Publication | Closed Access
Providing bandwidth guarantees, work conservation and low latency simultaneously in the cloud
37
Citations
38
References
2016
Year
Unknown Venue
Cluster ComputingEngineeringBandwidth GuaranteesCloud Computing ArchitectureComputer ArchitectureCloud Load BalancingWork ConservationData Center NetworkCloud Resource ManagementCloud ContinuumDistributed CloudInternet Of ThingsParallel ComputingCloud SchedulingLow LatencyEdge ComputingCloud ComputingPrior SolutionsParallel Programming
Today's cloud is shared among multiple tenants running different applications, and a desirable multi-tenant datacenter network infrastructure should provide bandwidth guarantees for throughput-intensive applications, low latency for latency-sensitive short messages, as well as work conservation to fully utilize the network bandwidth. Despite significant efforts in recent years, none of them can achieve these three properties simultaneously. In this paper, we identify the key deficiency of prior solutions and use this insight to motivate our design of Trinity - a simple, practical yet effective solution that achieves bandwidth guarantees, work conservation and low latency simultaneously in the cloud. We implement Trinity using existing commodity hardwares and demonstrate its superior performance over prior solutions using testbed experiments.
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