| Application Field: |
(it must be the same as in your Online Proposal Form!) |
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CFD |
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Reacting Flows |
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Solid State Physics |
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Physics (general) |
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Electrical Engineering |
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Climate Research, Transport |
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Chemistry, Molecular Dynamics |
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Computer Science, Image Processing |
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Bioinformatics |
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Structural Mechanics, Kinematics |
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Others |
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| Project Description: |
please enter the abstract of your follow-on project up to a maximum of 200 words in English in the text field below. Please explain briefly your additional requirements for more computing time and describe your planned timeframe and workplan within an additional project description of about 2 pages. |
| Abstract: |
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| Resources: |
please fill in your anticipated requirements of resources. For your information: Time frame ends at 30.6. of next year, if your proposal is granted in the first half year, and it ends at 30.6. of next but one year, if your proposal is granted in the second half year! |
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Computer resources
of entire project |
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(in CPU-hours [precise: core-hours])
(parallel elapsed time * number of cores)
(ForHLR I: max. 15 mio core-hours)
(ForHLR II: max. 30 mio core-hours) |
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Planned number of
parallel used CPU-cores |
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Memory requirements
per CPU-core (in MB) |
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Total permanent
disk space (in GB)
(ForHLR I: max. 4000 GB)
(ForHLR II: max. 5000 GB) |
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Total temporary
disk space (in GB) |
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| Usage of Powerwall |
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for visualization purposes |
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| The information below is optional. You can skip it if you want, but it can be of interest for you, if you want to use special software or libraries. Although we try to keep the information concerning the installations up to date, there is no guarantee that the current machine really has the libraries, software packages etc. installed at the moment. We strongly encourage you to double-check special entries with our advisors. |
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| Programming Language: |
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Fortran 2003 |
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Java |
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C |
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C++ |
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if other, please specify |
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| Programming Model: |
| MPI |
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OpenMP |
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| Pthreads |
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MPI + OpenMP |
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if other, please specify |
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| Software Packages: |
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if needed, please specify |
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| Libraries: |
the library MKL (Math Kernel Library) incorporates BLAS, sparse BLAS, LAPACK, ScaLAPACK and further libraries. |
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| Intel MKL |
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GNU Scientific Library (GSL) |
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| MATLAB |
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Intel Threading Building Blocks |
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if other, please specify |
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| Tools: |
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| DDT Debugger |
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Intel Vtune Amplifier |
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| Intel Inspector |
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Intel Trace Analyzer and Collector |
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if other, please specify |
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| If you have any problems or questions concerning this follow-on online proposal send an email to H. Häfner . |
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| Technical Annex: |
please send us the file of about 2 pages with a more detailed project description as mentioned in the first section; send only files in the formats MS Word or PDF.
A collection of documents should be archived in one file.
The following topics have to be addressed in the technical annex:
- research field (e.g. Physics, Chemistry, Electrical Engineering),
- if modified, underlying theory(e.g. Quantum Physics, Continuum Mechanics),
- if modified, description of goals (e.g. computation of helicopter aerodynamics),
- if modified, mathematical model (e.g. Navier-Stokes-Equations with turbulence model, Direct Simulation with Navier-Stokes-Equations),
- if modified, numerical methods (e.g. Finite Volume Method with Multigrid on unstructured tetrahedron grids,
- calculation of resources (number of grid nodes, number of time steps),
- possibly practical relevance of expected results,
- timeframe and workplan,
- new relevant literature or publications.
Please send your file with the detailed description via email to forhlr-projects@lists.kit.edu
using as subject the acronym of your project!
If you have any problems or questions concerning this
follow-on online proposal send an email to H. Häfner.
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