Second in a two‐part series comparing measurement techniques for the assessment of
basic image quality metrics in digital radiography, in this paper we focus on the …

This article reviews the parameters that characterise the image quality of digital radiography
and the available evaluation methods that are used to measure these parameters. The …

A scintillation screen with ultrahigh spatial resolution, fast decay time, and high stability is
the key to commercial application. Herein, a pixelated‐structure scintillation screen of …

The physical performance of a scanning multislit full field digital mammography system was
determined using basic image quality parameters. The system employs a direct detection …

Purpose The purpose of this study was to introduce a new algorithm for automated
measurement of the modulation transfer function (MTF) using an edge of a readily available …

Radiography remains the most widely used imaging modality throughout the world.
Additionally, while it has been demonstrated that a quality control (QC) program, especially …

The state of the art to describe image quality in medical imaging is to assess the
performance of an observer conducting a task of clinical interest. This can be done by using …

The aim of this work was to propose system sharpness parameters for digital breast
tomosynthesis (DBT) systems that include the influence of focus size and focus motion for …

Prior studies on performance evaluation of digital radiographic systems have primarily
focused on the assessment of the detector performance alone. However, the clinical …

The strong advance in digital mammography as a tool for breast cancer screening requires
that the new systems be characterized. Quality control protocols describe the methodology …