Publication | Closed Access
Physical disentanglement in a container-based file system
42
Citations
38
References
2014
Year
Distributed File SystemCluster ComputingEngineeringPhysical DisentanglementComputer ArchitectureParallel StorageData IntegrationParallel ComputingParallel File SystemData ManagementFile SystemsComputer EngineeringComputer ScienceStorage VirtualizationCloud ComputingFile SystemSystem SoftwarePhysical StructuresNovel File System
We introduce IceFS, a novel file system that separates physical structures of the file system. A new abstraction, the cube, is provided to enable the grouping of files and directories inside a physically isolated container. We show three major benefits of cubes within IceFS: localized reaction to faults, fast recovery, and concurrent file-system updates. We demonstrate these benefits within a VMware-based virtualized environment and within the Hadoop distributed file system. Results show that our prototype can significantly improve availability and performance, sometimes by an order of magnitude.
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