High-frame-rate 3-D ultrasound imaging technology combined with super-resolution
processing method can visualize 3-D microvascular structures by overcoming the diffraction …

The structure of microvasculature cannot be resolved using conventional ultrasound (US)
imaging due to the fundamental diffraction limit at clinical US frequencies. It is possible to …

Combining diverging ultrasound waves and microbubbles could improve contrast-enhanced
echocardiography (CEE), by providing enhanced temporal resolution for cardiac function …

High-frame-rate (HFR) ultrasound (US) imaging and contrast-enhanced US (CEUS) are
often implemented using multipulse transmissions, to enhance image quality. Multipulse …

Contrast echocardiography (CE) ultrasound with microbubble contrast agents has
significantly advanced our capability for assessment of cardiac function, including …

Suppressing tissue clutter is an essential step in blood flow estimation and visualization,
even when using ultrasound contrast agents. Blind source separation (BSS)-based clutter …

Assessing cardiac function with trans-thoracic ultrasound is a challenging task, mainly due
to its fast motion and its anatomical position which only allows for a narrow intercostal …

The use of diverging ultrasound waves provides enhanced temporal resolution for cardiac
function assessment. However, current image formation techniques using coherent …

With unfocused plane/diverging ultrasound waves, the capability of simultaneous sampling
on each element of an array transducer has spawned a branch known as high-frame-rate …

The use of high frame rate ultrasound is based on emitting unfocused pulses, which requires
multiple angle image compounding to obtain satisfactory image contrast and signal to noise …