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More on ARDA project and purpose of this page:
ArdaGrid
Our activities
Ganga
AMGA
UnoSat
Grid Reliability
ATLAS DDM
VO Specific Service Monitoring
Other Activities
DIANE User Level Scheduling
ITU RRC06: International Telecommunication Union Regional Conference
Avian Flu Data Challenge
Geant4 on the Grid
FUSION/HEP Collaboration (EGEE)
The working directory can be found under: /afs/cern.ch/sw/arda/install/DIANE/FUSION
The input files (to be included in the
InputSandbox) required for each job are: fuentes_lgv.tar.gz and input_lgv.tgz.
In addition a lgv.sh and lgv.jdl files are included into the same directory
The variation of each job can be chosen based on the number of trajectories which can be defined into the file: /inputs/input.lis.tj2. The integration of the 3 following variables: nf*nb*lb provides the number of trajectories.
For about 100 trajectories each job should take about 9-10 min of duration
The granularity of the production is also defined in the same file by the variable: seed (also included in that file). This variable set to zero makes a ramdom evolution of the job cresting therefore different outputs for each job.
Python Testing Framework
Garfield on the Grid
Theoretical Physics
Computational Chemistry
ThIS on the Grid
Clouds
Evaluation of Messaging System for Grids (MSG)
Ganga/DIANE Monitoring service
Tips and tricks
ARDA Machines
The following gives an overview of the machines we have for ARDA and who is responsible for them.
The machines that are in the dashboard cluster are managed by Ricardo Rocha, those in the ARDA and Atlas Distributed Computing Cluster are managed by Birger Koblitz. This means that the following things are done exclusively by the the two:
- hardware requests for new machines in the respective clusters
- Root access, interactive login access