I store / Miller Darrell D. E. Long Carlos Maltzahn University of California / Ceph’s Reliable Autonomic Distributed Object Store / /
IndustryTerm
distributed file systems / large systems / placement / storage devices / metadata management / conventional file systems / scientific applications / inactive devices / Performance-conscious applications / raw block device / metadata server / unreliable object storage devices / storage systems / deployed devices / kernel file systems / distributed storage systems / recent and experimental file systems / performance computing extensions / file systems / scientific and high-performance computing communities / scientific computing applications / computing / scientific computing file system workloads / object-based file systems / coherence management / imprecise and unsatisfying solution / local file systems / active applications / recent distributed file systems / dual-processor / intelligent object storage devices / internal network / /
Movie
Traffic Control 4 / /
MusicAlbum
I/O / /
OperatingSystem
Linux / POSIX / /
Organization
Operating Systems Design and Implementation USENIX Association / University of California / Santa Cruz / Reliable Autonomic Distributed Object Store / USENIX Association / /
Person
Scott A. Brandt Ethan / Darrell D. E. Long Carlos / /
Position
user-space scheduler / single writer / administrator / low-level disk scheduler / /
Technology
Linux / caching / SAN / two-phase commit / Operating Systems / client/server / RAID / flash / SCSI / /
Ceph: A Scalable, High-Performance Distributed File System Sage A. Weil Scott A. Brandt Ethan L. Miller Darrell D. E. Long