The motion of the carotid artery wall has been previously estimated from ultrasound image
sequences using block matching. In this paper, this conventional method was extended …

This paper presents a novel approach for estimating 2-D flow angles using a high-frame-rate
ultrasound method. The angle estimator features high accuracy and low standard deviation …

Introduction: In this study, a computer analysis method based on a block matching algorithm
is presented to extract the longitudinal movement of the carotid artery wall using consecutive …

Visualization and quantification of blood flow are considered important for early detection of
atherosclerosis and patient-specific diagnosis and intervention. As conventional Doppler …

This work introduces a novel user-independent method to estimate in vivo the two-
dimensional (2D), ie radial and longitudinal, trajectory of B-mode ultrasound (US) …

INSTRUCTIONS FOR PREPARING A PAPER FOR THE 4th GRACM CONGRESS ON
COMPUTATIONAL MECHANICS Page 1 7th GRACM International Congress on …

In this paper a global estimation method based on transverse oscillation to simultaneously
extract wall and flow velocities at high-framerate is presented. Several carotid phantoms with …

Ultrafast ultrasound is a promising imaging modality that enabled, inter alia, the
development of pulse wave imaging and the local velocity estimation of the so-called pulse …

Pulse Wave Velocity (PWV) promises to be a useful clinical marker for noninvasive
diagnosis of atherosclerosis. This work demonstrates the ability to perform localized carotid …

Detailed imaging of complex blood flow may improve early diagnosis of cardiovascular
disease. In clinical practice, non-invasive flow imaging has been limited to one-dimensional …