Ultrasound systems can be enhanced to combine 3D data and corresponding spatial information. This approach, called 3D freehand Ultrasound (3DFUS), uses ultrasound (US) images and the corresponding pose of the transducer with the purpose of reconstructing the 3D morphology for large anatomical parts. So far, this 3D reconstruction has only limited clinical use as the procedure is not widely accessible and features extraction is very time consuming. Our current work is aimed at developing a new tool for image reconstruction and to optimizing the features extraction process in 3DFUS.status: accepte
There have been reports on the use of Ultrasound (US) for monitoring fracture repair and for measur...
Background: 3D freehand ultrasound enables the creation of volumetric data. The acquisition of morph...
3-D ultrasound (US) can significantly improve the visualization of musculoskeletal tissues, such as ...
INTRODUCTION and AIM Ultrasound (US) systems are largely used to collect medical images for visualiz...
Ultrasonography offers the opportunity to directly visualize in-vivo anatomical features. This can b...
Ultrasonography (US) devices are systems largely used to collect medical images useful for visualizi...
INTRODUCTION and AIM 3D Freehand ultrasound (3DUS) is a technique that combines ultrasound images an...
The developmental goal of 3D ultrasound imaging (3DUS) is to engineer a modality to perform 3D morph...
Muscle morphological parameters such as fascicle length (FL), pennationangle (PA) and physiologic cr...
Background and objective 3D freehand Ultrasonography is a medical imaging technique that can be used...
Ultrasound is a cost-effective, readily available, and non-ionizing modality for musculoskeletal ima...
3D freehand ultrasound has extensive application for organ volume measurement and has been shown to ...
3D freehand Ultrasonography (3DfUS) is a medical imaging technique that can be used to measure muscl...
Full list of author information is available at the end of the article Introduction: Freehand three-...
AbstractFreehand three-dimensional ultrasound imaging is a highly attractive research area because i...
There have been reports on the use of Ultrasound (US) for monitoring fracture repair and for measur...
Background: 3D freehand ultrasound enables the creation of volumetric data. The acquisition of morph...
3-D ultrasound (US) can significantly improve the visualization of musculoskeletal tissues, such as ...
INTRODUCTION and AIM Ultrasound (US) systems are largely used to collect medical images for visualiz...
Ultrasonography offers the opportunity to directly visualize in-vivo anatomical features. This can b...
Ultrasonography (US) devices are systems largely used to collect medical images useful for visualizi...
INTRODUCTION and AIM 3D Freehand ultrasound (3DUS) is a technique that combines ultrasound images an...
The developmental goal of 3D ultrasound imaging (3DUS) is to engineer a modality to perform 3D morph...
Muscle morphological parameters such as fascicle length (FL), pennationangle (PA) and physiologic cr...
Background and objective 3D freehand Ultrasonography is a medical imaging technique that can be used...
Ultrasound is a cost-effective, readily available, and non-ionizing modality for musculoskeletal ima...
3D freehand ultrasound has extensive application for organ volume measurement and has been shown to ...
3D freehand Ultrasonography (3DfUS) is a medical imaging technique that can be used to measure muscl...
Full list of author information is available at the end of the article Introduction: Freehand three-...
AbstractFreehand three-dimensional ultrasound imaging is a highly attractive research area because i...
There have been reports on the use of Ultrasound (US) for monitoring fracture repair and for measur...
Background: 3D freehand ultrasound enables the creation of volumetric data. The acquisition of morph...
3-D ultrasound (US) can significantly improve the visualization of musculoskeletal tissues, such as ...