Digital breast tomosynthesis is a new technique intended to overcome the limitations of
conventional projection mammography by reconstructing slices through the breast from …

Purpose To present a generic geometric calibration method for tomographic imaging
systems with flat‐panel detectors in a very detailed manner, in the aim to provide a useful …

Modern interventional x-ray systems are often equipped with flat-panel detector-based cone-
beam CT (FPD-CBCT) to provide tomographic, volumetric, and high spatial resolution …

A prototype breast tomosynthesis system has been developed, allowing a total angular view
of±25°. The detector used in this system is an amorphous selenium direct-conversion digital …

Purpose: Misalignment artifacts are a serious problem in medical flat‐detector computed
tomography. Generally, the geometrical parameters, which are essential for reconstruction …

This paper describes a comprehensive method for determining the geometric alignment
parameters for cone-beam scanners (often called calibrating the scanners or performing …

Purpose: AC‐arm CT system has been shown to be capable of scanning a single cadaver
leg under loaded conditions by virtue of its highly flexible acquisition trajectories. In Part I of …

A precise knowledge of geometry is always pivotal to a 3-D X-ray imaging system, such as
computed tomography (CT), digital X-ray tomosynthesis, and computed laminography. To …

In this work, we provide an initial characterization of a novel twin robotic X-ray system. This
system is equipped with two motor-driven telescopic arms carrying X-ray tube and flat-panel …

Purpose To assess the imaging performance and radiation dose characteristics of the O‐
arm CBCT imaging system (Medtronic Inc., Littleton MA) and demonstrate the potential for …