Publication | Closed Access
Fairness and efficiency in web server protocols
72
Citations
11
References
2003
Year
Unknown Venue
Cluster ComputingEngineeringFair Sojourn ProtocolWeb Server ProtocolsInternet Of ThingsParallel ComputingMechanism DesignAttractive New ProtocolJob SchedulerFair Resource AllocationScheduling (Computing)Computer ScienceMobile ComputingData SecurityPreemptive ProtocolDistributed ComputingNetwork Communication ProtocolEdge ComputingNetwork Traffic ControlCloud ComputingBusinessDistributed Transaction
We consider the problem of designing a preemptive protocol that is both fair and efficient when one is only concerned with the sojourn time of the job and not intermediate results. Our Fair Sojourn Protocol (FSP) is both efficient, in a strong sense (similar to the shortest remaining processing time protocol: SRPT), and fair, in the sense of guaranteeing that it weakly outperforms processor sharing (PS) for every job on any sample path.Our primary motivation is web serving in which the standard protocol is PS, while recent work proposes using SRPT or variants. Our work suggests both a framework in which to evaluate proposed protocols and an attractive new protocol, FSP.
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