PERFORMANCE ANALYSIS OF ATM SWITCHING WITH TRAFFIC SMOOTHING FUNCTION

Ambrosio M D, Melees R. On the Limit Behavior of the ATM Traffic with in a Network. IBCNS[2]Copenhagen, Denmark: April 19-23, 199:3, 23.1-1-23.1-12.[3]Hou T C, Wong A K. Queueing Analysis for ATM Switching of Mixed Continuous-Bit-Rate and Bursty Traffic. Proc. IEEE INFOCOM'90,San Francisco, USA: 1990, 660- 667.[4]Morris T D, Perros H G. Performance Modelling of a Multi-Buffered Banyan Switching under Bursty[5]Traffic. Proc. IEEE INFOCOM92, Florence, Itay: 1992, 436-445.[6]Gianatti S, Pattavina A. Performance Analysis of Shared- Buffered Banyan Network under Arbitrary Traffic Patterns. Proc. IEEE INFOCOM93, San Francisco, USA: 1993, 943-952.[7]Kroner H, Hebuterne G. IEEE J of SAC, 1991, SAC-9(9): 418-427.[8]樊延河,王建利,王泉.通信学报,1994. 15(4): 1-10.[9]Parviz Y. Performance Models for ATM Switching of Mixed Continuous-Bit-Rate and Bursty l raffic with Threshold-Based-Discarding. Proc. IEEE ICC92, Chicago, USA: 1992,1621-1627.[10]邓永录,梁之舜.随机点过程及其应用.北京:科学出版社,1992,447-448.[11]Bernabei F, Gratta L. Analysis of ON-OFF Source Shaping for ATM Multiplexing. Proc. IEEE[12]INFOCOM93, San Francisco, USA: 1993, 1330-1336.Bernabei F.[J].Gratta L. Analysis of Two Level Shaping for Multiplexer of ON-OFF ATM Sources. Proc. IEEE ICC93, Geneva, Switzerland.1330,1993:-[13]来光明,廖建新,李乐民.电子科技大学学报,1994, 23(6):214-219.