High frame rate (HFR) imaging methods based on the transmission of defocused or plane
waves rather than focused beams are increasingly popular. However, the production of HFR …

Based on the high frame rate (HFR) imaging method developed in our lab, an extended high
frame rate imaging method with various transmission schemes was developed recently. In …

Implementation of a high-frequency ultrasound (HFUS) beamformer is computationally
challenging because of its high sampling rate. This article introduces an efficient …

For real-time visualization of the mouse heart (6 to 13 beats per second), a back-end
processing system involving high-speed signal processing functions to form and display …

Fast three-dimensional (3-D) ultrasound imaging is a technical challenge. Previously, a high-
frame rate (HFR) imaging theory was developed in which a pulsed plane wave was used in …

Purpose Ultrafast high‐frame‐rate ultrasound imaging based on coherent‐plane‐wave
compounding has been developed for many biomedical applications. Most coherent‐plane …

Ultrafast imaging based on coherent plane-wave compounding is one of the most important
recent developments in medical ultrasound. It significantly improves the image quality and …

A linear array imaging system with coded excitation is considered, where the proposed
excitation/compression scheme maximizes the signal-to-noise ratio (SNR) and minimizes …

Although the use of ultrasonic plane-wave transmissions rather than line-per-line focused
beam transmissions has been long studied in research, clinical application of this …

The speed of sound in the human body limits the achievable data acquisition rate of pulsed
ultrasound scanners. To overcome this limitation, parallel beamforming techniques are used …