[1] Hu G Q,Dolzer K,Gauger M C. Does burst assembly really reduce the self-similarity. Atlanta:OFC,2003.124~126
[2] Pan Y,Ye P D. Acta Photonica Sinica,2005,34(1):73~77
[3] Zhang M,Ye P D. Acta Photonica Sinica,2001,30(Z1): 67~72
[4] Zhang F,Ye P D. Acta Photonica Sinica,2002,31(4):425~428
[5] Fei X,Shun Y,Biswanath M,et al. The performance improvement in optical packet-switched networks by traffic shaping of self-similar traffic. Anaheim: OFC,2002.218~219
[6] An G,Franco C,Lakshman S T. On optical burst switching and self-similar traffic. IEEE Communications Letters,2000,4(3): 98~100
[7] Vokkarane V M,Haridoss K,Jue J P. Threshold-based burst assembly policies for QoS support in optical burstswitched networks. Proc of SPIE,2002,4874: 125~136
[8] Oh S,Hong H,Kang M. A data burst assembly algorithm in optical burst switching networks. ETRI Journal,2002,24(4): 311~322
[9] Yu X,Chen Y,Qiao C M. Performance evaluation of optical burst switching with assembled burst traffic input. Taipei: GLOBECOM,2002.2318~2322
[10] Fang W J,Larry P. Inter as traffic patterns and their implications. Riode Janeiro: GLOBECOM,1999.1859~1868
[11] Tachibana T,Ajima T,Kasahara S. Round-robin burst assembly and constant transmission scheduling for optical burst switching networks. San Francisco:CLOBECOM,2003.2772~2776
[12] Fei X,Ben Y. On the generation and shaping selfsimilar traffic in optical packet-switched networks.Washington DC: OPNETWORK,2002.23~27