Ultimate instability of exponential back-off protocol for acknowledgment-based transmission control of random access communication channels
IEEE Transactions on Information Theory · 1987 · 170 citations · 4 references
Acknowledgment-based Transmission ControlEngineeringNetwork Communication ProtocolData CommunicationCommunication EngineeringMulti-terminal Information TheoryExponential Back-off ProtocolNetwork AnalysisSystems EngineeringUltimate InstabilityDiscrete Time SlotsChannel Access MethodCommunication ChannelDelay-tolerant NetworkingBinary Exponential Back-offCommunication AlgorithmControl Protocol
When several users simultaneously transmit over a shared communication channel, the messages are lost and must be retransmitted later. Various protocols specifying when to retransmit have been proposed and studied in recent years. One protocol is "binary exponential back-off," used in the local area network Ethernet. A mathematical model with several idealizations (discrete time slots, infinite users, no deletions) is shown to be unstable in that the asymptotic rate of successful transmissions is zero, however small the arrival rate.
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Stochastic Models of Computer Communication Systems
F. P. Kelly · Journal of the Royal Statistical Society Series B (Statistical Methodology) · 1985
Stochastic ModelsEngineeringNetwork Communication Protocol+13
358 citations
Large deviations and rare events in the study of stochastic algorithms
M. Patrick Cottrell, Jean‐Claude Fort, G. Malgouyres · IEEE Transactions on Automatic Control · 1983
211 citations
The Number of Packets Transmitted by Collision Detect Random Access Schemes
F. P. Kelly, I. M. MacPhee · The Annals of Probability · 1987
49 citations
On the stability of the Ethernet
J. W. Goodman, Albert Greenberg, Neal Madras et al. · 1985
EngineeringBinary Exponential BackoffCommunication Engineering+12
20 citations