Objective. The noise characteristics of digital x-ray imaging devices are determined by
contributions such as photon noise, electronic noise, and fixed pattern noise, and can be …

Purpose: Grid artifacts are caused when using the antiscatter grid in obtaining digital x‐ray
images. In this paper, research on grid artifact reduction techniques is conducted especially …

Purpose In x‐ray radiography, the commonly used antiscatter grid for enhancing image
quality causes artifacts in the form of periodic noises, such as shadows, cutoff, and Moiré …

In order to reduce the grid artifacts in the digital radiography with stationary antiscatter grids,
artifact frequency detection schemes should be adopted and appropriate band-rejection …

The mammography is the first choice of breast cancer screening, which has proven to be the
most effective screening method. An antiscatter grid is usually employed to enhance the …

In order to obtain more clear x-ray images, an antiscatter grid, which can absorb the
scattered rays, is employed. In the high-resolution direct digital radiography, however, the …

In digital radiography imaging, the x-ray images are formed based on a multiplicative model,
in which the projected image of an object is multiplied by the antiscatter grid shadow. Hence …

In order to reduce the grid artifacts, which are caused by using the antiscatter grid in
obtaining x-ray digital images, we analyze the grid artifacts based on the multiplicative …

In digital radiography imaging, the antiscatter grid is usually employed to obtain clear
projected images by absorbing scattered x-ray beams. However, due to the shadow of the …

In order to obtain more clear x-ray images, an antiscatter grid, which can absorb the
scattered rays, is employed. In the high-resolution direct digital radiography, however, the …