Publication | Closed Access
Simplex Queues for Hot-Data Download
12
Citations
12
References
2017
Year
Unknown Venue
Distributed File SystemEngineeringReliable Data StorageStorage RedundancyFault-tolerant MessagingQueueing TheorySimplex QueuesData ConsistencyData IntegrationParallel ComputingErasure CodesData ManagementDistributed SystemsComputer ScienceData ReplicationData SecurityNetwork Traffic ControlCloud ComputingParallel ProgrammingDistributed Data StoreDistributed Transaction
In distributed systems, reliable data storage is accomplished through redundancy, which has traditionally been achieved by simple replication of data across multiple nodes [6]. A special class of erasure codes, known as locally repairable codes (LRCs) [7], has started to replace replication in practice [8], as a more storage-efficient way to provide a desired reliability. It has recently been recognized, that storage redundancy can also provide fast access of stored data (see e.g. [5,9,10] and references therein). Most of these papers consider download scenarios of all jointly encoded pieces of data, and very few [11,12,14] are concerned with download of only some, possibly hot, pieces of data that are jointly encoded with those of less interest. So far, only low traffic regime has been partially addressed.
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