Typical Software Installation Process

List of Current Software Projects

Application Name	Installation Status	Estimated Completion	Notes
SMRT Analysis v2.3.0	In Progress	February 2017
ArcGIS for Linux	In progress	March 2017
DeepMask V0.1	In Progress	March 2017
Ansys Electromagnetics Desktop 18	Pending
Ansys Multiphysics 18	Pending

Recently Completed Software Projects

Application Name	Date Completed	License Type	Additional Info
R 3.3.2	02/14/2017	Open Source
ABC Sequential Synthesis 161025	11/01/2016	Open Source
Matlab R2016b	10/12/2016	USF Site License
Intel Cluster Suite 2017	09/30/2016	USF Site License
GDB 7.11.1	09/30/2016	Open Source
GCC 6.2.0	09/30/2016	Open Source
Gurobi Optimizer 6.5	09/29/2016	Academic Use License
Gromacs 2016	09/15/2016	Open Source
Julia 0.5.0-rc3	08/26/2016	Open Source
Mathematica 11.0	08/18/2016	USF Site License
Desmond 2016.2	08/11/2016	Educational Open Use
COMSOL 5.2a	08/17/2016	USF Site License
Caffe	06/30/2016	Open Source	Deep Learning framework for CUDA
Ansys 17.1	06/10/2016	Restricted - Authorized users only
AnsysEM 17.1	06/10/2016	Restricted - Authorized users only
CST Studio Suite 2016	05/19/2016	USF Site License
Comsol 5.2	05/16/2016	USF Site License
LAMMPS 15Feb16	05/12/2016	Open Source

Typical Software Installation Process

1. New request received.
2. Application is reviewed by RC staff for compatibility with Linux and cluster resources.
   • Also, is it open source or is a license required?
3. Source code or installer is downloaded to cluster filesystem.
4. Application is built using latest Intel Cluster Studio release, if possible.
   • Compilation for cluster systems and troubleshooting can take several hours to a few days depending on the complexity of the application.
5. Once a working executable has been built, it must then be integrated with the filesystem, modules, scheduler, and other services.
6. Testing and verification of compatibility with scheduler and cluster resources.
7. Documentation and release.