Applications of Structured Recursion Schemes
Dániel Berényi, 23-27 Aug, Budapest;

Logic, Relativity and Beyond 3rd conference honoring Hajnal Andréka's 70th birthday
LambdaGen - A GPU code generator powered by recursion schemes
András Leitereg, Jul 2017, Budapest; Haskell Hackathon

The PYCBC package and its use in the search of the Gravitational waves detection, its application in GPUs
Balázs Kacskovics, László Somlai, 2-3 Jun, Budapest; GPU Day

Parallel evaluation of general vector-arithmetic trees
András Leitereg (Eötvös University), 2-3 Jun, Budapest; GPU Day

Selected use cases of structured recursion schemes
Dániel Berényi, 6-7 Aug, Budapest; Haskell Hackathon
Slides link
Video link

C++ EDSL for parallel code generation
Dániel Berényi, 28-30 Oct Kolozsvár (Cluj-Napoca) Románia; Grid, Cloud & High Performance Computing in Science, RO-LCG 2015

The Bridge between Mathematical Models of Physics and Generic Simulations
Dániel Berényi, 9-13 Aug, Budapest; Logic, Relativity and Beyond 2nd international conference
Paper link

Code Generation for Parallel Differential Equation Solvers
Dániel Berényi, 24-26 Apr, Bitola, Macedonia; 14th International Conference on Informatics and Information Technologies
Proceedings link

Code-Generation for Differential Equation Solvers
Dániel Berényi, 20-21 May, Budapest; GPU Day

Gamma Ray Burst Prediction with GPUs
Gergely DEBRECZENI (Wigner RCP) 20-21 May, Budapest; GPU Day

Accelerated Monte-Carlo Particle Generators for the LHC
Gergely Gábor BARNAFÖLDI (Wigner RCP) 20-21 May, Budapest; GPU Day

Computational challenges of modern gravitational wave research
G. Debreczeni, 21-28 March, La Thuille, Italy; de Moriond: 100 years after GR

Dataprocessing in experimental gravitational-wave research [in Hungarian]
G. Debreczeni, winter, Hungary; Mafihe Téli Iskola

Computing issues in experimental gravitational wave research: Virgo computing
G. Debreczeni, 27 May, Frascati; Workshop della Commissional Calcolo e Reti dell'INFN"

Status and challanges in Virgo computing
G. Debreczeni, Reggio di Calcolo, 25 May, INFN, CNAF, Bologna

GRB forecasting with GPUs
G. Debreczeni, 20 May, Wigner RCP, Budapest; Future of Many-Core Computing in Science

Paralell computing in the Virgo experiment
G. Debreczeni, Invited talk on GPU in High-energy physics, Pisa, University of Pisa

GPU in gravitational wave research
G. Debreczeni, Perspective of GPUs in Physics and Astrophysics, Rome

Static GPU Code Generation in Scientific Computing
M. F. Nagy-Egri, Perspective of GPUs in Physics and Astrophysics, Rome

GPU Code-generation for Differential Equation Solvers
D. Berényi, Perspective of GPUs in Physics and Astrophysics, Rome

Accelerated Monte Carlo Particle Generators for the LHC
G. G. Barnaföldi, GPU-Nap 2014, Future of Many-Core Computing in Science

GPU Code-generation for Differential Equation Solvers
D. Berényi, GPU-Nap 2014, Future of Many-Core Computing in Science

GridRipper >> Lattice Template Library
M. F. Nagy-Egri, GPU-Nap 2014, Future of Many-Core Computing in Science

Fully resolved simulation (FRS) of finite size particles in convecting fluids
Gy. Tegze, Statistical Physics Seminar, Budapest, Lóránd Eötvös University

Computing as a Service - Roundtrip of the HPC Services at Wigner RCP
M. F. Nagy-Egri, Ro-LCG 2014, Grid-Cloud and High-Performance Computing in Physics Research, Bukarest, Horia Hulubei National Institute for Physics and Nuclear Engineering

Strong Field Physics Applications and HPC Computing
D. Berényi, Ro-LCG 2014, Grid-Cloud and High-Performance Computing in Physics Research, Bukarest, Horia Hulubei National Institute for Physics and Nuclear Engineering

Advanced Gravitational Wave Data Analysis
G. Debreczeni, Invited talk on International Conference on New Frontiers in Physics, Kolymbary, Greece

Advanced Gravitational Wave Data Analysis
G. Debreczeni, Invited talk on International Conference on New Frontiers in Physics, Kolymbary, Greece