Enabling Ip Routing With Cisco Routers,9781584503354

Enabling Ip Routing With Cisco Routers

by
Edition: CD
ISBN13: 9781584503354
ISBN10: 1584503351
Format: Paperback
Pub. Date: 2004-04-15
Publisher(s): Charles River Media
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Summary

Enabling IP Routing with Cisco Routers is a comprehensive IP routing reference guide for network architects as well as students preparing for the CCNP and CCDP exams. Using clear, concise language and a variety of practical case studies, the book provides a seamless, logical progression of all practical aspects of enabling IP routing. It follows a simple-to-complex approach in the discussion of IP routing protocols, and covers the ODR, RIP, IGRP, EIGRP, and BGP protocols. Detailed coverage of MPLS, constraint-based routing, QOS, traffic engineering, and OSPF and BGP integration is also provided. The focus on implementation and real-life examples and case studies make Enabling IP Routing with Cisco Routers a practical guide that is easy to use in real-world scenarios.

Table of Contents

Part I IP Routing
1(408)
Introduction to Routing
3(34)
Evolution of Networking
3(20)
OSI Reference Model
4(12)
Data Communication in OSI Layers
16(3)
TCP/IP Reference Model
19(4)
The Need for Routing
23(9)
Routerless Networks: LANs
23(7)
Networks That Use Routers: WANs, MANs, and the Internet
30(2)
The Cisco Hierarchical Design
32(2)
Core Layer
32(1)
Distribution Layer
33(1)
Access Layer
34(1)
Summary
34(1)
Points to Remember
35(2)
The OSI Network Layer
37(32)
IP Addressing
37(14)
Classes of IP Addressing
38(5)
Extended IP Addressing
43(7)
Internet Protocol Version 6
50(1)
Routing
51(15)
Classful Routing
51(1)
Classless Routing
52(1)
Routing Design Consideration
53(2)
Network Address Translation
55(11)
Summary
66(1)
Points to Remember
67(2)
Static and Dynamic Routing
69(20)
Static Routing
69(7)
Configuring Static Routes
70(3)
Removing Existing Static Routes
73(1)
The Routing Table
73(2)
Default Routes
75(1)
Dynamic Routing
76(10)
Routing Protocols and Routed Protocols
76(1)
Interior Gateway Protocols
77(4)
Exterior Gateway Protocols
81(1)
Routing Convergence
81(3)
Route Summarization
84(2)
Scalability of Routing Protocols
86(1)
Summary
86(1)
Points to Remember
86(3)
Routing Information Protocol
89(32)
Introduction to RIP
89(1)
RIP Operation
89(3)
RIP Timers
90(1)
RIP Synchronization
91(1)
RIP Versions
92(4)
RIP v1
92(1)
RIP v2
93(1)
Advantages of RIP v2 over RIP v1
94(2)
Convergence of RIP
96(4)
RIP and Internetwork Packet Exchange
100(1)
RIP Configuration
100(18)
Global Commands to Enable RIP
101(2)
Passive-interface and Neighbor Commands
103(3)
Authentication Commands
106(6)
Commands to Change Metrics
112(1)
Commands to Change Timers
113(1)
Commands to Adjust Inter-packet Delay
113(1)
Commands for Monitoring and Troubleshooting RIP
114(4)
Summary
118(1)
Points to Remember
118(3)
Interior Gateway Routing Protocol
121(34)
Introduction to IGRP
121(1)
IGRP Operation
121(1)
IGRP Features
122(5)
Autonomous System Number Feature
123(1)
IGRP Timers
124(1)
IGRP Metrics
125(1)
IGRP Message Format
125(2)
IGRP Configuration
127(25)
IGRP Minimum Configuration
127(1)
IGRP Classful Routing Configuration
128(2)
IGRP Load Balancing
130(7)
IGRP Maximum Paths
137(1)
Engineering IGRP Metrics
137(1)
Suppressing IGRP Advertisements
138(4)
Unicast Updates in IGRP
142(1)
Modifying IGRP Timers
143(1)
Gateway of Last Resort
143(3)
Commands for Monitoring and Troubleshooting IGRP
146(3)
Other Optional IGRP Tasks
149(3)
Design Considerations
152(1)
Advantages of IGRP over RIP
152(1)
Summary
153(1)
Points to Remember
153(2)
Enhanced Interior Gateway Protocol
155(34)
Introduction to EIGRP
155(1)
EIGRP Operation
155(15)
Reliable Transport Protocol
157(1)
Neighbor Discovery
158(1)
Hybrid, Link State, and Distance Vector Protocols
159(1)
Diffusing Update Algorithm
159(3)
EIGRP Packet Formats
162(6)
Address Aggregation
168(2)
EIGRP Configuration
170(16)
EIGRP Minimum Configuration
170(9)
EIGRP Address Aggregation
179(2)
EIGRP Verification
181(5)
Design Considerations
186(1)
Summary
186(1)
Points to Remember
186(3)
Open Shortest Path First Routing Protocol
189(40)
Introduction to OSPF
189(1)
OSPF Terminologies
190(1)
Concepts of OSPF
190(3)
Hello Packets
191(1)
Types of Networks
191(2)
OSPF Operation
193(9)
OSPF Areas
194(5)
Election Process
199(3)
Types of OSPF Routers
202(3)
Internal Routers
203(1)
Area Border Routers
203(1)
Backbone Routers
203(1)
Autonomous System Boundary Routers
203(2)
OSPF Packet Formats
205(6)
General OSPF Packet Format
205(1)
Hello Packet Format
206(1)
Database Description Packet Format
207(1)
Link State Request Packet Format
208(1)
Link State Update Packet Format
208(1)
Link State Acknowledgment Packet Format
209(2)
OSPF Configuration
211(14)
Single Area Configuration
214(11)
Verification of OSPF Operations
225(2)
Summary
227(1)
Points to Remember
228(1)
Intermediate System to Intermediate System
229(38)
Introduction to IS_IS
229(1)
IS_IS Terminology
230(1)
IS_IS Operation
231(10)
Neighbor Discovery and Adjacencies
233(1)
Areas in IS_IS
233(2)
Hierarchical Structure
235(2)
Intermediate System Types
237(2)
Network Entity Title
239(2)
IS_IS Functions
241(5)
Subnetwork Independent Functions
242(1)
Subnetwork Dependent Functions
243(3)
IS_IS Packet Formats
246(6)
IS_IS PDU Format
247(2)
IS_IS Packet Header
249(1)
IS_IS Link State Database General Packet Format
249(1)
Link State PDU Format
250(2)
Comparing IS_IS and OSPF Protocols
252(1)
Design Considerations
253(2)
Sub-Optimal Level 1 Routing
253(1)
Mesh Configuration
254(1)
IS_IS Configuration Commands
255(4)
Router# router isis tag Command
255(1)
Router# net netw-ent-title Command
255(1)
Router# max-areas number Command
255(1)
Router# isis hello-interval seconds {level-1 | level-2} Command
256(1)
Router# isis hello-multiplier number Command
256(1)
Router# isis hello-padding {all | first-packet-only} Command
256(1)
Router# isis retransmit-interval seconds Command
256(1)
Router# isis circuit-type {level-1 | level-1-2 | level-2-only} Command
257(1)
Router# isis csnp-interval seconds {Level-1 | Level-2} Command
257(1)
Router# isis max-broadcast-pkts number Command
257(1)
Router# isis metric number {level-1 | level-2} Command
257(1)
Router# isis min-broadcast-interval msecs Command
258(1)
Router# isis network-type {broadcast | point-to-point} Command
258(1)
Router# isis password passwd {level-1 | level-2} Command
258(1)
Router# isis priority value {level-1 | level-2} Command
258(1)
Router# isis psnp-interval Command
258(1)
Router# isis add area area-id Command
259(1)
Router# isis add interface interface-id Command
259(1)
Router# isis set system-id sysid Command
259(1)
Router# isis isp-interval msecs Command
259(1)
IS_IS Verification Commands
259(3)
Troubleshooting Commands in IS_IS
262(2)
Summary
264(1)
Points to Remember
264(3)
Border Gateway Protocol
267(56)
Introduction to BGP
267(1)
BGP Operation
267(19)
Internal BGP
270(1)
External BGP
271(2)
Advertising the Networks
273(4)
Aggregation
277(1)
Scalability Problems
278(5)
Route Flap Dampening
283(3)
BGP Attributes
286(18)
AS_path Attribute
286(1)
Origin Attribute
287(3)
Next-Hop Attribute
290(5)
Weight Attribute
295(3)
Local Preference Attribute
298(2)
Multi-Exit Discriminator Attribute
300(3)
Community Attribute
303(1)
Common BGP Commands
304(5)
BGP Path Selection Criteria
309(1)
BGP Policy-based Routing
309(11)
Route maps Filtering
309(5)
Prefix-based Filtering
314(1)
Prefix Filtering Using Prefix-list
315(2)
AS Path Access Lists
317(1)
Community-based Filtering
318(2)
Summary
320(1)
Points to Remember
320(3)
Redistribution
323(26)
Redistribution Concepts
323(2)
Command Syntax
323(2)
Metrics and Redistribution
325(1)
Protocol-specific Redistribution
326(14)
Redistribution of Static and Connected Routes
326(4)
Redistribution in Dynamic Routing Protocols
330(3)
Redistribution of Routes among IGRP and EIGRP
333(3)
Redistribution of Routes among Classless and Classful Routing Protocols
336(3)
Problems with Redistribution
339(1)
Administrative Distances
340(7)
Modification of Administrative Distance
342(5)
Summary
347(1)
Points to Remember
347(2)
On Demand Routing and Default Routing
349(24)
Introduction to ODR
349(5)
On Demand Routing Configuration
354(7)
Basic ODR Configuration
354(1)
Filtering ODR Information
355(1)
Redistributing ODR Information
356(2)
Modifying ODR Timers
358(3)
Default Routes
361(10)
Static Configuration of Default Routes
361(4)
Default Route Configurations of Routing Protocols
365(6)
Summary
371(1)
Points to Remember
371(2)
Route Maps and Filtering
373(36)
Introduction to Route Maps
373(1)
Configuring Route Maps
373(25)
Policy-based Routing
373(8)
Route Tagging
381(4)
Route Maps and Redistribution
385(13)
Route Filtering
398(9)
Configuring Route Filtering
399(6)
Configuring Redistribution and Route Filtering
405(2)
Summary
407(1)
Points to Remember
407(2)
Part II Case Studies
409(68)
BGP Case Study
411(4)
EIGRP Case Study
415(8)
Mutual Redistribution Between IGRP and EIGRP
416(2)
EIGRP MD5 Authentication for Routing Updates
418(2)
Advertising Routes by Disabling Auto-summarization
420(3)
IGRP Case Study
423(8)
Load Balancing Over Paths with Unequal Costs
424(2)
Load Balancing Over two Paths with Third as Fallback
426(2)
Using Passive-interface to Control Outgoing Advertisements
428(1)
Customizing Timers to Suit Link Conditions
429(2)
IS_IS Case Study
431(6)
Scenario Description
431(1)
Configuration Section
431(3)
Verification Section
434(3)
ODR Case Study
437(6)
OSPF Case Study
443(8)
Redistribution Case Study
451(8)
RIP Case Study
459(12)
Controlling RIP Advertisements
461(1)
Controlling RIP Traffic
462(2)
Discontiguous Subnets
464(1)
MD5 Authentication
465(2)
Path Selection by Modifying Metrics
467(4)
Route Maps Case Study
471(6)
Appendix---About the CD-ROM
477(4)
CD-ROM Folders
477(1)
Overall System Requirements: Recommended
477(1)
Instructions for use of the QuestionBank
478(1)
Overview and Installation for the Demo Software
478(3)
WildPackets Network Calculator 3.2.1
478(1)
System Requirements for the Network Calculator
478(1)
Boson NetSim 5.27
478(1)
System Requirements for the Boson NetSim
479(1)
Installation Requirements for the Boson NetSim
479(2)
Index 481

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