… Ultrasound elastography distinguishes the pathologic tissue from the normal one based on
the assumption that certain abnormalities, such as deposition of collagen related to fibrosis …

… tissue and simultaneously images it with ultrasound. Within many techniques proposed for
static elastography… deforming the tissue by simply pressing the ultrasound probe against it. It …

… breast ultrasound elastography, tissues displacements estimation is obtained through a
technique that follows the evolution of tissues … of B-mode images, tissue displacements are often …

… stretched to 4% strain while cine ultrasound radiofrequency (RF) data and video … ultrasound
elastography was used to estimate tissue motion and strain from RF data, and surface tissue …

… and can be broadly categorized into two groups: dynamic and quasi-static elastography. In …
in the tissue [4]. In contrast, the motions in the tissue are slow in quasi-static elastography and …

… as to monitor the resulting tissue displacement. The tissue displacement response is directly
related to the magnitude of the applied force and inversely related to the tissue stiffness. By …

… Principles of sonoelastography are based on using repeated pressure of the ultrasound
probe on the tissue. Differences in tissue displacement are calculated and presented as color …

… echo signals from each new image are compared with the previous image, and the tissue
displacement is estimated at multiple locations along each signal (A-line). The axial strain is …

… In this paper, we proposed an unsupervised method for time-delay estimation that allows a
neural network to be trained directly on clinical data and predict tissue displacement. Unlike …

… In conclusion, intravascular elastography appears to be a unique tool to determine local
mechanical properties in atherosclerotic lesions to identify fibrous and fatty tissue. Experiments …