| R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002. 18 |
....the need for distributed locking. In contrast, blocks must be a fixed size and must be stored at a particular location on disk, requiring the use of a distributed locking scheme to control allocation. NASD devices that support an object interface are called object based storage devices (OBSDs) [23]. We assume that the storage system on which our algorithm runs is built from OBSDs. Our discussion of the algorithm assumes that each object can be mapped to a key x. While each object must have a unique identifier in the system, the key used for our algorithm not be unique for each object. ....
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002.
.... In some modern distributed file systems, data is stored on devices that can be directly accessed through the network, while metadata is managed separately by one or more specialized metadata servers [5] We are developing LH in the context of a large highperformance object based storage system [17]. Objectbased storage systems separate the data and metadata man This research is supported by Lawrence Livermore National Laboratory, Los Alamos National Laboratory, and Sandia National Laboratory under contract 520714. access Server Metadata Server Metadata Server Metadata update ....
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002. 9
....the need for distributed locking. In contrast, blocks must be a fixed size and must be stored at a particular location on disk, requiring the use of a distributed locking scheme to control allocation. NASD devices that support an object interface are called object based storage devices (OBSDs) [25]. We assume that the storage system on which our algorithm runs is built from OBSDs. Our discussion of the algorithm assumes that each object can be mapped to a key x. While each object must have a unique identifier in the system, the key used for our algorithm need not be unique for each object. ....
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002.
No context found.
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002. 18
No context found.
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002. 118
No context found.
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002. 118
No context found.
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002.
No context found.
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002.
No context found.
R. O. Weber. Information technology---SCSI object-based storage device commands (OSD). Technical Council Proposal Document T10/1355-D, Technical Committee T10, Aug. 2002.
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