultrasonic scanner system which implements the refl...
Ultrasound Computer Tomography (USCT) is used to map local wave propagation parameters, such as spee...
The objective of this study is to make cross-sectional ultrasonic quantitative tomography of the dia...
Reflection of sound waves, due to acoustic impedance mismatch at the interface of two media, is the ...
PhD ThesisThe poor lateral resolution and qualitative nature of conventional real-time B-scanning ha...
One important parameter for an ultrasonic transducer is the echo it yields from a pointlike reflecto...
This paper describes the method developed using the Extreme Gradient Boosting (Xgboost) algorithm th...
Non Destructive Testing of materials is the main application of Ultrasonic Reflection Tomography (UR...
Ultrasound Computer Tomography (USCT) is used to map local wave propagation parameters, such as spee...
One of the most common methods for making images with ultrasound is to use the pulse-echo method. Un...
As ultrasound technology today finds new applications and becomes available to more and more users, ...
This work reports on the results of our work in developing Ultrasound Tomography for breast imaging ...
Ultrasound imaging is widely used in medicine because of its benign characteristics and real-time ca...
In the field of ultrasound diffraction tomography, a cross section of a weakly scattering object is ...
The main purpose of this project is to design an ultrasonic scanner system which implements the refl...
The main purpose of this project is to design an ultrasonic scanner system which implements the refl...
Ultrasound Computer Tomography (USCT) is used to map local wave propagation parameters, such as spee...
The objective of this study is to make cross-sectional ultrasonic quantitative tomography of the dia...
Reflection of sound waves, due to acoustic impedance mismatch at the interface of two media, is the ...
PhD ThesisThe poor lateral resolution and qualitative nature of conventional real-time B-scanning ha...
One important parameter for an ultrasonic transducer is the echo it yields from a pointlike reflecto...
This paper describes the method developed using the Extreme Gradient Boosting (Xgboost) algorithm th...
Non Destructive Testing of materials is the main application of Ultrasonic Reflection Tomography (UR...
Ultrasound Computer Tomography (USCT) is used to map local wave propagation parameters, such as spee...
One of the most common methods for making images with ultrasound is to use the pulse-echo method. Un...
As ultrasound technology today finds new applications and becomes available to more and more users, ...
This work reports on the results of our work in developing Ultrasound Tomography for breast imaging ...
Ultrasound imaging is widely used in medicine because of its benign characteristics and real-time ca...