This paper reviews ultrasound segmentation methods, in a broad sense, focusing on
techniques developed for medical B-mode ultrasound images. First, we present a review of …

B-mode ultrasound imaging is used extensively in medicine. Hence, there is a need to have
efficient segmentation tools to aid in computer-aided diagnosis, image-guided interventions …

This review is about the development of three-dimensional (3D) ultrasonic medical imaging,
how it works, and where its future lies. It assumes knowledge of two-dimensional (2D) …

Ultrasound image segmentation deals with delineating the boundaries of structures, as a
step towards semi-automated or fully automated measurement of dimensions or for …

The present invention relates to vascular images, or more particularly, to a system and
method of using the frequency spectrum of a radio frequency (RF) signal backscattered from …

Traditional brightness-mode ultrasound imaging is primarily constrained by the low
specificity among tissues and the inconsistency among sonographers. The major cause is …

We describe a level set formulation using both shape and motion prior, for both
segmentation and region tracking in high frame rate echocardiographic image sequences …

Background: To evaluate the accuracy of radiomics algorithm based on original radio
frequency (ORF) signals for prospective prediction of microvascular invasion (MVI) in …

When an ultrasonic examination is performed, a segmentation tool would often be very
useful, either for the detection of pathologies, the early diagnosis of cancer or the follow-up …

This paper presents an approach to measure human subcutaneous fat thickness
automatically using ultrasound radio frequency (RF) signals. We propose using spatially …