NERSCPowering Scientific Discovery Since 1974

Matthew Andrews

Matthew Andrews
Storage Systems Group
National Energy Research Scientific Computing Center
Phone: (510) 486-4309
Fax: (510) 486-4316
Lawrence Berkeley National Laboratory
1 Cyclotron Road
Mail Stop 943-256
Berkeley, CA 94720 US

Biographical Sketch

Matthew Andrews is a member of the NERSC Storage Systems Group which is responsible for the maintenance of the centers shared storage resources including the GPFS center wide filesystems, and the HPSS archival storage systems as well as a number of ancilary systems. Matt has over 15 years experience in software development, systems administration, and data storage including positions at Carnegie Mellon University(where he also earned a degree in Electrical and Computer Engineering), Intuit, and now over 10 years with NERSC. As a member of the archival storage team he has helped maintain NERSCs two HPSS systems, and AFS cell including developing a cfengine based system management infrastructure. More recently, he has joined the NERSC Global Filesystem team which maintains the center's GPFS filesystems. As a member of this team he has brough along the cfengine infrastructure which was developed for the HPSS team, managed the deployment of shared home filesystems for the center's computing resources, evaluated new storage hardware and technologies, and developed the PIBS parallel backup system which backs up the center's home, and project filesystems to HPSS. 


Conference Papers

Neal Master, Matthew Andrews, Jason Hick, Shane Canon, Nicholas J. Wright, "Performance Analysis of Commodity and Enterprise Class Flash Devices", Petascale Data Storage Workshop (PDSW), November 2010,


J. Hick, M. Andrews, Leveraging the Business Value of Tape, FujiFilm Executive IT Summit 2011, June 9, 2011,

Describes how tape is used in the HPSS Archive and HPSS Backup systems at NERSC.  Includes some examples of our organizations tape policies, our roadmap to Exascale and an example of tape in the Exascale Era, our observed tape reliability, and an overview of our locally developed Parallel Incremental Backup System (PIBS) which performs backups of our NGF file system.