Dr
Federico Carminati
(CERN)
29/05/2014, 09:15
High Energy Physics code has been known for making limited use of high performance computing architectures. Efforts in optimising HEP code on vector and RISC architectures have yield limited results and recent studies have shown that, on modern architectures, it achieves a performance between 10% and 50% of the theoretical one. Although several successful attempts have been made to port...
Mr
Gábor Lehoczki
(Silicon Computers LTD)
29/05/2014, 10:00
Bruno Stefanizzi
(Advanced Micro Devices INC.), Dr
Dmitry Kozlov
(Advanced Micro Devices INC.)
29/05/2014, 10:40
Prof.
László Szirmay-Kalos
(Technical University of Budapest)
29/05/2014, 11:50
Dr
Pál Mezei
(Solid Angle LTD)
29/05/2014, 12:10
Mr
Ferenc Pittler
(Eötvös Univeristy, Budapest), Prof.
Sándor Katz
29/05/2014, 13:30
In numerical simulation of quantum chromodynamics the presence of large
number of integration variables requires up-to-date hardware technologies,
and software developed for the particular hardware. Due to the locality in
field theory the main source of performance improvement nowadays is
parallelization and simulation on GPU clusters. We present the GPU cluster
at the Eotvos Lorand...
Mr
Dániel Berényi
(Wigner RCP of the HAS, Eötvös University)
29/05/2014, 13:50
Mr
Máté Ferenc Nagy-Egri
(WIgner RCP of the HAS)
29/05/2014, 14:10
Dr
Gergely Gábor Barnaföldi
(Wigner RCP RMI of the Hungarian Academy of Sciences)
29/05/2014, 14:30
