Publication | Open Access
When to use and when not to use BBR
70
Citations
21
References
2019
Year
Unknown Venue
Deep BuffersNetwork ConditionsEngineeringEdge ComputingNetwork Traffic ControlMethodology ComparisonShallow BuffersComputer ArchitectureNetwork AnalysisComputer EngineeringHigh-speed NetworkingComputer ScienceNetwork PerformanceTransport LayerCongestion Control
This short paper presents a detailed empirical study of BBR's performance under different real-world and emulated testbeds across a range of network operating conditions. Our empirical results help to identify network conditions under which BBR outperforms, in terms of goodput, contemporary TCP congestion control algorithms. We find that BBR is well suited for networks with shallow buffers, despite its high retransmissions, whereas existing loss-based algorithms are better suited for deep buffers.
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