RAID Storage Systems / ACM Inc. / SATA / SCSI/FC / /
Country
United States / /
Currency
USD / / /
Event
Reorganization / Product Issues / /
Facility
JOSEPH F. MURRAY University of California / University of California / / /
IndustryTerm
consumer electronics / Disk storage systems / storage server software / MAID storage systems / higher manufacturing volume / undersea applications / nanotech devices / technology basis / suitable drive technology alternatives / electronic products / storage resource management / system software / manufacturing test floor space / manufacturing process / backup systems / archival storage systems / manufacturing life / manufacturing final test / user applications / Suitable drive internal technology choices / disk systems / storage systems / archival systems / remote vault backup systems / electronics / enterprise storage systems / drive products / chemicals / mature technology / storage system management / offline storage systems / /
NaturalFeature
Fiber Channel / Fibre Channel / /
Organization
University of California / Storage Networking Industry Association / Center for Magnetic Recording Research / JOSEPH F. MURRAY University / Alfred P. Sloan Foundation / Printed Circuit Board / Computer Systems Organization / Information Storage Industry Center / /
Person
GORDON F. HUGHES / / /
Position
Acronyms Acronym AFR ATA D2D D2D2T ECC FC iFP iSCSI MAID / Archival MAID / disk corrosion Head / J. F. Murray General / Head / MAID / drive Description Head / /
Product
Disk / drive / /
ProvinceOrState
California / New York / /
Technology
design verification / Disk drive / data encryption / RAID system / operating system / RAID / TCP/IP / enterprise storage systems / iSCSI / Fibre Channel / SCSI / /
Reliability and Security of RAID Storage Systems and D2D Archives Using SATA Disk Drives GORDON F. HUGHES and JOSEPH F. MURRAY University of California San Diego