|
09:00
|
Introduction to the workshop
-Mr
Sverre Jarp
(CERN)
(until 09:15)
(Building 593, Room 11)
|
|
09:15
|
Floating-point issues and pitfalls seen in High Energy Physics calculations (PH/SFT)
-
Lorenzo Moneta
(CERN)
Vincenzo Innocente
(CERN)
(until 10:15)
(Building 593, Room 11)
|
|
09:15
|
Floating Point in Experimental HEP Data Processing
-
Vincenzo Innocente
(CERN)
(Building 593, Room 11)
|
|
09:35
|
Floating point issues in Data Analysis
-
Lorenzo Moneta
(CERN)
(Building 593, Room 11)
|
|
10:15
|
--- Break ---
|
|
10:30
|
Understand floating-point arithmetic (x86-64) Part - 1
-
Jeffrey Arnold
(Intel Corporation (US))
(until 11:15)
(Building 593, Room 11)
|
|
11:15
|
--- Break ---
|
|
11:30
|
Understand floating-point arithmetic (x86-64) Part - 2
-
Jeffrey Arnold
(Intel)
(until 12:15)
(Building 593, Room 11)
|
|
|
09:00
|
Floating-point control in the Intel C/C++ compiler and relevant libraries
-
Martyn Corden
(Intel)
(until 10:00)
(Building 593, Room 11)
|
|
10:00
|
--- Break ---
|
|
10:15
|
From CRLibm to Metalibm: assisting the production of high-performance proven floating project code (Florent de Dinechin)
-
Florent de Dinechin
(ENS, Lyon)
(until 11:00)
(Building 593, Room 11)
|
|
11:00
|
--- Break ---
|
|
11:15
|
An Accuracy-Aware Analysis Environment for High-Efficiency Math
-
John Gustafson
(Intel Research)
(until 12:15)
(Building 593, Room 11)
|
|
