Contact:
Room: 503
Position:
Assistant Professor
Classes:
Wprowadzenie do systemów operacyjnych lab
Programowanie obiektowe proj
Systemy wbudowane lab
PhD Eng
Piotr Pluta
Office hours: Pn 18-19; Wt 18-19; Śr 18-19
Pasjonata optymalizacji kodu i programowania równoległego w oparciu o akceleratory graficzne firmy NVIDIA w technologii CUDA jak i programowania niskopoziomowego w architekturze X86 / x64.
W strefie działalności naukowej zajmuję się algorytmami rekonstrukcji obrazów w tomografii medycznej.
Papers (18)
2026 (1)
Pluta P., Sosnowski J., A Modified Method for an Iterative Reconstruction Algorithm Utilizing a Back-Projection Correlation Approach in Multi-focus Low-Dose Tomography. (0)
A Modified Method for an Iterative Reconstruction Algorithm Utilizing a Back-Projection Correlation Approach in Multi-focus Low-Dose Tomography
, A Modified Method for an Iterative Reconstruction Algorithm Utilizing a Back-Projection Correlation Approach in Multi-focus Low-Dose Tomography, Lecture Notes in Computer Science, 15950 LNCS, 15950 LNCS, 279-286, 2026, Cites: 02025 (2)
Pluta P., Nieszporek K., Sosnowski J., Positioning the Reconstruction Plane for a Statistical Iterative Reconstruction Algorithm with Rebinning in CT Scanners with a Flying Focal Spot. (1)
Positioning the Reconstruction Plane for a Statistical Iterative Reconstruction Algorithm with Rebinning in CT Scanners with a Flying Focal Spot
, Positioning the Reconstruction Plane for a Statistical Iterative Reconstruction Algorithm with Rebinning in CT Scanners with a Flying Focal Spot, Lecture Notes in Computer Science, 15166 LNAI, 15166 LNAI, 345-355, 2025, Cites: 1
Pluta P., Cierniak R., Waligora M., A new statistical reconstruction method with rebinning as a technique for reducing the dose in CT scanners utilizing a flying focal spot. (1)
A new statistical reconstruction method with rebinning as a technique for reducing the dose in CT scanners utilizing a flying focal spot
, A new statistical reconstruction method with rebinning as a technique for reducing the dose in CT scanners utilizing a flying focal spot, Computer Methods and Programs in Biomedicine, 270, 270, 2025, Cites: 12023 (4)
Pluta P., A New Approach to Statistical Iterative Reconstruction Algorithm for a CT Scanner with Flying Focal Spot Using a Rebinning Method. (4)
A New Approach to Statistical Iterative Reconstruction Algorithm for a CT Scanner with Flying Focal Spot Using a Rebinning Method
, A New Approach to Statistical Iterative Reconstruction Algorithm for a CT Scanner with Flying Focal Spot Using a Rebinning Method, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 13589 LNAI, 13589 LNAI, 286-299, 2023, Cites: 4
Sosnowski J., Pluta P., Najgebauer P., Hand Gesture Recognition for Medical Purposes Using CNN. (1)
Hand Gesture Recognition for Medical Purposes Using CNN
, Hand Gesture Recognition for Medical Purposes Using CNN, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 13589 LNAI, 13589 LNAI, 80-88, 2023, Cites: 1
Pluta P., Cierniak R., A New Statistical Approach to Image Reconstruction with Rebinning for the X-Ray CT Scanners with Flying Focal Spot Tube. (3)
A New Statistical Approach to Image Reconstruction with Rebinning for the X-Ray CT Scanners with Flying Focal Spot Tube
, A New Statistical Approach to Image Reconstruction with Rebinning for the X-Ray CT Scanners with Flying Focal Spot Tube, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 14074 LNCS, 14074 LNCS, 670-677, 2023, Cites: 3
Pluta P., Cierniak R., A New Rebinning Reconstruction Method for the Low Dose CT Scanners with Flying Focal Spot. (3)
A New Rebinning Reconstruction Method for the Low Dose CT Scanners with Flying Focal Spot
, A New Rebinning Reconstruction Method for the Low Dose CT Scanners with Flying Focal Spot, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 14126 LNAI, 14126 LNAI, 269-278, 2023, Cites: 32022 (2)
Cierniak R., Bilski J., Pluta P., Implementations of statistical reconstruction algorithm for CT scanners with flying focal spot. (0)
Implementations of statistical reconstruction algorithm for CT scanners with flying focal spot
, Implementations of statistical reconstruction algorithm for CT scanners with flying focal spot, Proceedings of SPIE the International Society for Optical Engineering, 12304, 12304, 2022, Cites: 0
Cierniak R., Pluta P., An Original Continuous-to-Continuous Forward Model as a Universal Method for the Formulation of Reconstruction Methods for Medical Imaging Techniques. (0)
An Original Continuous-to-Continuous Forward Model as a Universal Method for the Formulation of Reconstruction Methods for Medical Imaging Techniques
, An Original Continuous-to-Continuous Forward Model as a Universal Method for the Formulation of Reconstruction Methods for Medical Imaging Techniques, Communications in Computer and Information Science, 1653 CCIS, 1653 CCIS, 396-405, 2022, Cites: 02021 (2)
Cierniak R., Pluta P., A New Statistical Iterative Reconstruction Algorithm for a CT Scanner with Flying Focal Spot. (1)
A New Statistical Iterative Reconstruction Algorithm for a CT Scanner with Flying Focal Spot
, A New Statistical Iterative Reconstruction Algorithm for a CT Scanner with Flying Focal Spot, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 12855 LNAI, 12855 LNAI, 431-441, 2021, Cites: 1
Cierniak R., Pluta P., Waligora M., Szymanski Z., Grzanek K., Palka F., Piuri V., A New Statistical Reconstruction Method for the Computed Tomography Using an X-Ray Tube with Flying Focal Spot. (13)
A New Statistical Reconstruction Method for the Computed Tomography Using an X-Ray Tube with Flying Focal Spot
, A New Statistical Reconstruction Method for the Computed Tomography Using an X-Ray Tube with Flying Focal Spot, Journal of Artificial Intelligence and Soft Computing Research, 11, 11, 271-286, 2021, Cites: 132020 (2)
Cierniak R., Pluta P., KaAmierczak A., A Practical Statistical Approach to the Reconstruction Problem Using a Single Slice Rebinning Method. (16)
A Practical Statistical Approach to the Reconstruction Problem Using a Single Slice Rebinning Method
, A Practical Statistical Approach to the Reconstruction Problem Using a Single Slice Rebinning Method, Journal of Artificial Intelligence and Soft Computing Research, 10, 10, 137-149, 2020, Cites: 16
Cierniak R., Pluta P., Statistical iterative reconstruction algorithm based on a continuous-to-continuous model formulated for spiral cone-beam ct. (3)
Statistical iterative reconstruction algorithm based on a continuous-to-continuous model formulated for spiral cone-beam ct
, Statistical iterative reconstruction algorithm based on a continuous-to-continuous model formulated for spiral cone-beam ct, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 12139 LNCS, 12139 LNCS, 613-620, 2020, Cites: 32019 (2)
Cierniak R., Bilski J., Pluta P., Filutowicz Z., Realizations of the statistical reconstruction method based on the continuous-to-continuous data model. (0)
Realizations of the statistical reconstruction method based on the continuous-to-continuous data model
, Realizations of the statistical reconstruction method based on the continuous-to-continuous data model, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 11509 LNAI, 11509 LNAI, 149-156, 2019, Cites: 0
Cierniak R., Pluta P., Iterative Statistical Reconstruction Algorithm Based on C-C Data Model with the Direct Use of Projections Performed in Spiral Cone-Beam CT Scanners. (0)
Iterative Statistical Reconstruction Algorithm Based on C-C Data Model with the Direct Use of Projections Performed in Spiral Cone-Beam CT Scanners
, Iterative Statistical Reconstruction Algorithm Based on C-C Data Model with the Direct Use of Projections Performed in Spiral Cone-Beam CT Scanners, Advances in Intelligent Systems and Computing, 1011, 1011, 56-66, 2019, Cites: 02018 (1)
Cierniak R., Dobosz P., Pluta P., Filutowicz P., Analytical realization of the EM algorithm for emission positron tomography. (0)
Analytical realization of the EM algorithm for emission positron tomography
, Analytical realization of the EM algorithm for emission positron tomography, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 10842 LNAI, 10842 LNAI, 127-136, 2018, Cites: 02017 (1)
Cierniak R., Bilski J., Smolag J., Pluta P., Shah N., Parallel realizations of the iterative statistical reconstruction algorithm for 3D computed tomography. (1)
Parallel realizations of the iterative statistical reconstruction algorithm for 3D computed tomography
, Parallel realizations of the iterative statistical reconstruction algorithm for 3D computed tomography, Lecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics, 10245 LNAI, 10245 LNAI, 473-484, 2017, Cites: 12016 (1)
Cierniak R., Lorent A., Pluta P., Shah N., Regularization methods for the analytical statistical reconstruction problem in medical computed tomography. (0)
