*5 JUQUEEN :-
The Julich Research Centre in Germany is home to the JUQUEEN, which is used for computational science, engineering, climatology, physics, and materials science. Ranked No. 8 in June, JUQEEN was upgraded and is now the most powerful system in Europe.
Please consider the following notes on the use of juqueen :-
The resources of this leadership-class system will be provided for a small number of grand challenge projects that will be selected in accordance with strict scientific standards. Resources will be allocated to the projects within the framework of an international reviewing procedure. The following criteria must be met by the projects in order to be eligible:
Scientific excellence.
Clear scientific goals and verifiable milestones on the way to reach these goals.
Preliminary studies that demonstrate the scalability of the program to very high processor numbers (at least 8192 cores) and proof of very good scalability at least up to 4096 processor cores
A detailed and clearly arranged work schedule in form of a table or Gantt chart.
Well-founded and detailed demonstration of the required runtime of the program and the total required CPU time.Please consult also the detailed technical guidelines for projects applying for JUQUEEN
Speed: 1.38 petaflops
Country: Germany
Date Created: 2012
The Julich Research Centre in Germany is home to the JUQUEEN, which is used for computational science, engineering, climatology, physics, and materials science. Ranked No. 8 in June, JUQEEN was upgraded and is now the most powerful system in Europe.
Please consider the following notes on the use of juqueen :-
The resources of this leadership-class system will be provided for a small number of grand challenge projects that will be selected in accordance with strict scientific standards. Resources will be allocated to the projects within the framework of an international reviewing procedure. The following criteria must be met by the projects in order to be eligible:
Scientific excellence.
Clear scientific goals and verifiable milestones on the way to reach these goals.
Preliminary studies that demonstrate the scalability of the program to very high processor numbers (at least 8192 cores) and proof of very good scalability at least up to 4096 processor cores
A detailed and clearly arranged work schedule in form of a table or Gantt chart.
Well-founded and detailed demonstration of the required runtime of the program and the total required CPU time.Please consult also the detailed technical guidelines for projects applying for JUQUEEN
Speed: 1.38 petaflops
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