The development of 3-D ultrasonic probes and 3-D ultrasound (3DUS) imaging offers new
functionalities that call for specific image processing developments. In this paper, we …

Medical ultrasound (US) image segmentation and quantification can be challenging due to
signal dropouts, missing boundaries, and presence of speckle, which gives images of …

Accurate segmentation of cardiac chambers is helpful for the diagnosis of Congenital Heart
Disease (CHD) in fetal echocardiography. Previous studies mainly focused on single …

基于深度学习的图像分割技术是处理医学图像的有力工具, 胎儿心脏超声图像分割任务更是其中
的热点研究内容. 由于不同心脏部位像素点数量不平衡以及图像模糊等问题 …

A la demande réelle d'une maintenance des ouvrages d'art en béton affectés par la réaction
d'alcali-silice, les travaux effectués dans ce rapport concernent effectivement une …

The fetal heart has very thin intra-chamber walls which are often not resolved by ultrasound
scanners and may drop out as a result of imaging. In order to measure blood volumes from …

Purpose: To segment the fetal heart in order to facilitate the 3D assessment of the cardiac
function and structure. Methods: Ultrasound acquisition typically results in drop‐out artifacts …

This thesis focuses on segmentation and 3D reconstruction of cardiac arteries from CT
images of patients with TGA. The purpose of this work is to build 3D models for surgical …

A computational method providing online, automated 3-D reconstruction of the right atrium of
the human heart is presented in this paper. Endocardial boundaries were extracted from …

This paper presents a level set deformable model to segment all four chambers of the fetal
heart simultaneously. We show its results in 2D on 53 images taken from only 8 datasets …