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9781587051326

Mobile Ip Technology And Applications

by ;
  • ISBN13:

    9781587051326

  • ISBN10:

    158705132X

  • Edition: 1st
  • Format: Hardcover
  • Copyright: 2005-05-11
  • Publisher: Cisco Press
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Summary

Real-world solutions for Cisco IOS Mobile IP configuration, troubleshooting, and management.

Author Biography

Stefan Raab joined Cisco Systems in January 2001 from Nextel Communications as a technical leader and deployment engineer for the IP Mobility Group, IOS Technologies Division (ITD). He has more than nine years of experience with IP mobility deployments and is an expert on real-life applications of the technology.

Madhavi W. Chandra, Ph.D., joined Cisco Systems in May 2000 as a Software Engineer for the IP Mobility Group. Madhavi is instrumental in designing advanced technologies in IOS mobility involving features for Mobile IP and Mobile Ad Hoc Networks, in which she is one of the lead architects. She earned her Ph.D degree in Electrical and Computer Engineering from The Johns Hopkins University.

 

Table of Contents

Foreword xvii
Introduction xviii
Mobile and Wireless Technologies
3(10)
Mobility
4(1)
Wireless Technology
4(1)
Challenges of Communications Mobility
5(3)
Location Discovery
6(1)
Move Detection
7(1)
Update Signaling
7(1)
Path (Re)establishment
8(1)
Full Mobility and the OSI Protocol Stack
8(2)
Mobility at Layer 2
9(1)
Mobility at Layers 4--7
9(1)
Mobility at Layer 3
9(1)
Combining Mobility Protocols
10(1)
The Case for Mobile IP
10(1)
Summary
11(1)
Review Questions
11(2)
Understanding Mobile IP
13(44)
Mobile IP: The Elevator Pitch
13(5)
Mobile IP Is a Dynamic Routing Protocol...
15(1)
...Where End Devices Signal Their Own Routing Updates...
15(1)
...and Dynamic Tunnels Eliminate the Need for Host Route Propagation
16(2)
Mobile IP: Components
18(4)
Mobile Node
18(1)
Home Network and Home Address
19(2)
Home Agent
21(1)
Care-of Address
21(1)
Colocated Care-of Address
21(1)
Foreign Agent Care-of Address
22(1)
Foreign Agent
22(1)
Correspondent Node
22(1)
Mobile IP Protocol Concepts
22(2)
Mobile IP Agent Discovery
24(9)
Location Discovery
28(1)
Move Detection and Mobile IP Handover Policy
28(1)
Steady-State Algorithm
29(1)
New Network Algorithm
30(1)
Link-State Triggers
31(2)
Mobile IP Handover
33(1)
Mobile IP Registration
34(16)
Identification
36(1)
Services
37(1)
Service Fields and Bits
37(1)
Broadcast Support
38(1)
Simultaneous Bindings
39(2)
Authentication
41(1)
Relevant Address Fields
42(3)
Registration Reply Codes
45(1)
Registration Delivery
46(1)
Mobile IP Handover Other Than Returning Home
47(1)
Mobile IP Handover Returning Home
48(1)
Mobile IP Example
49(1)
Tunneling
50(3)
Encapsulation
51(1)
Triangle Routing
51(2)
Summary
53(1)
Review Questions
53(4)
Mobile IP Security
57(20)
Protocol Authentication Extensions
58(11)
Security Associations
59(2)
SPI
61(1)
Algorithm and Mode
61(1)
Key
62(1)
Replay Protection Methods
62(1)
Timestamp Replay Protection
63(1)
Nonces Replay Protection
64(1)
Mobile Node and Foreign Agent Authentication and Challenge Mechanism
64(1)
FA Challenge
65(2)
MN-AAA Authentication
67(2)
Dynamic Keying
69(4)
Standards-Based Dynamic Keying
69(1)
Cisco Dynamic Security Association and Key Distribution
70(1)
Session Index Extension
71(1)
Security Association Setup Extension
71(1)
Domain Extension
71(1)
Challenge Extension
71(1)
Authentication Response Extension
72(1)
Configuration Extensions
72(1)
Location Privacy
72(1)
Summary
73(1)
Review Questions
73(4)
IOS Mobile IP in the Lab
77(18)
Building the Baseline Topology
77(9)
Intermediate System Configuration
79(1)
Correspondent Node Configuration
79(1)
Home Agent Configuration
80(1)
Physical Home Network Configuration
80(1)
Virtual Home Network Configuration
81(1)
Mobile Host Configuration
81(1)
Security Association Configuration
82(1)
Home Agent Final Configuration
83(1)
Foreign Agent Configuration
83(2)
Mobile Node Configuration
85(1)
Operation and Evaluation/Troubleshooting
86(4)
Home Agent
87(1)
Mobile Node
88(1)
FA
89(1)
Examining the Routing Table
90(1)
Alternative Topologies
91(1)
Single-Router Topology
91(1)
Other Options for Single-Router Topology
92(1)
Summary
92(1)
Review Questions
93(2)
Campus Mobility: Client-Based Mobile IP
95(24)
Campus Mobility Model
95(1)
Storing Security Associations in AAA
96(6)
Radius
100(1)
TACACS+
101(1)
Cisco Zero Configuration Client
102(2)
Home Agent Redundancy
104(11)
Configuration Commands
107(1)
Active-Standby Home Agent Configuration
108(2)
Peer-Peer Home Agent Configuration
110(5)
When to Use Peer-Peer Home Agent Redundancy
115(1)
Summary
115(1)
Review Questions
116(3)
Metro Mobility: Client-Based Mobile IP
119(26)
Metro Mobility Model
119(1)
Reverse Tunneling
120(5)
Reverse-Tunnel Delivery Style
122(1)
Reverse-Tunnel Signaling
123(1)
Reverse-Tunnel Configuration
124(1)
Tunnel Path MTU
125(1)
Impact of Network Address Translation
126(3)
NAT Traversal UDP Tunneling
127(1)
NAT on the Home Agent
128(1)
Mobile IP NAT Configuration
128(1)
Configuration on the Home Agent
128(1)
Configuration on the FA
129(1)
VPN Integration
129(4)
IPSec and Mobile IP
130(2)
Mobile IP over IPSec over Mobile IP
132(1)
Resource Revocation
133(5)
Resource Revocation Overview
134(1)
Revocation Support Extension and Messages
135(1)
Registration Revocation Example
136(2)
Registration Revocation Configuration
138(1)
Bringing It All Together Through an Example
138(4)
Evaluating the Metro Mobility Example
140(1)
Summary
141(1)
Review Questions
142(3)
Metro Mobility: Cisco Mobile Networks
145(38)
Mobile Router
147(10)
Mobile Networks (Static or Dynamic)
147(3)
Configuration of Mobile Router and Its Mobile Networks
150(1)
Mobile Router Service on an Interface
151(2)
Mobile Router Interface-Level Configuration
153(1)
Agent Selection and Mobile IP Registration
154(2)
Routing to and from the Mobile Router
156(1)
Home Agent Enhancements
157(4)
Home Agent Configuration for Network Mobility
159(1)
Priority Home Agent Assignment
160(1)
Foreign Agent Details
161(4)
Agent Discovery-Tuning IRDP Options
161(1)
Local Routing to Mobile Networks
162(2)
Configuration for Local Routing to Mobile Networks
164(1)
Mobile Router Redundancy
165(1)
Asymmetric Links
166(4)
Configuration Needed for Asymmetric Links
167(1)
Example of Asymmetric Link Behavior
168(2)
Colocated Care-of Address Support
170(4)
Static Colocated Care-of Address
170(1)
Dynamic Colocated Care-of Address
171(1)
Behavior Using Colocated Care-of Addresses
172(1)
Configuration Examples Using Colocated Care-of Address Only
173(1)
Example One: Mobile Networks with Static Colocated Care-of Address Only
173(1)
Example Two: Mobile Networks with Dynamic CCoA
173(1)
Example Three: Mobile Networks with Dynamic CCoA Only
174(1)
Quality of Service
174(2)
IPSec and the Mobile Router
176(3)
Summary
179(1)
Review Questions
179(4)
Deployment Scalability and Management
183(24)
Management of the Mobile Nodes Home Address
183(7)
Virtual Networks
184(2)
Static Home Addressing Without NAI
186(1)
Dynamic Home Address Assignment
186(1)
Fixed Addressing on the Command-Line Interface (CLI)
187(1)
Local Pool Address Assignment
188(1)
DHCP-Based Address Assignment
189(1)
AAA
190(2)
AAA Address Assignment
190(1)
AAA-Based Local Pool Selection
190(1)
AAA-Assigned DHCP Server
191(1)
Static Home Addressing with NAI
192(2)
Local Authorization of Static Home Addresses
192(1)
AAA Authorization of Static Home Addresses
193(1)
Scaling Issues
194(4)
Building a Call Model
194(1)
Number of Nodes
195(1)
Frequency of Mobility
196(1)
Amount of Data Traffic
196(1)
Number of Tunnels
197(1)
An Example Call Model
197(1)
Network Management
198(2)
RFC 2006 Management Information Base (MIB)
199(1)
Cisco Enterprise MIB
199(1)
Objects Matching the Call Model
199(1)
System Log Messages
200(1)
Common Troubleshooting Issues
200(3)
Path MTU Discovery
200(1)
Reverse Path Forwarding Checks
201(1)
Tunnel Transit
202(1)
Security Association Incompatibilities
202(1)
Summary
203(1)
Review Questions
203(4)
A Look Ahead
207(42)
Mobile IP and Public Access Networks
207(10)
Public Wireless LAN
208(1)
Cdma2000 Technology
209(4)
GSM Technology
213(2)
FLASH-OFDM Technology
215(2)
Cisco SWAN and Mobile IP
217(3)
AAA-Based Dynamic Key Generation
220(1)
Mobile IPv6
221(21)
Protocol Operation
221(2)
Route Optimization (Return Routability) in Mobile IPv6
223(1)
Mobile IPv6 Messaging
224(5)
Differences Between Mobile IPv4 and Mobile IPv6
229(4)
Transition to Mobile IPv6
233(1)
Lessons Learned
233(1)
Network Access Identifier
234(1)
Authentication Option
234(2)
Bootstrap
236(2)
Hierarchical Mobile IPv6 (HMIPv6)
238(2)
Fast Mobile IP
240(2)
MANET
242(4)
References
246(1)
Review Questions
247(2)
Appendix A Answers to Review Questions 249(26)
Appendix B IOS Mobile IP: Supported SNMP MIBs 275(8)
Index 283

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