Whole-field velocity measurement techniques based on ultrasound imaging (aka 'ultrasound
imaging velocimetry'or 'echo-PIV') have received significant attention from the fluid …

The paper gives an introduction to current medical ultrasound imaging systems. The basics
of anatomic and blood flow imaging are described. The properties of medical ultrasound and …

This paper describes a new technique for two-dimensional (2-D) imaging of the motion
vector at a very high frame rate with ultrasound. Its potential is experimentally demonstrated …

The Synthetic Aperture Real-time Ultrasound System (SARUS) for acquiring and processing
synthetic aperture (SA) data for research purposes is described. The specifications and …

This paper gives a review of the most important methods for blood velocity vector flow
imaging (VFI) for conventional sequential data acquisition. This includes multibeam …

Conventional ultrasound methods for acquiring color images of blood velocity are limited by
a relatively low frame-rate and are restricted to give velocity estimates along the ultrasound …

Row–column (RC) arrays have the potential to yield full 3-D ultrasound imaging with a
greatly reduced number of elements compared to fully populated arrays. They, however …

Ultrasonic colour Doppler is an imaging technique that combines anatomical information
derived using ultrasonic pulse-echo techniques with velocity information derived using …

During the past decade, ultrasound has expanded medical imaging well beyond the
“traditional” radiology setting: a combination of portability, low cost, and ease of use makes …

A quantitative angle-independent 2-D modality for flow and tissue imaging based on multi-
angle plane wave acquisition was evaluated. Simulations of realistic flow in a carotid artery …