Anwendungen
Die Liste enthält alle 22 astrophysikalischen Anwendungen, die im AstroGrid im Rahmen des
Projektes bearbeitet werden sollen. Für jeden Eintrag ist die verantwortliche Person, einige
Grundeigenschaften sowie ein weiterführender Link gegeben (Tabelle in englisch).
Phase 1 Usecases: Applications with atomic structure
| Name |
Software Requirements |
Features | |
|
UC1 NIRVANA
Details (eng.) Udo Ziegler (AIP) Code to solve the magnetohydrodynamical equations |
C/C++, HDF5, MPI, make |
CPU mode: single/parallel Runtime: days-weeks RAM: < 50 GB Disk space: 20 GB |
|
UC2
AMIGA
Alexander Knebe (AIP) Nbody code |
AnsiC, make |
CPU mode: single Runtime: weeks-months RAM: < 3 GB Disk space: 20 GB |
|
UC3
NBODY6++
Rainer Spurzem (ZAH) Nbody code |
Fortran77, C, make, PBS, Unicore |
CPU mode: parallel Runtime: days-weeks RAM: 0.1 GB Disk space: < 3 GB |
|
UC4
DYNAMO
Detlef Elstner (AIP) Code to solve the turbulent dynamo equations |
Fortran90, make |
CPU mode: single Runtime: hours-days RAM: 0.5 GB Disk space: < 10 GB |
|
UC6
GADGET
Harry Enke (AIP) Nbody Smoothed Particle Hydrodynamics code |
gmake, C, GSL, FFTW, HDF5, MPI |
CPU mode: parallel Runtime: days-weeks RAM: 0.5 GB Disk space: < 3 TB |
|
UC12
GEO600
Thomas Radke (AEI) Gravitational Waves Analysis |
C/C++, Fortran, Java, make, Globus, Condor, Matlab |
CPU mode: multi-threaded, not MPI Runtime: hours RAM: 0.003 GB Disk space: < 0.01 GB |
Phase 2 Usecases: Applications with complex workflows and/or advanced I/O requirements
|
|
Name |
Software Requirements |
Features |
 |
UC5
CACTUS
Thomas Radke (AEI) General Solver Environment |
CVS, Perl, C/C++, Fortran90, MPI, HDFs, PETSc, BLAS, LAPACK, GSL |
CPU mode: single/parallel Runtime: hours-days RAM: 1 GB Disk space: <3 TB |
|
UC7
ASTROMATCH
Arthur Carlson (MPE) Astrometric Matching in StarGlobe |
Java 1.5, AstroGrid-D data stream management, astrophysical archives, GT4 |
CPU mode: single Runtime: minutes-hours RAM: 0.25 GB Disk space: dep. on archive |
|
UC8
CLUSTERFINDER
Arthur Carlson (MPE) Source Identification in RASS/SDSS |
Linux, Fortran, gcc, Perl, Python, Java, RASS, SDSS, Conesearch, make, Globus2.4.x |
CPU mode: single Runtime: RAM: 0.1 GB Disk space: < 20 GB |
|
UC9
VIRTUAL TELESCOPE
Gerhard Lemson (MPE) Telescope simulation applied to simulation data |
linux, Fortran90, C++, gcc, Ant, make, GPL, Java |
CPU mode: single Runtime: RAM: 0.001 GB Disk space: 0.003 GB |
|
UC10
MILLENIUM QUERY
Arthur Carlson (MPE) Remote dataset filtering, retrieval using a database |
Database, MS SQL server, Java, Ant, VOPlot |
CPU mode: single Runtime: minutes RAM: 1 GB Disk space: 1GB |
|
UC11
MILL. POSTPROCESSING
Arthur Carlson (MPE) Postprocessing of S Simulations |
C, IDL |
CPU mode: Runtime: RAM: Disk space: 20 GB |
|
UC13
SED CLASSIFICATION
Arthur Carlson (MPE) Comparison of theoretical and observed Spectral Energy Distributions |
Java 1.5, AstroGrid-D data stream management, astrophysical archives, GT4 |
CPU mode: single Runtime: minutes-hours RAM: 0.25 GB Disk space: dep on archive |
|
UC14
STELLA
Thomas Granzer (AIP) Grid connection to a robotic telescope |
Perl | CPU mode: single Runtime: minutes-hours RAM: 0.5 GB Disk space: 1 TB |
|
UC15 PLANET Joachim Wambsganss (ZAH) Use case currently not further considered |
|
|
|
UC16
FRINGE
Jürgen Steinacker (ZAH) Interactive processing of Very Large Telescope Interferometer data |
IDL, C++ |
CPU mode: single Runtime: minutes RAM: 3 GB Disk space: 1 GB |
|
UC17
PROC
Hans-Martin Adorf (MPA) Grid version of Planck process coordinator software |
C++, Fortran, IDL |
CPU mode: multiple Runtime: hours-days RAM: 10 GB Disk space: 1 GB |
|
UC18
CACTUS MONITORING
Thomas Radke (AEI) Providing metadata of Cactus runs on monitoring web pages |
CVS, Perl, C/C++, Fortran90, MPI, HDF5, PETSc BLAS, LAPACK, GSL |
CPU mode: multiple Runtime: hours-weeks RAM: all avail. Disk space: < 3 TB |
 |
U19
GALAXY MERGERS
Hans-Martin Adorf (MPA) Compare galaxy images and galaxy merger simulation images |
C | CPU mode: parallel Runtime: RAM: 10 GB Disk space: < 1 TB |
| U20
The Nature of Dark Energy
Stefan Gottlöber (AIP) |
|||
|
U21
TurISM
Oliver Gressel (AIP) weitere Informationen |
MPI, C, HDF5 library MPI version, CVS |
CPU mode: single/parallel Runtime: days weeks, problemdependent RAM: Disk space: < 2 TB (total) |
| U27
OpenTel
- An Open Network for Robotic Telescopes Frank Breitling (AIP) |
Requires VO management of the Globus Toolkit and a central information service like Stellaris. |
Telescopes and computers are provided as grid resources by the participants. |