Routing Information Protocol (RIP) is one of the most widely deployed routing protocols in today's networks. Written by the author of the RIP-2 standard, RIP: An Intra-Domain Routing Protocol provides a detailed and definitive description of the RIP specification and a step-by-step guide to its configuration and operation.This book also examines RIP's role within an overall networking context. It presents several different network topologies and discusses the pros and cons of using RIP and various other routing protocols for each.Topics covered include: * Simple, structured, complex, multipath, and dial-in topologies * The OSI reference model * XNS, IPX, and IGRP distance-vector protocols and how they compare to RIP-2 * Common configuration parameters * System configuration for Nortel Networks 5399/RA8000, Nortel Networks CVX 1800, and Cisco 3640 * Assigning addresses * Security issues * Central office routers, Internet border routers, and remote office routers * Troubleshooting RIP * RIP-2 enhancements over RIP-1 * RIP MIB Comprehensive, definitive, and practical, this book is an essential reference for network administrators, managers, and developers. 0201433206B04062001
Sprache
Verlagsort
Verlagsgruppe
Zielgruppe
Für höhere Schule und Studium
Maße
Höhe: 234 mm
Breite: 189 mm
Dicke: 10 mm
Gewicht
ISBN-13
978-0-201-43320-3 (9780201433203)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Klassifikation
Gary Scott Malkin is the author of the RIP-2 standard and coauthor of the RIPng draft standard. He is currently a software architect for Nortel Networks, where he works on remote access systems. Gary is a long-standing participant in the Internet Engineering Task Force (IETF), where he has chaired many working groups and is a member of the User Service Advisory Committee.
0201433206AB04062001
List of Figures. List of Tables. Preface. Introduction. I. TOPOLOGIES AND PROTOCOLS. 1. Network Topologies. Simple Topologies. Structured Topologies. Complex Topologies. Multipath Topologies. Dial-in Topologies. 2. The Basics. The OSI Reference Model. Names, Addresses, and Routes. Subnets and Supernets. 3. Static Routing. 4. Distance-Vector Protocols. Distance-Vector Basics. Basic Operation. Convergence. First Distance-Vector Protocols. XNS RIP. IPX RIP. IGRP. RIP-1. RIP-2. II. CONFIGURATION AND OPERATION. 5. Configuration Parameters. Enable/Disable. Version Control. Authentication. Default Route. Switches and Knobs. Access Lists. Subnets and Supernets. Horizon Control. Timers and Timeouts. 6. System Configuration. Nortel Networks 5399/RA8000. System Generic Parameters. System Router Parameters. Interface Routing Parameters. Nortel Networks CVX 1800. Router Commands. Virtual Router Commands. Virtual POP Commands. Interface Commands. Cisco 3640. 7. Operation and Troubleshooting. Assigning Addresses. Getting Routers Talking. Configuration of Router AB. Configuration of Router CD. Configuration of the Central Office Router. Configuration of the Internet Border Router. Configuration of the Remote Office Router. Fixing Problems. Routing Loops. Black Holes. III. RIP SPECIFICATION. 8. Basic Protocol. Limitations of the Protocol. Distance-Vector Algorithm. Topology Changes. Preventing Instability. Split Horizon. Triggered Updates. 9. Protocol Specification. Message Format. Addressing Considerations. Timers. Periodic Updates. Triggered Update Delays. Expiration and Deletion Timers. Input Processing. Request Messages. Response Messages. Output Processing. Initial Request. Responses to Requests. Periodic Responses. Triggered Updates. The Broadcast Address. Authentication. Keyed MD-5. Authentication Matrix. 10. RIP MIB. Global Counters. Interface Statistics Table. Interface Configuration Table. Peer Table. Glossary. References. Index.
