Accurately estimating all strain components in quasi-static ultrasound elastography is crucial
for the full analysis of biological media. In this paper, 2D strain tensor imaging is …

Accurately estimating all strain components in quasi-static ultrasound elastography is crucial
for the full analysis of biological media. In this study, 2D strain tensor imaging was …

Many types of cancers are associated with changes in tissue mechanical properties. This
has led to the development of elastography as a clinically viable method where tissue …

A recent technique named Mechanically-inspired L1-norm-based Second-Order Ultrasound
eLastography (L1-MechSOUL) has provided a promising solution to the well-known issue of …

Cancer is known to induce significant structural changes to tissue. In most cancers, including
breast cancer, such changes yield tissue stiffening. As such, imaging tissue stiffness can be …

Ultrasound elastography is a prominent noninvasive medical imaging technique that
estimates tissue elastic properties to detect abnormalities in an organ. A common …

In quasi-static elastography, the operator compresses the tissue under exam with the probe,
while the scanner processes the beamformed frames, by means of correlation or signal …

Purpose Most cancers are associated with biological and structural changes that lead to
tissue stiffening. Therefore, imaging tissue stiffness using quasi‐static ultrasound …

With the availability of 3D whole breast ultrasound data (WBUS), a lot of recent research
efforts are devoted to 3D ultrasound strain elastography. We propose a software post …

Existing physical model-based imaging methods for ultrasound elasticity reconstruction
utilize fixed variational regularizers that may not be appropriate for the application of interest …