In this paper, a new nature-inspired hybrid population-based algorithm is proposed. Firstly,
during its operation, it changes the size of the population to reduce the number of processed …

This paper presents a new image reconstruction method for spiral cone-beam tomography
scanners in which an X-ray tube with a flying focal spot is used. The method is based on …

This work is related to our original statistical model-based iterative reconstruction conception
for medical computed tomography with the flying focal spot. This new reconstruction …

This paper presents an original approach to the image reconstruction problem for spiral CT
scanners where the FFS (Flying Focal Spot) technology in an x-ray tube is implemented. The …

This study introduces a novel ML-EM estimation method for reconstructing images in
positron emission tomography. The concept proposed here utilizes a continuous-to …

The Solar Dynamics Observatory delivers data concerning various aspects of the Sun
activity. Its Atmospheric Imaging Assembly, performs continuous full-disk observations of the …

This paper is closely related to the originally formulated 3D statistical model-based iterative
reconstruction algorithm for spiral cone-beam x-ray tomography. The concept proposed here …

This paper presents an original approach to the image reconstruction problem for spiral CT
scanners where the multi-source and/or the Flying Focal Spot (FFS) technology is …

This original approach to the formulation of a continuous-to-continuous (CC) forward model
can be used as a universal way to design reconstruction algorithms. In this work, we show …

This paper presents some practical realizations of image reconstruction methods for spiral
cone-beam tomography scanners in which an X-ray tube with a flying focal spot is used …