JUSUF Cluster Partition

Contents:

• Access
  • Prerequisites
  • SSH Login
  • Login Nodes
  • Alternative Login Methods
• Configuration
  • Hardware Configuration
  • Software Overview
• Environment
  • Shell
  • Active project
  • Available file systems
  • Machine identification file
  • Transferring files with scp, rsync, etc.
  • Using Git on JUSUF
• Software Modules
  • Basic module usage
  • Available compilers
  • MPI runtimes
  • GPUs and modules
  • Finding software packages
  • Stages
  • Stages Changelog
  • Scientific software at JSC
  • Requesting new software
  • Installing your own software with EasyBuild
• Building Software
  • Compiled Languages
  • Interpreted Languages
• Batch system
  • Slurm Partitions
  • Allocations, Jobs and Job Steps
  • Writing a Batch Script
  • Requesting Generic Resources and Features
  • Job Steps
  • Dependency Chains
  • Interactive Sessions
  • Hold and Release Batch Jobs
  • Slurm commands
  • Summary of sbatch and srun Options
  • Frequency Scaling Performance Reliability
• Processor Affinity
  • Slurm options
  • Affinity examples
  • Affinity visualisation
  • Differences to vanilla Slurm (19.05)
• MPMD: Multiple Program Multiple Data Execution Model
• GPU Computing
  • JUSUF GPU Nodes
  • GPU Visibility/Affinity
  • Nvidia Profiling Tools and Clock Speed
  • Job Script Examples
• GPFS File Systems in the Jülich Environment
  • Best practice notes
• Data Transfer to and from JUSUF
• Heterogeneous and Cross-Module Jobs
  • Heterogeneous Jobs
  • Loading Software in a Heterogeneous Environment
• Accounting
  • Accounting Mode
  • Command description
• User tool jutil
  • Usage
  • Allowed user interfaces
• Container Runtime on JUSUF
  • What Containers Provide
  • Getting Access
  • Apptainer on JUSUF
  • Container Build System
  • Apptainer image building
• UNICORE in Production
• Jacamar CI Runners
  • Getting Access
  • Runners Tags on JUSUF
  • Jacamar Example .gitlab-ci.yml File