IP Routing Fundamentals
Published on 2. March 1999
Book
Paperback/Softback
328 pages
978-1-57870-071-4 (ISBN)
Description
A comprehensive ntroduction to routing concepts and protocols in IP networks.
Comprehensive review of the operational mechanics of today's leading routing protocols, including IGRP, EIGRP, OSPF, RIP, and RIP-2
Detailed explanation of IP addressing, including classful and classless addresses, subnetting, supernetting, Classless Interdomain Routing (CIDR), and Variable Length Subnet Masks (VLSM)
Side-by-side comparisons of various LAN segmentation technologies, including bridges, switches, and routers
Exploration of how routers are used to build wide area networks
Examination of the future of routing, including IPv6, next generation routing protocols, host-based routing, and IP Switching
IP Routing Fundamentals is the definitive introduction to routing in IP networks. This comprehensive guide explores the mechanics of routers, routing protocols, network interfaces, and operating systems.
This reference provides essential background information for network professionals who are deploying and maintaining LANs and WANs, as well as IT managers who are seeking information on how evolving internetworking technology will affect future networks. Part I discusses the many roles routers play in networks, Part II talks about the inner working of routers, Part III works with the operational issues of routing protocols, and Part IV addresses implementation issues that provide practical insight, in addition to a discussion of the future of routing.
Comprehensive review of the operational mechanics of today's leading routing protocols, including IGRP, EIGRP, OSPF, RIP, and RIP-2
Detailed explanation of IP addressing, including classful and classless addresses, subnetting, supernetting, Classless Interdomain Routing (CIDR), and Variable Length Subnet Masks (VLSM)
Side-by-side comparisons of various LAN segmentation technologies, including bridges, switches, and routers
Exploration of how routers are used to build wide area networks
Examination of the future of routing, including IPv6, next generation routing protocols, host-based routing, and IP Switching
IP Routing Fundamentals is the definitive introduction to routing in IP networks. This comprehensive guide explores the mechanics of routers, routing protocols, network interfaces, and operating systems.
This reference provides essential background information for network professionals who are deploying and maintaining LANs and WANs, as well as IT managers who are seeking information on how evolving internetworking technology will affect future networks. Part I discusses the many roles routers play in networks, Part II talks about the inner working of routers, Part III works with the operational issues of routing protocols, and Part IV addresses implementation issues that provide practical insight, in addition to a discussion of the future of routing.
More details
Person
Mark A. Sportack is an information technology architect at AT&T, where he has worked for the past 18 years. His current responsibilities include specifying the architectures and technology base for AT&T's local and wide area networks. He has written numerous position papers and is the author or co-author of four books on various aspects of networking technology: High-Performance Networking Unleashed, NT Clustering Blueprints, Teach Yourself MCSE Networking Essentials in 14 Days, and Networking Essentials Unleashed.
Content
I. INTERNETWORKING FUNDAMENTALS.
1. An Introduction to Internetworking.
2. Understanding Internetwork Addresses.
3. Routers and LANs.
4. Routers and WANs.
II. THE INNER WORKINGS OF ROUTERS.
5. Internet Protocols Versions.
6. Transmission Technologies.
7. The Mechanics of Routing Protocols.
III. ROUTING PROTOCOLS.
8. Routing Information Protocol.
9. Routing Information Protocol Version 2.
10. Interior Gateway Routing Protocol.
11. Enhanced Interior Gateway Routing Protocol.
12. Open Shortest Path First.
IV. IMPLEMENTATION ISSUES.
13. Building Internetworks.
14. Internetworking with Dissimilar Protocols.
15. The Future of Routing.
Index.
1. An Introduction to Internetworking.
2. Understanding Internetwork Addresses.
3. Routers and LANs.
4. Routers and WANs.
II. THE INNER WORKINGS OF ROUTERS.
5. Internet Protocols Versions.
6. Transmission Technologies.
7. The Mechanics of Routing Protocols.
III. ROUTING PROTOCOLS.
8. Routing Information Protocol.
9. Routing Information Protocol Version 2.
10. Interior Gateway Routing Protocol.
11. Enhanced Interior Gateway Routing Protocol.
12. Open Shortest Path First.
IV. IMPLEMENTATION ISSUES.
13. Building Internetworks.
14. Internetworking with Dissimilar Protocols.
15. The Future of Routing.
Index.