hierarchical, 517-522
promiscuous mode, 529
flat networks, 58
full mesh, 300
Inverse ARP, 358
core layer, 23
distribution layer, 23-24
one-tier model, 26
redundant two-tier model, 27
router placement, 27
two-tier model, 26
ring model, 18, 20
star model, 18, 20
IP Precedence, 619
totally stubby areas, 229
traffic
in campus networks, 50
compression, 628
congestion, controlling in private ATM networks,
QoS, 529-532
queuing algorithms, 532-533
Ethernet collisions, 78
Frame Relay
BECNs/FECNs, 351-352
CIR, 352, 355
DE, 352-353
SNA, 512
policy routing, 536
QoS, 303
priority queuing, 304-306
service classes, establishing, 533-534
traffic engineering, 621-628
traffic distribution, 628
trunk selection, 627
trunks, calculating requirements, 625-626
transaction services layer (SNA model), 435
transceivers, 87
translate networking, 604
translational bridging, 48, 85
transmission control layer (SNA model), 435
transmission delay, 619
transparent bridging, 48, 85
transport, 58
transport networking, 604
transport protocol
STUN, 483, 485
trunks
requirements, calculating, 625-626
selecting, 627
traffic distribution, 628
traffic engineering, 621-628
two-way, 277
tuning DLSw+, 538-539
tunneling, 332, 576
GRE, 310
IP-in-IP, 310