Title:
Cisco Networking Academy Program CCNA 3 and 4 companion guide
Edition:
3rd ed.
Publication Information:
Indianapolis, , Ind. : Cisco Press, 2003
Physical Description:
2 CD-ROM ; 12 cm. + 1 workbook
ISBN:
9781587131134
General Note:
Includes index.
Accompanied text of the same title : TK5105.5 C57 2003
Subject Term:
Available:*
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Summary
Summary
This is an authorized textbook for the Cisco Networking Academy Program CCNA curriculum. It goes beyond the Web-based course with enhanced chapters on more difficult subjects, such as VLSM, cabling, and ripV2. The companion CD-ROM includes over 300 CCNA practice questions to begin preparation for the CCNA exam, e-lab activities, PhotoZooms of equipment, and instructional videos.
Author Notes
The Cisco Networking Academy Program curriculum developers of the revised CCNA 3.0 courses are the authors of this series and are based in Phoenix, Arizona. They are experts in the field of educational and the online learning environment.
Table of Contents
| I Review |
| 1 Review: The OSI Reference Model and Routing |
| Layered Network Model: OSI Reference Model |
| Peer-to-Peer Communication |
| Data Encapsulation |
| Physical Layer |
| Ethernet/802.3 Physical Connections |
| Data Link Layer |
| Ethernet/802.3 Interface |
| Network Layer |
| IP Addressing and Subnets |
| Path Determination |
| Path Communication |
| ICMP |
| ARP |
| Routing |
| Routed Versus Routing Protocols |
| IP Routing Configuration Tasks |
| Transport Layer |
| Segmenting Upper-Layer Applications |
| Establishing a Connection |
| Data Transfer |
| Reliability with Windowing |
| Acknowledgment Techniques |
| Summary |
| Key Terms |
| Check Your Understanding |
| II CCNA 3: Switching Basics And Intermediate Routing |
| 2 Introduction to Classless Routing |
| CIDR Overview |
| Why CIDR? Route Aggregation and Supernetting |
| Supernetting and Address Allocation |
| Variable-Length Subnet Masking (VLSM) |
| VLSM Features |
| Calculating VLSMs |
| Configuring VLSM |
| VLSM Using RIP and IGRP |
| Route Summarization |
| Summarization Within an Octet |
| Summarization with a Discontiguous Network |
| Route Flapping |
| RIP Version |
| 2 Short History of RIP |
| RIP Version 2 Features |
| Comparing RIPv1 and RIPv2 |
| Configuring RIP Version |
| 2 Verifying RIP V2 |
| Troubleshooting RIP |
| Default Routes |
| Summary |
| Key Terms |
| Check Your Understanding |
| 3 Single-Area OSPF |
| Single-Area OSPF Concepts |
| OSPF Overview |
| OSPF Terminology |
| OSPF States |
| Comparing OSPF with Distance Vector Routing Protocols |
| Shortest Path First Algorithm |
| OSPF Network Types OSPF Hello Protocol |
| Steps in OSPF Operations |
| Establishing a Router Adjacency |
| Electing a DR and BDR |
| Discovering Routes |
| Selecting the Best Route |
| Maintaining Route Information |
| Single-Area OSPF Configuration |
| Configuring a Loopback Address |
| Modifying OSPF Router Priority |
| Modifying OSPF Cost Metric |
| Configuring OSPF Authentication |
| Configuring OSPF Timers |
| Configure OSPF over NBMA |
| Full-Mesh Frame Relay |
| Partial-Mesh Frame Relay |
| Point-to-Multipoint OSPF |
| Propagating a Default Route |
| Common OSPF Configuration Issues |
| Verifying the OSPF Configuration |
| Summary |
| Key Terms |
| Check Your Understanding |
| 4 Enhanced Interior Gateway Routing Protocol |
| EIGRP Overview |
| EIGRP Processes and Technology |
| EIGRP Benefits |
| Independence from Routed Protocols |
| EIGRP Terminology |
| Neighbor Table |
| Topology Table |
| Successor |
| Feasible Successor |
| Selection of Successors and Feasible Successors |
| Stuck in Active Routes |
| Routing Table |
| Route Tagging |
| EIGRP Features and Technologies |
| Neighbor Discovery and Recovery |
| Reliable Transport Protocol |
| DUAL Finite-State Machine |
| PDMs |
| EIGRP Packet Types |
| Hello Packets |
| Acknowledgment Packets |
| Update Packets |
| Query and Reply Packets |
| EIGRP Convergence |
| Configuring EIGRP |
| Configuring EIGRP for IP |
| Configuring Bandwidth with NBMA |
| Configuring Bandwidth over a Multipoint Network |
| Configuring Bandwidth over a Hybrid Multipoint Network |
| Using the ip bandwidth-percent Command |
| Configuring EIGRP Summarization |
| S |
