Get started on Big Red II
Big Red II is Indiana University's main system for high-performance parallel computing. With a theoretical peak performance (Rpeak) of one thousand trillion floating-point operations per second (1 petaFLOPS) and a maximal achieved performance (Rmax) of 596.4 teraFLOPS, Big Red II is among the world's fastest research supercomputers. Owned and operated solely by IU, Big Red II is designed to accelerate discovery in a wide variety of fields, including medicine, physics, fine arts, and global climate research, and enable effective analysis of large, complex data sets (i.e., big data).
Following is a selection of IU Knowledge Base documents to help you get started using Big Red II; for additional documentation, search the Knowledge Base.
On this page:
- System overview
- Accounts, access, and user policies
- Programming environment
- Run jobs
- X forwarding and interactive jobs
- Application-specific help
- Get help
Accounts, access, and user policies
- System access
- Your responsibilities as a computer user at IU
- Policies regarding UITS research systems
- Work with data containing PHI
- Use Modules to manage your software environment
- Available software
- Cray native mode (ESM) and Cluster Compatibility Mode (CCM)
- Compiling C, C++, and Fortran programs on Big Red II and Big Red II+ at IU
- Compiling Java programs on Big Red II at IU
- Run applications on Big Red II's GPU-enabled compute nodes
- Queue information
- How do I run batch jobs on Big Red II at IU?
- Run OpenMP or hybrid OpenMP/MPI jobs on Big Red II at IU
- On Big Red II at IU, how do I use PCP to bundle multiple serial jobs to run them in parallel?
- How do I monitor memory and CPU usage on an IU research computing system?
- How do I use the IU Cyberinfrastructure Gateway to monitor batch jobs running on Big Red II or Karst?
X forwarding and interactive jobs
- How do I run interactive jobs on Big Red II at IU?
- On my personal computer, how do I use X forwarding to securely run graphical applications installed on IU's research computing systems?
- ARPACK - numerical library
- GAUSS - matrix programming language
- GROMACS - molecular dynamics software
- MATLAB - numerical computing environment
- NAMD - molecular dynamics software
- SAS - statistics software
- Stata - statistics software
- WRF - weather research and forecasting model
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