Ultrasound imaging is a reference medical diagnostic technique, thanks to its blend of
versatility, effectiveness, and moderate cost. The core computation of all ultrasound imaging …

3-D medical ultrasound imaging enables new diagnostic possibilities and modalities. In a
computational process called beamforming, a 3-D volume is reconstructed from several …

3D ultrasound imaging is quickly becoming a reference technique for high-quality, accurate,
expressive diagnostic medical imaging. Unfortunately, its computation requirements are …

Medical ultrasound processing features two main components: A transducer head to
generate the ultrasound wave and acquire the reflected signals and a processing system …

High volume acquisition rates are imperative for certain medical ultrasound imaging
applications, such as 3D elastography and 3D vector flow imaging. As ultrasound imaging …

High volume acquisition rates are imperative for medical ultrasound imaging applications,
such as 3D elastography and 3D vector flow imaging. Unfortunately, despite recent …

In 3D plane-wave ultrasound, computational requirements are directly proportional to the
number of focal points in a volume. For a receive aperture of size of M x M y transducers, a …

Ultrasound imaging is still one of the most used clinical imaging modalities thanks to its real-
time output, its ease-of-use, its portability and low cost, and also because it is safe to use, as …

Στην παρούσα διπλωματική εργασία ασχολούμαστε με ένα ραγδαία εξελισσόμενο πεδίο της
υπερηχογραφίας, αυτό της διαμόρφωσης δέσμης, εστιάζοντας στις τεχνικές που …

Modern embedded systems on chip (SoCs) are heavily based on heterogeneous
architectures that combine feature-rich, general-purpose, multi-core host processors with …