This paper presents a new homogeneity measure for variational segmentation with multiple level set functions. We propose to modify the quadratic homogeneity measure to trade off the convexity of the function against a faster rate of convergence. We tested in two series of experiments the performance of this new homogeneity force at converging to appropriate partitioning of brain MRI data sets, over a large range of image spatial resolution and image quality, in terms of tissue homogeneity and contrast
The dynamic behavior of the cardiac muscle is strongly dependent on heart diseases. Optic flow techn...
This paper explores the viability of applying 3D optical flow techniques on 3D heart sequences to di...
Cardiac ultrasound, or echocardiography, is considered to be the quickest and most cost effective im...
With relatively high frame rates and the ability to acquire volume data sets with a stationary trans...
With relatively high frame rates and the ability to acquire volume data sets with a stationary trans...
With relatively high frame rates and the ability to acquire volume data sets with a stationary trans...
With relatively high frame rates and the ability to acquire volume data sets with a stationary trans...
Real-time three-dimensional echocardiography (RT3DE) offers an efficient way to obtain complete 3D i...
Dynamic cardiac metrics, including myocardial strains and displacements, provide a quantitative appr...
Dynamic cardiac metrics, including myocardial strains and displacements, provide a quantitative appr...
Real-time three-dimensional (RT3D) ultrasound with matrix-phased array transducers enable fast, non-...
Susan L. Freudzon (as Susan L. Herz, with Qi Duan, Elsa D. Angelini, Olivier Gerard, Pascal Allain, ...
This paper presents a new methodology for validation of endocardial surface segmentation with real-t...
Cardiac ultrasound is a key component in modern cardiology, and is widely used to assess and quantif...
Abstract- In cardiac image analysis, optical flow techniques are widely used to track ventricular bo...
The dynamic behavior of the cardiac muscle is strongly dependent on heart diseases. Optic flow techn...
This paper explores the viability of applying 3D optical flow techniques on 3D heart sequences to di...
Cardiac ultrasound, or echocardiography, is considered to be the quickest and most cost effective im...
With relatively high frame rates and the ability to acquire volume data sets with a stationary trans...
With relatively high frame rates and the ability to acquire volume data sets with a stationary trans...
With relatively high frame rates and the ability to acquire volume data sets with a stationary trans...
With relatively high frame rates and the ability to acquire volume data sets with a stationary trans...
Real-time three-dimensional echocardiography (RT3DE) offers an efficient way to obtain complete 3D i...
Dynamic cardiac metrics, including myocardial strains and displacements, provide a quantitative appr...
Dynamic cardiac metrics, including myocardial strains and displacements, provide a quantitative appr...
Real-time three-dimensional (RT3D) ultrasound with matrix-phased array transducers enable fast, non-...
Susan L. Freudzon (as Susan L. Herz, with Qi Duan, Elsa D. Angelini, Olivier Gerard, Pascal Allain, ...
This paper presents a new methodology for validation of endocardial surface segmentation with real-t...
Cardiac ultrasound is a key component in modern cardiology, and is widely used to assess and quantif...
Abstract- In cardiac image analysis, optical flow techniques are widely used to track ventricular bo...
The dynamic behavior of the cardiac muscle is strongly dependent on heart diseases. Optic flow techn...
This paper explores the viability of applying 3D optical flow techniques on 3D heart sequences to di...
Cardiac ultrasound, or echocardiography, is considered to be the quickest and most cost effective im...