Notizen
Gliederung
UNICORE and EUROGRID:
Grid Computing in EUROPE
Dietmar  Erwin
Forschungszentrum Jülich GmbH
TERENA Networking Conference 2001
Antalya, Turkey
Contents
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The Web and  ....
... the Grid
The Challenge of the Grid
Challenge: Architecture
Challenge: Security
Challenge: Applications
Challenge: Deployment
Challenge: Standards
Two European Grid Projects
UNICORE Goals
UNICORE delivers
UNICORE delivers
UNICORE delivers
UNICORE delivers
UNICORE Plus
Project Partners
UNICORE Functions
UNICORE Functions
UNICORE Functions
UNICORE Functions
 UNICORE Architecture
EUROGRID Vision
Build a European Grid infrastructure
that gives users
a seamless, secure access to
 High Performance Computing resources
and that advances computational science
in Europe
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EUROGRID delivers
Application GRIDS:
application interfaces, evaluation of GRID solutions
Bio-GRID
Meteo-GRID
CAE-GRID
HPC GRID Infrastructure:
connect HPC centers using UNICORE technology
Development and integration of new components (interactive access, steering, ASP)
Dissemination and exploitation
Bio-GRID
Operate a GRID for biomolecular simulations
Develop interfaces to existing biological and
chemical codes
Meteo-GRID
Develop a relocatable version of DWD‘s weather prediction model
Goal:
‘Weather prediction-on-demand‘ as an ASP solution
CAE-GRID
Coupled simulations of aircrafts
(e.g. structure and electromagnetics)
Goal:
internal HPC portal for EADS engineers
CAE-GRID
Provide HPC portal to engineers at Daimler-Chrysler and partners
Develop Grid technology for computing cost estimates and billing
In Summary
Quo vadis clathris?
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