Cover
Copyright
Preface
Audience
Organization
Conventions Used in This Book
Comments and Questions
Acknowledgments
Chapter 1. Networking Objectives
1.1 Business Requirements
1.2 OSI Protocol Stack Model
1.3 Routing Versus Bridging
1.4 Top-Down Design Philosophy
Chapter 2. Elements of Reliability
2.1 Defining Reliability
2.2 Redundancy
2.3 Failure Modes
Chapter 3. Design Types
3.1 Basic Topologies
3.2 Reliability Mechanisms
3.3 VLANs
3.4 Toward Larger Topologies
3.5 Hierarchical Design
3.6 Implementing Reliability
3.7 Large-Scale LAN Topologies
Chapter 4. Local Area Network Technologies
4.1 Selecting Appropriate LAN Technology
4.2 Ethernet and Fast Ethernet
4.3 Token Ring
4.4 Gigabit and 10 Gigabit Ethernet
4.5 ATM
4.6 FDDI
4.7 Wireless
4.8 Firewalls and Gateways
4.9 Structured Cabling
Chapter 5. IP
5.1 IP-Addressing Basics
5.2 IP-Address Classes
5.3 ARP and ICMP
5.4 Network Address Translation
5.5 Multiple Subnet Broadcast
5.6 General IP Design Strategies
5.7 DNS and DHCP
Chapter 6. IP Dynamic Routing
6.1 Static Routing
6.2 Types of Dynamic Routing Protocols
6.3 RIP
6.4 IGRP and EIGRP
6.5 OSPF
6.6 BGP
Chapter 7. IPX
7.1 Dynamic Routing
7.2 General IPX Design Strategies
Chapter 8. Elements of Efficiency
8.1 Using Equipment Features Effectively
8.2 Hop Counts
8.3 MTU Throughout the Network
8.4 Bottlenecks and Congestion
8.5 Filtering
8.6 Quality of Service and Traffic Shaping
Chapter 9. Network Management
9.1 Network-Management Components
9.2 Designing a Manageable Network
9.3 SNMP
9.4 Management Problems
Chapter 10. Special Topics
10.1 IP Multicast Networks
10.2 IPv6
10.3 Security
Appendix A. Appendix: Combining Probabilities
Glossary
Numerics
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Bibliography
Requests for Comments
Books and Articles
Colophon