Publications:

Selected, since 2017

1. “J-PET Framework: Software platform for PET tomography data reconstruction and analysis”
   SoftwareX
   June 2020
   [link ScienceDirect]
   
2. “Towards Lattice Quantum Chromodynamics on FPGA devices”
   Computer Physics Communications
   November 2019
   [link arXiv]
   
3. “Investigating the Dirac operator evaluation on FPGAs”
   Supercomputing Frontiers and Innovations
   June 2019
   [link arXiv]
   
4. “Evaluation of single-chip, real-time tomographic data processing on FPGA SoC devices”
   IEEE Transactions on Medical Imaging
   May 2018
   [link Xplore – OpenAccess]
   
5. “Readout electronics and data acquisition for gaseous tracking detectors”
   IEEE Transactions on Nuclear Science
   December 2017
   [link Xplore]
   
6. “Calculation of the time resolution of the J-PET tomograph using kernel density estimation”
   Physics in Medicine and Biology
   June 2017
   
7. “Design of the forward straw tube stracker for the PANDA experiment”
   Journal of Instrumentation
   June 2017
   

Presentations:

Selected, since 2018

1. “Supercomputing with FPGAs”
   Supercomputing Frontiers Europe 2019
   March 2019
   [link]
2. “Implementation of the conjugate gradient algorithm in Lattice QCD on FPGA devices”
   36th Annual International Symposium on Lattice Field Theory
   July 2018
   [link]
3. “Single-chip tomographic data processing platform”
   Total-Body PET from Mice to Men, Ghent, Belgium
   June 2018
   [link]

Patents:

1. “A system for acquisition of tomographic measurement data”
   US20160209522A1

   WO/2015/028594

Master thesis:

Selected, since 2019

1. Mgr Michał Znaleźniak
   “Investigation of the influence of the precision of floating point numbers on neural network performance”
   [link]
2. Mgr Sebastian Rus
   “Reactive programming in microservice architecture”
   [link]
3. Mgr Michał Jazowski
   “Slow control system for J-PET Data Acquisition”
   [link]
4. Mgr Marek Pawlak
   “Communication infrastructure for computing platform based on FPGA devices”
   [link]
   
5. Mgr Gabriel Hajduk
   “Visualization of tomographic data using AR technology”
   [link]
   
6. Mgr inż. Karol Farbaniec
   “Tomographic data processing and visualization on programmable logic devices”
7. Mgr Artur Gałuszka
   “Listy z przeskokami jako alternatywa dla binarnych drzew samoorganizujących”
   [link]