Publications:
Selected, since 2017
- “J-PET Framework: Software platform for PET tomography data reconstruction and analysis”
SoftwareX
June 2020
[link ScienceDirect] - “Towards Lattice Quantum Chromodynamics on FPGA devices”
Computer Physics Communications
November 2019
[link arXiv] - “Investigating the Dirac operator evaluation on FPGAs”
Supercomputing Frontiers and Innovations
June 2019
[link arXiv] - “Evaluation of single-chip, real-time tomographic data processing on FPGA SoC devices”
IEEE Transactions on Medical Imaging
May 2018
[link Xplore – OpenAccess] - “Readout electronics and data acquisition for gaseous tracking detectors”
IEEE Transactions on Nuclear Science
December 2017
[link Xplore] - “Calculation of the time resolution of the J-PET tomograph using kernel density estimation”
Physics in Medicine and Biology
June 2017 - “Design of the forward straw tube stracker for the PANDA experiment”
Journal of Instrumentation
June 2017
Presentations:
Selected, since 2018
- “Supercomputing with FPGAs”
Supercomputing Frontiers Europe 2019
March 2019
[link] - “Implementation of the conjugate gradient algorithm in Lattice QCD on FPGA devices”
36th Annual International Symposium on Lattice Field Theory
July 2018
[link] - “Single-chip tomographic data processing platform”
Total-Body PET from Mice to Men, Ghent, Belgium
June 2018
[link]
Patents:
- “A system for acquisition of tomographic measurement data” US20160209522A1WO/2015/028594
Master thesis:
Selected, since 2019
- Mgr Mateusz Guzik
“Implementation of techniques for detection and correction of errors induced by radiation on FPGA devices”
[link] - Mgr Michał Znaleźniak
“Investigation of the influence of the precision of floating point numbers on neural network performance”
[link] - Mgr Sebastian Rus
“Reactive programming in microservice architecture”
[link] - Mgr Michał Jazowski
“Slow control system for J-PET Data Acquisition”
[link] - Mgr Marek Pawlak
“Communication infrastructure for computing platform based on FPGA devices”
[link] - Mgr Gabriel Hajduk
“Visualization of tomographic data using AR technology”
[link] - Mgr inż. Karol Farbaniec
“Tomographic data processing and visualization on programmable logic devices” - Mgr Artur Gałuszka
“Listy z przeskokami jako alternatywa dla binarnych drzew samoorganizujących”
[link]