DELAY JITTER OF A PERIODIC CELL STREAM THROUGH AN ATM MULTIPLEXER IN A BURSTY TRAFFIC ENVIRONMENT

He Jiafu; Li Lemin

Volume 19 Issue 4

Jul. 1997

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Article Navigation > Journal of Electronics & Information Technology > 1997 > 19(4): 494-502

He Jiafu, Li Lemin. DELAY JITTER OF A PERIODIC CELL STREAM THROUGH AN ATM MULTIPLEXER IN A BURSTY TRAFFIC ENVIRONMENT[J]. Journal of Electronics & Information Technology, 1997, 19(4): 494-502.

Citation:

He Jiafu, Li Lemin. DELAY JITTER OF A PERIODIC CELL STREAM THROUGH AN ATM MULTIPLEXER IN A BURSTY TRAFFIC ENVIRONMENT[J]. Journal of Electronics & Information Technology, 1997, 19(4): 494-502.

He Jiafu, Li Lemin. DELAY JITTER OF A PERIODIC CELL STREAM THROUGH AN ATM MULTIPLEXER IN A BURSTY TRAFFIC ENVIRONMENT[J]. Journal of Electronics & Information Technology, 1997, 19(4): 494-502.

Citation:

He Jiafu, Li Lemin. DELAY JITTER OF A PERIODIC CELL STREAM THROUGH AN ATM MULTIPLEXER IN A BURSTY TRAFFIC ENVIRONMENT[J]. Journal of Electronics & Information Technology, 1997, 19(4): 494-502.

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DELAY JITTER OF A PERIODIC CELL STREAM THROUGH AN ATM MULTIPLEXER IN A BURSTY TRAFFIC ENVIRONMENT

He Jiafu,
Li Lemin

Received Date: 1995-10-30
Rev Recd Date: 1996-07-24
Publish Date: 1997-07-19

Abstract

Abstract

The periodic cell stream is a very important member Among the input traffic sources in ATM networks. In this paper, a finite-buffered ATM multiplexer with traffic sources composed of a periodic cell stream, multiple i. i. d Bernoulli cell streams and bursty two-state Markov Modulated Brenoulli Process(MMBP) cell streams is exactly analyzed. The probability mass function of queueing delay, the autocorrelation and power spectrum of delay jitter for this periodic cell stream are derived. The analysis is used to expose the behavior of delay jitter for a periodic cell stream through an ATM multiplexer in a bursty traffic environment. The simulation results indicate that the analytical results are accurate.

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References(1)

References

Matragi W, Bisdikian C, Sohraby K. On the fitter and delay analysis in ATM multiplexer. Proc. IEEE ICC94, New Orleans, LA, USA: 1994, 738-744.[2]Matragi W, Biedikian C, Sohraby K. Jitter Calculus in ATM Networks: Single Node Case. Proc. IEEE INFOCOM94, Toronto, Canada: 1994, 232-241.[3]Biadikian C, Matragi W, Sohraby K. A framework for fitter analysis in cell based multiplexers[J].Performance Evaluation.1995, 22:257-277[4]Yijun Xiong, Bruneel H. A tight upper bound for the tail distribution of the buffer contents in statistical multiplexers with heterogeneous MMBP traffic sources. Proc. IEEE GLOBECOM93. Houston, TX, USA: 1993, 767-771.[5]Bruneel H. Queueing behavior of statistical multiplexer with correlated inputs[J].IEEE Trans. on COM.1988, 36(12):1339-1341[6]San-qi Li, Mark J W. Performance of Voice/Data integration on a TDM system. IEEE Trans. on COM, 1985, COM-33(12): 1265-1273.[7]Gusella R. Characterizing the variability of arrival processes with indexes of dispersion. IEEE J. of SAC, 1991, 9(2): 203-211.

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