Cone-beam computed tomography (CBCT) imaging is becoming increasingly important for a
wide range of applications such as image-guided surgery, image-guided radiation therapy …

Robot-guided computed tomography enables the inspection of parts that are too large for
conventional systems and allows, for instance, the non-destructive and volumetric …

Purpose We developed a target‐based cone beam computed tomography (CBCT) imaging
framework for optimizing an unconstrained three dimensional (3D) source‐detector …

Cone beam computed tomography (CBCT) has become a vital tool in interventional
radiology. Usually, a circular source-detector trajectory is used to acquire a three …

Industrial computed tomography systems usually implement circular or helical trajectories,
which are inherently inefficient since they are applied independently of the inspection task …

Purpose Development of an algorithm to self-calibrate arbitrary CBCT trajectories which can
be used to reduce metal artifacts. By using feature detection and matching we want to …

Background: For the reconstruction of Cone-Beam CT volumes, the exact position of each
projection is needed; however, in some situations, this information is missing. Purpose: The …

Improvements for Medical Imaging Robotic computer tomography systems offer a wide
range possibilities for non-circular and patient specific trajectories. These could reduce …

Purpose Kinematic constraints due to the additional medical equipment or the patient size
are common while acquiring C-arm cone beam computed tomography (CBCT). Such …