Difference between revisions of "Lectures on Quark/Stoomboot/GRID"
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| + | If running your analysis on a local machine no longer is fast enough there are three options to acces more powerful computing. Please discuss with your supervisor which option suits best. | ||
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=== Introduction to Quark Cluster=== | === Introduction to Quark Cluster=== | ||
If you have an Utrecht University computing (Solis) account, you can get access to the quark cluster in Utrecht. Discuss with your supervisor whether this is useful and who to ask to activate your account. | If you have an Utrecht University computing (Solis) account, you can get access to the quark cluster in Utrecht. Discuss with your supervisor whether this is useful and who to ask to activate your account. | ||
Latest revision as of 11:35, 11 May 2021
If running your analysis on a local machine no longer is fast enough there are three options to acces more powerful computing. Please discuss with your supervisor which option suits best.
Introduction to Quark Cluster
If you have an Utrecht University computing (Solis) account, you can get access to the quark cluster in Utrecht. Discuss with your supervisor whether this is useful and who to ask to activate your account.
Introduction to stoomboot
Stoomboot is the computing cluster at Nikhef. You will need a Nikhef account to acces the cluster.
- Introduction to interactive data analysis on stoomboot
- Usage of ALICE software and running analysis at Nikhef
- Template task for interactive run
- Introduction to batch data analysis on stoomboot
- Bash script to be used for batch analysis
- Partial list of LHC10h runs
Introduction to GRID analysis
GRID is the computing grid from CERN. You will need a CERN computing account to acces the resources.