By Liang Xiongjian, Wei Zhang, Xueyuan Zhang (auth.), Danny H. K. Tsang, Paul J. Kühn (eds.)
Broadband communications is widely known as one of many key applied sciences for development the subsequent new release international community infrastructure to aid ever-increasing multimedia functions. This e-book features a selection of well timed modern examine papers that tackle the various vital problems with offering one of these broadband community infrastructure.
Broadband Communications represents the chosen lawsuits of the 5th foreign convention on Broadband Communications, subsidized by means of the overseas Federation for info Processing (IFIP) and held in Hong Kong in November 1999.
The publication is geared up in accordance with the eighteen technical classes of the convention. the subjects lined comprise net companies, site visitors modeling, net site visitors keep an eye on, functionality evaluate, billing, pricing, admission coverage, cellular community protocols, TCP/IP functionality, cellular community functionality, bandwidth allocation, switching platforms, site visitors move keep watch over, routing, congestion and admission keep an eye on, multicast protocols, community administration, and caliber of provider. it is going to function a vital reference for machine scientists and practitioners.
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Extra info for Broadband Communications: Convergence of Network Technologies
Two scales are shown for the same case in Fig. 2. The second pattern assumes PI = P n and PI = P2 =P3 = PI 13 ; PII=6pl7 and P4=Ps=P6=P7=PII/4. The third pattern assumes PI=6pl7 and PI = Pz = P3 = P1 /3; PH=pn and P4 = Ps = Ph = P7 = PII 14. Evidently, the second pattern represents the case in which the server utilization is heavily dominated by the data of higher priority traffic types. The third pattern represents the case in which the server utilization is heavily dominated by the data of lower priority traffic types.
H. Low. "Equilibrium allocation of variable resources for elastic traffics," IEEE INFOCOM '98 Proceedings, Vol. 2, pp. 858-864, San Francisco, USA, 1998.  A. , "A new approach for allocating buffers and bandwidth to heterogeneous, regulated traffic in an ATM node," IEEE Journal on Selected Areas in Communications, Vol. 6, August 1995, pp. 1115-1127.  F. , "Source time scale and optimal bufferlbandwidth tradeoff for regulated traffic in an ATM node," IEEE INFO COM '97 Proceedings, Vol. 2, pp.
W7 -_ ...... -.. ll\J'MI Figure 6 w. vs. E.. E.. E.. ). 35' 35 35' 70' 70 • \0 • 70 Figures 5 and 6 display the numerical results for two different traffic patterns considered in the second group. respectively. The first pattern assumes PI =P nand PH=6p17. The second pattern assumes p,=6p17 and PH=pn. The server utilization of each traffic type for both patterns follows the same distribution:PI=pIlOI' P2=8P I 110, P3=P I 110.
Broadband Communications: Convergence of Network Technologies by Liang Xiongjian, Wei Zhang, Xueyuan Zhang (auth.), Danny H. K. Tsang, Paul J. Kühn (eds.)