W. L. Genter and K. S. Vastola. Delay Analysis of the FDDI Synchronous Data Class. In Proceedings of the IEEE INFOCOM, pages 766--773, 1990.  Home/Search   Document Not in Database   Summary   Related Articles

....throughput increase without violating the quality of service requirements. In this paper we study the applicability and the performance of this protocol in a high speed LAN MAN supporting both voice and data traffic. Performance of ring protocols for voice data integration has been widely studied [42, 16, 40, 28, 41, 7, 39]. The main problem faced in the analysis is the modeling of the voice source. A voice source behaves as having alternating talkspurts and silences, with packets generated at a constant rate during talkspurts only. Both talkspurts and silence periods can be approximated to be exponentially ....

....A station sends a packet to another by writing it into a free slot. performance metrics (e.g. delay variability, clipping probability) become difficult to compute unless the distribution of the delay is available. Delay distributions for voice traffic have been obtained in some studies [7, 16], but their approximate models fail to capture the correlated behavior of a voice source. Poisson arrival has been assumed in [7, 39] This model does not capture the on off nature of the source. Poisson source with bulk arrival has been used to better approximate a voice source in [16, 41] Since ....

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W. L. Genter and K. S. Vastola. Delay Analysis of the FDDI Synchronous Data Class. In Proceedings of the IEEE INFOCOM, pages 766--773, 1990.

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