Robust recovery of multistatic synthetic aperture data from conventional ultrasound
sequences can enable complete transmit-and-receive focusing at all points in the field of …

Shear wave elastography (SWE) is an ultrasonic technique able to quantitatively assess the
mechanical properties of tissues by combining acoustic radiation force and ultrafast imaging …

The development of ultrafast ultrasound imaging offers great opportunities to improve
imaging technologies, such as shear wave elastography and ultrafast Doppler imaging. In …

Ultrasound attenuation coefficient estimation (ACE) has diagnostic potential for clinical
applications such as differentiating tumors and quantifying fat content in the liver. The two …

Ultrasound is playing an emerging role in molecular and cellular imaging thanks to new
micro-and nanoscale contrast agents and reporter genes. Acoustic methods for the selective …

Ultrafast ultrasound imaging using plane or diverging waves, instead of focused beams, has
advanced greatly the development of novel ultrasound imaging methods for evaluating …

Accurate detection of liver steatosis is important for liver disease management. Ultrasound
attenuation coefficient estimation (ACE) has great potential in quantifying liver fat content …

Synthetic transmit focusing (STF) methods using unfocused waves or plane waves (PWs)
have recently been investigated extensively. However, STF using PWs with a convex array …

We present a new transmit pulse encoding scheme for ultrafast phased-array imaging called
sparse orthogonal diverging wave imaging (SODWI). In SODWI, Hadamard encoding is …

Objective. Shear wave elasticity imaging (SWEI) is an established approach for diagnosing
lesions in human tissue. However, the shear wavelengths used by traditional SWEI are …