Complementary to axial, lateral displacement and strain can provide important information
on the biological soft tissues in all applications of elastography. In this paper, the effect of …

Complementary to axial, lateral and elevational displacement and strain can provide
important information on the mechanical properties of biological soft tissues. In this paper …

Complementary to axial, lateral displacement and strain can provide important information
on the biological soft tissues. In this paper, the effects of key parameters (ie, lateral …

In elastography, Conventional Linear Array (CLA)-based RF data acquisition can only
provide good quality displacement measurements in the direction of beam propagation …

A major disadvantage of the current practice of elastography is that only the axial component
of the strain is estimated. The lateral and elevational components are basically disregarded …

Many ultrasound elastograms are reconstructed from pre-and post-compression
radiofrequency (RF) signals after beamforming using a single or a few focusing depths. This …

Ultrasound elastography is investigated in this thesis based on processing backscattered
raw ultrasonic data (radio frequency signals) using standard cross-correlation tool (SCC) …

In ultrasound elastography, the strains in the axial direction are usually calculated by
applying gradient operator on the estimated axial displacements. Unfortunately, the direct …

Ultrasound elastography has been widely applied in clinical diagnosis. To produce high-
quality elastograms, displacement estimation is important to generate ne displacement map …

Ultrasound elastography is based on estimating tissue displacement using ultrasound
imaging technology. The displacement field of interest may be the result of either an external …