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OSPF and IS-IS: Choosing an IGP for Large-Scale Networks: Choosing an IGP for Large-Scale Networks

ISBN: 0321168798
EAN: 2147483647

Year: 2006
Pages: 111

Authors: Jeff Doyle

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• OSPF and IS-IS: Choosing an IGP for Large-Scale Networks
• Table of Contents
• Copyright
• About the Author
• Preface
• Audience
• What Is a Large-Scale Data Communications Network?
• A Word on IOS and JUNOS
• Acknowledgments
• Chapter 1. The Roots of Link State Protocols
• Section 1.1. An Intergalactic Network
• Section 1.2. ARPANET
• Section 1.3. The Network Working Group
• Section 1.4. The Birth of the Internet
• Section 1.5. Routing in the ARPANET
• Section 1.6. The European Invasion
• Section 1.7. Separate But Equal
• Section 1.8. Conclusion
• Chapter 2. Link State Basics
• Section 2.1. Vector Protocol Basics
• Section 2.2. Fundamental Link State Concepts
• Review Questions
• Chapter 3. Message Types
• Section 3.1. Comparative Terminology
• Section 3.2. Message Encapsulation
• Section 3.3. Message Architecture
• Section 3.4. Message Types
• Chapter 4. Addressing, Neighbor Discovery, and Adjacencies
• Section 4.1. Router and Area IDs
• Section 4.2. The Hello Protocol
• Section 4.3. Adjacencies
• Section 4.4. Designated Routers
• Section 4.5. Media Types
• Section 4.6. Interface Databases
• Review Questions
• Chapter 5. Flooding
• Section 5.1. Flooding Components
• Section 5.2. Areas and Router Types
• Section 5.3. Metric Types
• Section 5.4. Essential LSAs
• Section 5.5. Essential TLVs
• Review Questions
• Chapter 6. Link State Database Synchronization
• Section 6.1. OSPF Database Synchronization
• Section 6.2. IS-IS Database Synchronization
• Review Questions
• Chapter 7. Area Design
• Section 7.1. Area Scalability
• Section 7.2. Area Reliability
• Section 7.3. OSPF Areas
• Section 7.4. IS-IS Areas
• Section 7.5. BGP and Area Design
• Review Questions
• Chapter 8. Scaling
• Section 8.1. SPF Enhancements
• Section 8.2. Flooding Enhancements
• Section 8.3. Fragmentation
• Section 8.4. Overloading
• Review Questions
• Chapter 9. Security and Reliability
• Section 9.1. Routing Protocol Vulnerabilities
• Section 9.2. Security and Reliability Features
• Section 9.3. Designing for Security and Reliability
• Section 9.4. Operating for Security and Reliability
• Review Questions
• Chapter 10. Extensibility
• Section 10.1. Extending OSPF
• Section 10.2. Extending IS-IS
• Section 10.3. Route Tagging
• Review Questions
• Chapter 11. Extensions for MPLS Traffic Engineering
• Section 11.1. MPLS: An Overview
• Section 11.2. Traffic Engineering: An Overview
• Section 11.3. OSPF Extensions for Traffic Engineering
• Section 11.4. IS-IS Extensions for Traffic Engineering
• Review Questions
• Chapter 12. Extensions for IPv6
• Section 12.1. IPv6: An Overview
• Section 12.2. OSPFv3
• Section 12.3. IS-IS Extensions for IPv6
• Review Questions
• Chapter 13. Extensions for Multi-Topology Routing
• Section 13.1. OSPF Extensions for Multi-Topology Routing
• Section 13.2. IS-IS Extensions for Multi-Topology Routing
• Review Questions
• Afterword: The Future of Link State Protocols
• Index
• A
• B
• C
• D
• E
• F
• G
• H
• I
• J
• K
• L
• M
• N
• O
• P
• R
• S
• T
• U
• V
• W
• Z