Local Area NetworksThis edition has been updated extensively with the latest LAN technology. It has been written to provide the basic material for an introductory senior or first-year graduate course in the analysis and modelling of LANs. |
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Page 106
... traffic over a long period of time gives rise to a smooth data stream . However , studies have shown that bursty traffic may retain similar bursty statistical properties over time scales ranging from milliseconds to days . This property ...
... traffic over a long period of time gives rise to a smooth data stream . However , studies have shown that bursty traffic may retain similar bursty statistical properties over time scales ranging from milliseconds to days . This property ...
Page 306
... traffic load of 40 Mbps . Suppose these two LANs are to be connected by an Ethernet switch , which also provides a con- nection to an Internet router . If 30 percent of the traffic from each LAN passes from one LAN to the other and if ...
... traffic load of 40 Mbps . Suppose these two LANs are to be connected by an Ethernet switch , which also provides a con- nection to an Internet router . If 30 percent of the traffic from each LAN passes from one LAN to the other and if ...
Page 329
... traffic matrices from basic forecasts of traffic volume by location , community of interest , and other user - specified attributes . Once the statistics for bandwidth demand are determined , the information may be ported to the ...
... traffic matrices from basic forecasts of traffic volume by location , community of interest , and other user - specified attributes . Once the statistics for bandwidth demand are determined , the information may be ported to the ...
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Common terms and phrases
10-Gigabit Ethernet access control algorithm ALOHA applications architecture area network bandwidth basic binary bits bridge bytes cable cell collision communication configuration connection CSMA CSMA/CD data frame data link layer data rates data unit destination devices e-mail encoding encryption error Ethernet LAN example Fast Ethernet FDDI Fibre Channel field contains FIGURE firewall frequency functions Gigabit Ethernet header high-speed IEEE implementation input interconnect interface Internet internetworking LAN switch layer-3 switch local area networks Mbps McGraw-Hill modulation monitoring multiple multiplexing N_Ports network management node operation optical fiber packet payload physical layer PLCP port protocol provides receiver RMON router routing segments sequence server shown in Fig signal slot SNMP specific Standard station storage sublayer throughput token ring token-ring topology traffic transmit types users virtual LAN VLAN wire wireless LAN workstations