Performance of error recovery schemes in a fast packet switching network: simulation study

The general behavior of the ARQ protocols is modeled by a queueing network with priorities representing the erroneous and recovery processes. A mean value analysis algorithm is developed for the performance analysis of the model. The input parameters, the erroneous period and the recovery duration, for the model are gained from the extended finite state machine model description of the protocols. By giving several examples we have demonstrated the general applicability of the new approach.

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Performance simulation of end-to-end windowing in ATM networks

Toniatti

Trombetta²

1992

[Proceedings] IEEE INFOCOM '92: The Conference on Computer Communications

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The effectiveaction ofend-to-endwindowingas f2ow and congestion control mechanism for fast packet switching networks is widely recognized. This paper investigates the effectiveness of such mechanism applied to data t r a f i in ATM networks. In particular, an adaptive window mechanism includinggo-back(n) retransmission is proposed. Performance achievable by its application is evaluated by simulntion under a particular network model assumption. Thegain reachable in terms of improvement of cell acceptance is estimated with different soume t r a f i descriptors and network parameter values.

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Performance of error recovery schemes in a fast packet switching network: simulation study

Cited by 4 publications

References 7 publications

Survey of traffic control schemes and protocols in ATM networks

Survey of traffic control schemes and protocols in ATM networks

A general analysis technique for ARQ protocol performance in high speed networks

Performance simulation of end-to-end windowing in ATM networks

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