...
Raw Data: Newly acquired raw data is stored on disk and copies to institutional storage in a timely fashion. This is done by copying the data to a UVA based server and then preserving the
data on a RAID disk array owned and maintained by the UVA Spin Physics group.
The Fermilab E-1039/SpinQuest experiment is expecting to collect approximately 20 Tb of raw data between commissioning and the end of data acquisition. The raw data is subsequently processed and stored in a MySQL database. The MySQL database will be approximately twice the size of the raw data. In addition, there is a substantial volume of simulated, Monte Carlo events produced and stored at collaborating institutions and universities.
...
Analysis software source: Data analysis software is developed within the SpinQuest reconstruction and analysis package. Contributions to the package are from several sources, university facultygroups, Fermilab users, off-site lab collaborators and third parties. Locally written software source code and build files, along with contributions from collaborators are stored in a version management system, git. Third party software is managed by software maintainers under oversight of the Analysis Working Group. Source code repositories and managed third party packages are continually backed up to the University of Virginia Rivanna storage.
...