|
Семестр 5
|
| Chapter 1: Overview of Scalable Internetworks |
1.1 The Hierarchical Network Design Model
1.2 Key Characteristics of Scalable Internetworks
|
| Chapter 2: Advanced IP Addressing Management |
2.1 Classful Addressing
2.2 Classless Interdomain Routing
2.3 IP Address Issues and Solutions
2.4 Variable-Length Subnet Masks
2.5 Route Summarization Overview
2.6 Private IP Addresses and NAT
2.7 Using IP Unnumbered
2.8 Easy IP/DHCP
2.9 Using Helper Address
|
| Chapter 3: Routing Protocols Overview |
3.1 Routing
3.2 Convergence
3.3 Route Calculation
|
| Chapter 4: OSPF in a Single Area |
4.1 OSPF Overview
4.2 Steps to OSPF Operation
4.3 Configuring OSPF on Routers within a Single Area
4.4 OSPF Over Non-Broadcast Networks
4.5 Verifying OSPF Operation
|
| Chapter 5: OSPF with Multiple Areas |
5.1 Creating Multiple OSPF Areas
5.2 Configuring OSPF Operation Across Multiple Areas
5.3 Using and Configuring OSPF Multi-Area Component
5.4 Using Stub and Totally Stubby Areas
5.5 Meeting the Backbone Area Requirements
5.6 Using and Configuring NSSA
5.7 Verifying OSPF Operation
|
| Chapter 6: Configuring EIGRP |
6.1 EIGRP Concepts
6.2 EIGRP Technology
6.3 EIGRP Data Structure
6.4 Convergence Using EIGRP
6.5 Enhanced IGPR Operation
6.6 Configuring EIGRP
6.7 Summarizing EIGRP Routes for IP
6.8 Verifying Enhanced IGRP Operation
|
| Chapter 7: Route Optimization |
7.1 Controlling Routing Update Traffic
7.2 Default Routing
7.3 Static Routes and Gateways of Last Resort
7.4 The 0.0.0.0 Default Route
7.5 Using Multiple Routing Protocols
7.6 RIP and OSPF Redistribution
|
| Chapter 8: Basic BGP |
8.1 Autonomous Systems
8.2 BGP Basic Operations
8.3 BGP Neighbor Negotiation
8.4 BGP Basic Configuration
8.5 Verifying BGP Operation
8.6 Peering
8.7 The Routing Process
8.8 Issue with Using Private AS Numbers
|
| Chapter 9: Integrating BGP into ISP Networks |
9.1 Route Reflectors
9.2 Route Filtering and Manipulation Process (Policies)
9.3 Issues of Redundancy, Symmetry and Load Balancing
9.4 Describe Various Multihomed Connections to a Single Provider and Multiple Providers
9.5 Configure BGP to Interact with IGPs
9.6 Practical BGP Design Example
|
| Chapter 10: Managing IP Traffice |
10.1 Traffic Management Techniques
10.2 Configuring IP Standard Access Lists
10.3 Restricting Virtual Terminal Access
10.4 Configuring Extended Access Lists
10.5 Using an Alternative to Access Lists
10.6 Configuration Lock-and-Key Security (Dynamic Access Lists)
10.7 Configuration IP Session Filtering (Reflexive Access Lists)
10.8 Context-Based Access Control
|
|
Семестр 6
|
| Chapter 1: Selecting, Assembling, and Cabling WAN Components |
1.1 Remote Access
1.2 Determining The WAN Type To Use
1.3 Identifying Site Requirements and Solutions
1.4 Selecting Cisco Remote Access Solutions
1.5 Assembling and Cabling WAN Components
|
| Chapter 2: Configuring Asynchronous Connections with Modems |
2.1 Modem Functions
2.2 Configuration for Asynchronous Connections
2.3 Modem Configuration
2.4 Maintaining Modem Auto-config
|
| Chapter 3: Configuring Point-To-Point Protocol And Controlling Network Access |
3.1 PPP Architecture
3.2 PPP Link Control Protocol Options
3.3 PPP Callback
3.4 PPP Compression
|
| Chapter 4: Accessing the Central Site with Windows 9X |
4.1 Windows 95 Dial-up Networking
4.2 Configuring a Windows 95 Dial-up Connection
|
| Chapter 5: Using ISDN and DDR Technologies to Enhance Remote Connectivity |
5.1 ISDN Architecture
5.2 ISDN Protocol Layers
5.3 ISDN BRI and DDR
5.4 Configuring Dial-on-Demand Routing (DDR)
5.5 Static and Default Routing
5.6 Optional Configurations
5.7 Monitoring the ISDN Interface
5.8 ISDN Primary Rate Interface
|
| Chapter 6: Optimizing the Use of DDR Interface - Dialer Profiles and Rotary Groups |
6.1 Dialer Rotary
6.2 Dialer Profile
6.3 Time-Based Access Lists
6.4 Scaling Dial-on-Demand Routing
|
| Chapter 7: Using X.25 for Remote Access |
7.1 X.25
7.2 Configuring X.25
|
| Chapter 8: Frame Relay Connection and Traffic Flow Control |
8.1 Frame Relay
8.2 Configuring Frame Relay
8.3 Frame Relay Topologies
8.4 Frame Relay Traffic Shaping
8.5 On Demand Routing
|
| Chapter 9: Enabling Backup to a Permanent Connection |
|
9.1 Dial Backup
9.2 Backup Interface Operations
9.3 Routing with the Load-Backup Feature
9.4 Verifying Dial Backup Configuration
|
| Chapter 10: Managing Network Performance with Queuing and Compression |
10.1 Queuing
10.2 Queuing Options
10.3 Optimizing Traffic Flow with Data Compression
|
| Chapter 11: Scaling IP Addresses with Network Address Translation |
11.1 NAT
11.2 NAT operation
11.3 Configuring NAT
11.4 Configuring and Troubleshooting PAT on the Cisco 700 Router
|
| Chapter 12: Using AAA to Scale Access Control in an Expanding Network |
12.1 Cisco Access-Control Solutions
12.2 Configuring AAA
|
| Appendix A: Emerging Remote-Access Technologies |
A.1 Cable Modems
A.2 Wireless Access Networks
A.3 Multichannel Multipoint Distribution Services
A.4 Local Multipoint Distribution Services
A.5 Wireless Local-Area Networks
A.6 Digital Subscriber Line
A.7 Very-High-Data-Rate Digital Subscriber Line
|
| Appendix B: Configuring a Cisco 700 Series Router |
B.1 Cisco 700 Series
B.2 Configuring the Cisco 700 Series
B.3 Cisco 700 and Cisco IOS Configuration Examples
|
|
Семестр 7
|
| Chapter 1: Overview of the Campus Network and Design Models |
1.1 Overview of a Campus Network
1.2 Key Characteristics of Various Switching Technologies
1.3 LAN Switching and the Hierarchical Model of Network Design
1.4 Building-Block Approach
|
| Chapter 2: LAN Media |
2.1 Legacy Media Types
2.2 Fast Ethernet
2.3 Gigabit Ethernet
2.4 Determining Bandwidth Needs
|
| Chapter 3: Configure the Switch |
3.1 Initial Connectivity to the Switch
3.2 Basic Configuration of the Switch
3.3 Important IOS Features
|
| Chapter 4: Introduction to VLANs |
4.1 VLAN Basics
4.2 VLAN Types
4.3 Configuring VLANs
4.4 VLAN Identification
4.5 Trunking
4.6 VLAN Trunking Protocol (VTP)
4.7 VTP Configuration
4.8 VTP Pruning
|
| Chapter 5: Spanning Tree Protocol (STP) and Redundant Links |
5.1 Basic STP Operations
5.2 STP Processes
5.3 VLANs and STP
5.4 STP in the Campus Network
5.5 Redundant Links
|
| Chapter 6: Routing between VLANs |
6.1 VLAN Issues
6.2 Route Switch Modules
6.3 External Routers
|
| Chapter 7: Multilayer Switching |
7.1 MLS Processes
7.2 Basic MLS Configuration
7.3 Flow Masks
7.4 MLS on the Switch
|
| Chapter 8: Hot Standby Routing Protocol (HSRP) |
8.1 HSRP Operation
8.2 HSRP Configuration
|
| Chapter 9: Multicasting |
9.1 Multicasting Overview
9.2 IGMP
9.3 Routing Multicast Traffic
9.4 Multicast Routing Protocols
9.5 Configure IP Multicast Routing
9.6 Optional IP Multicast Routing Tasks
9.7 Verifying CGMP
9.8 EXAMPLE: Configure Multicast Routing
|
| Chapter 10: Restricting Network Access |
10.1 Policy Overview
10.2 Basic Security
10.3 Policy Configuration
|
|
Семестр 8
|
| Chapter 1: Troubleshooting Methodologies
|
1.1 General Considerations in Troubleshooting
1.2 General Problem-Solving Model
|
| Chapter 2: Management and Diagnostic Tools |
2.2 Network Management Software
2.3 2.1 Network Troubleshooting Tools and Basic Network Management Concepts
Router Diagnostic Commands
2.4 Logging and Error Message Formats
2.5 Interacting with Technical Support
|
Chapter 3: Protocol Overview
|
3.1 Network Services
3.2 Layer 2 Protocol Overview - LAN Protocols
3.3 Layer 2 Protocol Overview - WAN Protocols
|
| Chapter 4: Troubleshooting TCP/IP |
4.1 TCP/IP Theory
4.2 Common Problems with TCP/IP
4.3 Troubleshooting in a Windows Environment
4.4 TCP/IP Diagnostic Tools
4.5 TCP/IP show Commands
4.6 TCP/IP debug Commands
|
| Chapter 5: Troubleshooting in a LAN Switch Environment |
5.1 Spanning Tree and VLANs
5.2 Common LAN Switching Problems
5.3 Switch Troubleshooting Tools
5.4 show Commands to Verify Switch Settings
5.5 show Commands for Switch Configuration Information
|
| Chapter 6: Troubleshooting VLANs |
6.1 VLAN Review
6.2 VLAN Troubleshooting Scenarios
6.3 General VLAN Troubleshooting Issues
6.4 Router VLAN show and debug Commands
|
| Chapter 7: Routing and Switching Processes |
7.1 Tracing Packets through a Router
7.2 Packet Switching Paths
7.3 Performance Issues Affecting Packet Switching
7.4 Low-Level Troubleshooting
|
|
Chapter 8: Troubleshooting Frame Relay
|
8.1 Frame Relay Overview 8.1.1 Frame Relay basics
8.2 Frame Relay Troubleshooting - Steps and Scenarios
8.3 Frame Relay show and debug Commands
|
| Chapter 9: Troubleshooting ISDN |
9.1 ISDN Overview
9.2 ISDN Troubleshooting - Problem Isolation and Scenarios
9.3 ISDN show Commands
9.4 ISDN Debugging
|
|
Chapter 10: Novell IPX
|
10.1 Novell Overview
10.2 IPX Configurations
10.3 Troubleshooting IPX
10.4 IPX show Commands
10.5 IPX debug Commands
|
CCNA
