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Cisco router configuration handbook : the single-source guide to configuring the most popular cisco router features
Contents:
Part 1: Configuration Fundamentals
Chapter 1. Configuration Basics
1.1. User Interface
1.2. File Management
1.3. Cisco Discovery Protocol
1.4. System Time
1.5. Logging
1.6. System Monitoring
1.7. Service Assurance Agent
1.8. Buffer Management
1.9. Some Troubleshooting Tools
Chapter 2. Interface Configuration
2.1. Ethernet Interface
2.2. FDDI Interface
2.3. Loopback and Null Interface
2.4. VLAN Interface
2.5. Tunnel Interface
2.6. Synchronous Serial Interface
2.7. Packet-Over-SONET Interface
2.8. Frame Relay Interface
2.9. Frame Relat Switching
2.10.ATM Interface
Chapter 3. Dial Solutions
3.1. Modems
3.2. ISDN
3.3. Dial-on-Demand Routing
3.4. Dial Backup
3.5. Routing Over Dialup Networks
3.6. Point-to-Point Protocol
Part II: Networks Protocols
Chapter 4. IPv4 Addresing and Services
4.1. IP Addressing and Resolution
4.2. IP Broadcast Handling
4.3. Hot Standby Router Protocol
4.4. Virtual Router Redudancy Protocol
4.5. Dynamic Host Configuration Protocol
4.6. Mobile IP
4.7. Network Address Translation
4.8. Server Load Balancing
Chapter 5. IPv6 Addressing and Services
5.1. IPv6 Addressing
5.2. Dynamic Host Configuration Protocol
5.3. Gateway Load Balancing Protocol Version 6
5.4. Host Standby Router Protocol for IPv6
5.5. Mobile IPv6
5.6. Network Address Translation-Protocol Translation
5.7. Tunneling
Chapter 6. IP Routing Protocols
6.1. Routing Information Protocol
6.2. Routing Information Protocol for IPv6
6.3. Enhanced Interior Gateway Routing Protocol
6.4. Enhanced Interior Gateway Routing Protocol for IPv6
6.5. Open Shortest Path First
6.6. Open Shortest Path First Version 3 (Ipv6)
6.7. Integrated IS-IS
6.8. Integrated IS-IS for IPv6
6.9. Border Gateway Protocol
6.10.Multiprotocol Border Gateway Protocol for IPv6
Chapter 7. IP Multicast Routing
7.1. Protocol Independent Multicast
7.2. Internet Group Management Protocol
7.3. Multiprotocol BGP
7.4. Multicast Source Discovery Protocol
7.5. IPv6 Multicast
Chapter 8. IP Route Processing
8.1. Manually Configuring Routes
8.2. Policy Routing
8.3. Redistributing Routing Information
8.4. Filtering Routing Information
8.5. Load Balancing
Part III. Packet Processing
Chapter 9. Quality of Service
9.1. Modular QoS Command Line Interface
9.2. Network-Based Application Recognition
9.3. Policy-Based Routing
9.4. Quality of Service for VPNs
9.5. QoS Policy Propagation via BGP
9.6. Priority Queuing
9.7. Custom Queuing
9.8. Weighted Fair Queuing
9.9. Weighted Random Early Detection
9.10.Commited Access Rate
9.11.Generic Traffic Shaping
9.12.Frame Relay Traffic Shaping
9.13.Use RSVP for QoS Signaling Example
9.14.Link Efficiency Mechanism
9.15.AutoQoS for The Enterprise
Chapter 10.Multiprotocol Label Switching
10.1. Configuring Basic MPLS
10.2. MPLS Traffic Engineering
10.3. MPLS Virtual Private Networks
Part IV: Voice and Telephony
Chapter 11.Voice and Telephony
11.1. Quality of Service for Voice
11.2. Voice Ports
11.3. Dialing
11.4. H.323 Gateways
11.5. H.323 Gatekeepers
11.6. Interactive Voice Response
11.7. Survivable Remote Site Telephony
Part v: Security
Chapter 12.Router Security
12.1. Suggested Ways to Secure a Router
12.2. Authentication, Authorization, and Accounting
12.3. Dymanically Authentication and Authorize User with Authentication Proxy
12.4. Controlling Access with Lock and Key Security
12.5. Filtering IP Session with Reflexive Access Lists
12.6. Prevent DoS Attack witc TCP Intercept
12.7. Intelligent Filtering with Context-Based Access Control
12.8. Detect Attacks and Threats with the IOS Intrusion Prevention System
12.9. Control Plane Security
12.10.Auto Secure
Chapter 13.Virtual Private Network
13.1. Using Internet Key Exchange for VPNs
13.2. IPSec VPN Tunnel
13.3. High Availability Features
13.4. Dynamic Multipoint VPN
13.5. Secure Socket Layer VPNs
Chapter 14.Access Lists and Reguler Expressions
14.1. IP Access Lists
14.2. MAC Address and Protocol Type Code Access Lists
14.3. IPv6 Access Lists
14.4. Reguler Expressions
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