IS-IS : deployment in IP networks
Auteurs : WHITE Russ, RETANA Alvaro
Comprehensive reference guide to the IS-IS protocol, a popular routing protocol used in IP networks
- Hands-on deployment guide - shows network engineers how to deploy IS-IS in a real network
- Material is based on best practices of current implementations as well as the specifications. Readers get the benefits of both
- Technology:
- IS-IS or Intermediate System to Intermediate System protocol is a routing protocol which has long been used by telephone networks and has recently surged in popularity among Internet Service Providers and in other large networks. The IS-IS protocol is used in conjunction with the Border Gateway Protocol (BGP) and offers flexibility in configuration and scalability for large and complex networks. IS-IS is covered in the CCIE (Cisco Certified Internetwork Expert) exam, and those preparing for that challenging exam will be interested in learning more about this protocol.
Audience:
Network professionals at all levels that work with a variety of routing protocols.
User Level:
Intermediate to Advanced
- Russ White is a Customer Support Engineer in the Escalation Team at Cisco Systems. He is a technical expert in internetworking technologies, Cisco routers and switches, and IP routing protocols. He is a CCIE and a Novel Authorized CNE. Alvarao Retana is a Customer Support Engineer in the Technical Assistance Department of Cisco Systems. He is a technical expert in IP routing protocols such as IS-IS, OSPF, RIP, EIGRP and BGP4. He is also an Adjunct Professor in the Department of Electrical and Computer Engineering at Duke University. White and Retana (with Don Slice) are authors of Advanced IP Network Design (CCIE Professional Development) from Cisco Press, 1999.
(NOTE: Each chapter concludes with Review Questions.)
Preface.
1. IS-IS Fundamentals.
Link State Protocol Concepts.
2. IS-IS Operation.
IS-IS Packet Encapsulation.
Neighbor Discovery.
Neighbor Relationships and Pseudonodes on Broadcast Networks.
Exchanging Databases.
Flooding Mechanisms and Timers.
3. Dividing the Routing Domain.
Properties of Domains.
Routing from Level 1 Domains into the Level 2 Domain.
Level 2 Domain Partitions.
Level 1 Domain Partitions.
Level 1 Domains and Suboptimal Routing.
Level 1 Domains and Next Hop Reachability.
4. Deploying IS-IS Networks.
Other Design and Deployment Issues.
A Case Study in Deploying IS-IS.
5. IS-IS Interaction with MPLS.
MPLS Additions to IS-IS.
Traffic Engineering and Constrained SPF.
6. IS-IS Enhancements.
Packet Checksums.
Back Door Links.
IS-IS Interaction with IP Over Redundant Packet Rings (IPoRPR).
IS-IS and Nonstop Forwarding.
Routing IPv6.
Multi-Topology Routing.
Incremental SPF.
More than 256 LSP Fragments.
Appendix Answers to the Chapter Questions.
Glossary.
Index. 0201657724T09182002
Date de parution : 12-2002
Ouvrage de 306 p.
19x23 cm