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AUB HPC wiki

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  • AUB
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  • AUB Jupyterhub
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  • Octopus
  • Publications
  • AUB
  • Research Request form
  • AUB Jupyterhub
  • GitHub

Section Navigation

  • Overview
  • Getting connected
  • Transferring data
  • Job scripts
  • SLURM cheatsheet help
  • Applications
  • Interactive jobs - Desktop environment on a compute nodes
  • Scientific Computing Environments
    • Parallel Computing
    • GPU computing
    • Python
    • Astrophysics Applications and Libraries
      • Rebound
      • Nbody family of codes
      • NGWire - secular dynamics framework
      • Enzo - multi-physics hydrodynamic astrophysical calculations
    • Molecular dynamics
    • Machine Learning - Deep Learning - Artificial Intelligence jobs
    • Large language models
    • The Matlab environment
    • The Ansys Fluent environment
    • Oil and Gas Applications
    • Abaqus
    • CST
    • Pari - Computer Algebra
  • Acknowledgements
  • Octopus

Octopus#

  • Overview
    • Hardware Resources
    • Operating system
    • Scheduler
    • Partitions
    • Storage
  • Getting connected
    • Connecting to a terminal
    • Tools for connecting
    • Generating a ssh private-public key pair
    • Login to the HPC cluster using a ssh public key
    • Connecting to a graphical user interface
    • Creating SSH tunnels
  • Transferring data
    • scp
    • rsync
    • sftp
    • winscp
    • cyberduck
    • filezilla
    • mobaxterm
  • Job scripts
    • Job scripts examples
    • Batch job submission and monitoring procedure
    • Jobs time limits and checkpoints
  • SLURM cheatsheet help
    • Submitting a job
    • List of running jobs
    • Remove a job from the queue
    • List of hosts and queues/partitions on the cluster
  • Applications
    • Useful module commands
    • Installed applications, tools and scientific libraries
  • Interactive jobs - Desktop environment on a compute nodes
    • Recommended workflow
    • An interactive job on a compute node
    • Create/edit folder and files
    • submit the job
    • Create a ssh tunnel
    • Connect using a vnc viewer (client) to the ssh tunnel on localhost
  • Scientific Computing Environments
    • Parallel Computing
    • GPU computing
    • Python
    • Astrophysics Applications and Libraries
    • Molecular dynamics
    • Machine Learning - Deep Learning - Artificial Intelligence jobs
    • Large language models
    • The Matlab environment
    • The Ansys Fluent environment
    • Oil and Gas Applications
    • Abaqus
    • CST
    • Pari - Computer Algebra
  • Acknowledgements

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