show process, 361
show run, 526
ttcp, 353
SNA and OSI models, 435
composite network nodes, 491
compression, 308
configuration security weaknesses, assessing, 559
configuring
CBWFQ, 620
DLSw+, traffic prioritization, 532
Frame Relay, BECNs/FECNs, 351-352
IP Precedence, 619
multiple IP addresses per interface, 162-163
packet-filter routers, 564-565
PUs, 451-452
X.25, datagram transport, 334
Frame Relay, BECNs/FECNs, 351-352
connection identifiers, 117
connection-oriented networks, 600
connectivity
full-mesh network design, 20-21
remote access, 28
PPP, 403-407
controlling
congestion in private ATM networks, 122-123
IGRP, fine-tuning, 235
load balancing, 301-302
OSPF networks, 230-231
core (coaxial cable), 86
core layer, 23
corporate networks, remote access, 390
CoS (Class of Service), 602
CoS groups, 603
cost, 186
cost-benefit analysis, 12
count-to-infinity loops (IGRP), preventing, 235
CPs (control points), 491
CPU utilization
tunneling, 311
CRTP (Compressed Real-Time Protocol), 628
CSMA/CD (Carrier Sense Multiple Access with
CTRL (control) field (LLC2 frames), 452
custom queuing, 306-307
developing internetwork structure, 11
identifying design requirements, 7, 10
ISDN PRI, 396
data link control layer (SNA model), 435
data link layer devices, bridges, 84-85
Datagram Delivery Protocol (DDP), 259
datagram transport, X.25 configuration, 334
DCEF (Distributed CEF), 194
DDP (Datagram Delivery Protocol), 259
DDR (dial-on-demand routing), Frame Relay, 364-365
DE (Discard Eligible), 352-353
default cost, changing, 223