Administering Cisco QoS in IP Networks

Including CallManager 3.0, QoS, and uOne
1. Auflage 2001
ISBN: 978-0-08-048189-0
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 561 Seiten, Web PDF

AVVID (Architecture for Voice, Video, and Integrated Data), the latest development from Cisco Systems is redefining the way businesses communicate. AVVID allows businesses to transmit voice, data, and video over a single integrated architecture, whereas in the past three separate systems were required.

Administering Cisco AVVID Applications is a professional reference detailing the strategies, tactics, and methods for utilizing Cisco software to configure and maintain Cisco networks and hardware infrastructures. It includes thorough discussions of critical topics such as, Cisco CallManager Version 3.0, Cisco Unified Open Network Exchange 4.1E (uOne), WebLine and GeoTel product software, Cisco QoS Policy Manger 1.1 as well as many other QoS features, and Cisco IOS network-wide software.

* Allows IP professional to get ahead in this growing field
* Demand for engineers and administrators who understand the specifics of the Cisco AVVID is growing quickly - this book has the answers

Autoren/Hrsg.

Syngress

Inhaltsverzeichnis

1;Cover;1
2;Contents;14
3;Foreword;24
4;Chapter 1 Cisco IOS Feature Review;26
4.1;Introduction;27
4.2;IP Address Classes and Classful IP Routing;27
4.3;Variable-Length Subnet Mask (VLSM) Review;42
4.4;Standard Access Control Lists (ACLs);46
4.5;Extended Access Control Lists (ACLs);50
4.6;Network Address Translation (NAT);60
4.7;Route Maps;65
4.8;Summary;68
4.9;FAQs;69
5;Chapter 2 EIGRP A Detailed Guide;72
5.1;Introduction;73
5.2;Reviewing Basic Concepts of IGRP;73
5.3;Defining the Four Basic Components of EIGRP;82
5.4;Implementing Packet Types;85
5.5;Configuring Basic EIGRP;100
5.6;Configuring Advanced EIGRP;112
5.7;Redistributing EIGRP and OSPF;122
5.8;Recognizing Caveats;133
5.9;Troubleshooting EIGRP;135
5.10;Summary;144
5.11;FAQs;145
6;Chapter 3 Introduction to Quality of Service;148
6.1;Introduction;149
6.2;Defining Quality of Service;149
6.3;Understanding Congestion Management;154
6.4;Defining General Queuing Concepts;155
6.5;Understanding Congestion Avoidance;166
6.6;Introducing Policing and Traffic Shaping;168
6.7;Summary;170
6.8;FAQs;171
7;Chapter 4 Traffic Classification Overview;172
7.1;Introduction;173
7.2;Introducing Type of Services (ToS);173
7.3;Explaining Integrated Services;177
7.4;Defining the Parameters of QoS;179
7.5;Introducing Resource Reservation Protocol (RSVP);181
7.6;Introducing Differentiated Service (DiffServ);186
7.7;Expanding QoS: Cisco Content Networking;193
7.8;Summary;201
7.9;FAQs;203
8;Chapter 5 Configuring Traffic Classification;206
8.1;Introduction;207
8.2;Configuring Policy-based Routing (PBR);207
8.3;Defining Committed Access Rate (CAR);210
8.4;Marking and Transmitting Web Traffic;213
8.5;Marking and Rate Limiting ISPs;216
8.6;Configuring Cisco Express Forwarding;221
8.7;Configuring Basic Network-basedApplication Recognition (NBAR);226
8.8;Configuring Complex NBAR;229
8.9;Integrating NBAR with Class-based Weighted Fair Queuing;231
8.10;Configuring NBAR with Random Early Detection;234
8.11;Configuring System Network Architecture Type of Service;236
8.12;Summary;238
8.13;FAQs;240
9;Chapter 6 Queuing and Congestion Avoidance Overview;242
9.1;Introduction;243
9.2;Using FIFO Queuing;243
9.3;Using Priority Queuing;246
9.4;Using Custom Queuing;249
9.5;Using Weighted Fair Queuing (WFQ);253
9.6;Using Random Early Detection (RED);257
9.7;Summary;260
9.8;FAQs;261
10;Chapter 7 Configuring Queuing and Congestion Avoidance;264
10.1;Introduction;265
10.2;Configuring FIFO Queuing;265
10.3;Configuring Priority Queuing;269
10.4;Configuring Custom Queuing;277
10.5;Configuring Weighted Fair Queuing;284
10.6;Configuring Random Early Detection;288
10.7;Summary;292
10.8;FAQs;293
11;Chapter 8 Advanced QoS Overview;296
11.1;Introduction;297
11.2;Using the Resource Reservation Protocol (RSVP);297
11.3;Using Class-Based Weighted Fair Queuing (CBWFQ);309
11.4;Using Low Latency Queuing (LLQ);316
11.5;Using Weighted Random Early Detection (WRED);320
11.6;Using Generic Traffic Shaping and FrameRelay Traffic Shaping;324
11.7;Running in Distributed Mode;332
11.8;Using Link Fragmentation and Interleaving;334
11.9;Understanding RTP Header Compression;338
11.10;Summary;340
11.11;FAQs;343
12;Chapter 9 Configuring Advanced QoS;346
12.1;Introduction;347
12.2;Enabling, Verifying, andTroubleshooting ResourceReservation Protocol (RSVP);347
12.3;Enabling, Verifying, and TroubleshootingClass-Based Weighted Fair Queuing (CBWFQ);353
12.4;Configuring, Verifying, and TroubleshootingLow Latency Queuing (LLQ);362
12.5;Configuring, Verifying, and TroubleshootingWeighted Random Early Detection (WRED);365
12.6;Configuring and Verifying GenericTraffic Shaping (GTS) and FrameRelay Traffic Shaping (FRTS);374
12.7;Understanding Distributed Technologies;384
12.8;Configuring, Verifying, and TroubleshootingLink Fragmentation and Interleaving (LFI);387
12.9;Configuring, Verifying, and TroubleshootingRTP Header Compression;392
12.10;Summary;395
12.11;FAQs;397
13;Chapter 10 Overview: Border Gateway Protocol (BGP);400
13.1;Introduction;401
13.2;The History of BGP;401
13.3;Maximizing the Functionality of BGP;405
13.4;External BGP and the Internet;418
13.5;The BGP Path Selection Process;427
13.6;Redistributing BGP into Your IGP;433
13.7;Defining Internal BGP, Route Reflectors, and Confederations;436
13.8;Advanced BGP Network Design;439
13.9;Summary;443
13.10;FAQs;444
14;Chapter 11 Configuring Border Gateway Protocol;446
14.1;Introduction;447
14.2;Relevant RFCs;447
14.3;Enabling BGP Routing;448
14.4;Configuring EBGP Neighbors;452
14.5;Configuring IBGP Neighbors;457
14.6;Configuring Route Reflectors;458
14.7;Configuring Confederations;461
14.8;Weight, MED, LOCAL PREF, and Other Advanced Options;464
14.9;Summary;479
14.10;FAQs;480
15;Chapter 12 Multiprotocol Label Switching (MPLS);482
15.1;Introduction;483
15.2;Understanding MPLS;483
15.3;Integrating MPLS into QoS;495
15.4;Standardizing MPLS for Maximum Efficiency;498
15.5;Controlling MPLS Traffic Using Traffic Engineering;499
15.6;Integrating MPLS and Virtual Private Networking (VPN);503
15.7;Summary;518
15.8;FAQs;519
16;Index;522