One of the main activities of the nuclear industry is the characterisation of radioactive waste
based on the detection of gamma radiation. Large volumes of radioactive waste are …

Accurately reconstructing 3-D hand shapes of patients is important for immobilization device
customization, artificial limb generation, and hand disease diagnosis. Traditional 3-D hand …

Physics is considered a tough academic subject by learners. To leverage engagement in the
learning of this STEM area, teachers try to come up with creative ideas about the design of …

Recently, C-arm cone-beam CT systems have been used to acquire knee joints under
weight-bearing conditions. For this purpose, the C-arm acquires images on a horizontal …

In orthopedic surgeries, such as osteotomy and osteosynthesis, an intraoperative 3D
reconstruction of the bone would enable surgeons to quickly assess the fracture reduction …

Purpose Interventional treatments of aneurysms in the carotid artery are increasingly being
supplemented with three‐dimensional (3D) x‐ray imaging. The 3D imaging provides …

Nowadays, video recordings of sport events is standard practice for a variety of applications,
ranging from entertainment to competition analysis. Beside that, analysis of athletes while …

Medical imaging plays a crucial role in various healthcare procedures, with the demand for
efficient and precise imaging methods steadily increasing. One such critical application is …

We present the technical/physical foundations of a new imaging technique that combines
ordinary radiographic information (generated by conventional X-ray settings) with the …

A method for deriving 3D internal information in conventional X-ray settings is presented. It is
based on the combination of a pair of radiographs from a patient and it avoids the use of X …