UNICORE and EUROGRID:
Grid Computing in EUROPE
| Dietmar Erwin | |
| Forschungszentrum Jülich GmbH | |
| TERENA Networking Conference 2001 | |
| Antalya, Turkey |
| Build a European Grid infrastructure | |
| that gives users | |
| a seamless, secure access to | |
| High Performance Computing resources | |
| and that advances computational science | |
| in Europe |
| Application GRIDS: application interfaces, evaluation of GRID solutions |
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| Bio-GRID | ||
| Meteo-GRID | ||
| CAE-GRID | ||
| HPC GRID Infrastructure: connect HPC centers using UNICORE technology |
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| Development and integration of new components (interactive access, steering, ASP) | ||
| Dissemination and exploitation | ||
| Operate a GRID for biomolecular simulations | |
| Develop interfaces to existing
biological and chemical codes |
|
| Develop a relocatable version of DWD‘s weather prediction model | |
| Goal: ‘Weather prediction-on-demand‘ as an ASP solution |
| Coupled simulations of aircrafts (e.g. structure and electromagnetics) |
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| Goal: internal HPC portal for EADS engineers |
| Provide HPC portal to engineers at Daimler-Chrysler and partners | |
| Develop Grid technology for computing cost estimates and billing | |