CERN openlab/Intel Workshop on Numerical Computing
7 Feb 2012, 09:00
→
8 Feb 2012, 17:00
Europe/Zurich
Building 593, Room 11 (CERN)
Building 593, Room 11
CERN
Description
The registration to this workshop is now closed, as all places have been taken.
A new workshop will take place in the third quarter of this year, more information will follow.
Topics
Advanced Floating point computing on x86
Pitfalls in High Energy Physics software
Floating point control in Intel Software
Future directions in accuracy control
Hands-on tutorials
Speakers
Jeff Arnold, Intel
Martyn Corden, Intel
Florent de Dinechin, ENS Lyon
John Gustafson, Intel Research
Vincenzo Innocente, CERN
Lorenzo Moneta, CERN
More information will follow shortly.
Poster
Participants
Abdeslem Djaoui
Alastair Bland
Alberto Ribon
Alexandre Vaniachine
Alfio Lazzaro
Andrea Dotti
Andreas Juttner
Andreas Schaelicke
Andrzej Dworak
Andrzej Nowak
Anthony Morley
Belmiro Moreira
Ben Couturier
Daniele Francesco Kruse
Danilo Piparo
Elmar Ritsch
Florent de Dinechin
Francisca Garay Walls
Frank Winklmeier
Georgios Koloventzos
Graeme Stewart
Herbert Cornelius
Jakob Blomer
Jakub Moscicki
Jeffrey Arnold
John Apostolakis
John Evans
John Gustafson
Juan David Gonzalez Cobas
Judita Mamuzic
Julien Leduc
Klaus-Dieter Oertel
Laurent Deniau
Lorenzo Moneta
Marco Cattaneo
Marco Clemencic
Marek Strzelczyk
Mario Ubeda Garcia
Martin Woudstra
Martyn Corden
Owen Rodger Dyckhoff
Pedro Guilherme Ferreira Parracho
Remi Mommsen
Rogerio Iope
Ryszard Erazm Jurga
Salvatore Di Guida
Sami Kama
Samuel Iglesias Gonsalvez
Sverre Jarp
Vincenzo Innocente
Zachary Marshall
Tuesday 7 February
Tue 7 Feb
Wed 8 Feb
Introduction to the workshop
Building 593, Room 11
Building 593, Room 11
CERN
Sverre Jarp
Convener
:
Mr
Sverre Jarp
(
CERN
)
Floating-point issues and pitfalls seen in High Energy Physics calculations (PH/SFT)
Building 593, Room 11
Building 593, Room 11
CERN
Reconstruction (30 m) - V. Innocente
Data analysis (30 m) – L. Moneta
Conveners
:
Lorenzo Moneta
(
CERN
)
,
Vincenzo Innocente
(
CERN
)
1
Floating Point in Experimental HEP Data Processing
Speaker
:
Vincenzo Innocente
(
CERN
)
Slides
2
Floating point issues in Data Analysis
Speaker
:
Lorenzo Moneta
(
CERN
)
Slides
10:15
Break
Understand floating-point arithmetic (x86-64) Part - 1
Building 593, Room 11
Building 593, Room 11
CERN
Convener
:
Jeffrey Arnold
(
Intel Corporation (US)
)
slides
11:15
Break
Building 593, Room 11
Building 593, Room 11
CERN
Understand floating-point arithmetic (x86-64) Part - 2
Building 593, Room 11
Building 593, Room 11
CERN
Convener
:
Jeffrey Arnold
(
Intel
)
12:15
Lunch
Exercises Part 1
Building 593, Room 11
Building 593, Room 11
CERN
Please bring your own laptop
Wednesday 8 February
Tue 7 Feb
Wed 8 Feb
Floating-point control in the Intel C/C++ compiler and relevant libraries
Building 593, Room 11
Building 593, Room 11
CERN
Convener
:
Martyn Corden
(
Intel
)
slides
10:00
Break
From CRLibm to Metalibm: assisting the production of high-performance proven floating project code (Florent de Dinechin)
Building 593, Room 11
Building 593, Room 11
CERN
Convener
:
Florent de Dinechin
(
ENS, Lyon
)
slides
11:00
Break
An Accuracy-Aware Analysis Environment for High-Efficiency Math
Building 593, Room 11
Building 593, Room 11
CERN
Convener
:
John Gustafson
(
Intel Research
)
slides
12:15
Lunch
Building 593, Room 11
Building 593, Room 11
CERN
Exercises Part 2
Building 593, Room 11
Building 593, Room 11
CERN
Bring your own laptop