ActionScripting in Flash MX
- Table of Contents
- BackCover
- Data Networks - Routing, Security, and Performance Optimization
- Preface
- Conventions used in this book
- Chapter 1: A Review of the Basics
- 1.2 An overview of the design process
- 1.3 Building block I: The framework
- 1.4 Building block 2: Applications
- 1.5 Building block 3: Protocols
- 1.6 Building block 4: Hardware
- 1.7 Building block 5: Physical connectivity
- 1.8 Summary
- Chapter 2: Addressing, Naming, and Configuration
- 2.1 The IP addressing model
- 2.2 Address mapping and configuration techniques
- 2.3 Name-to-address mapping
- 2.4 Directory services
- 2.5 Design techniques for optimizing addressing
- 2.6 Summary
- Chapter 3: Routing Technology
- 3.1 Internetwork architecture and topology
- 3.2 Routing algorithms
- 3.3 Routing design issues
- 3.4 Routing protocols
- 3.5 Router addressing issues
- 3.6 Route redistribution
- 3.7 Router architecture
- 3.8 Summary
- Chapter 4: Multicast Network Design
- 4.1 Multicast application and routing concepts
- 4.2 Group registration with IGMP
- 4.3 Multicast routing with DVMRP
- 4.4 Multicast routing with MOSPF
- 4.5 Multicast routing with PIM
- 4.6 Multicast routing with CBT
- 4.7 Interoperability and interdomain routing
- 4.8 Multicast support protocols
- 4.9 Service and management issues
- 4.10 Summary
- Chapter 5: Designing Secure Networks
- 5.1 The driving forces and issues behind security
- 5.2 Developing the security policy
- 5.3 Security technology and solutions
- 5.4 VPN architectures
- 5.5 IP Security architecture (IPSec)
- 5.6 Designing VPNs
- 5.7 Summary
- Chapter 6: Designing Reliable Networks
- 6.1 Planning for failure
- 6.2 Network resilience
- 6.3 Fault-tolerant, high-availability, and clustering systems
- 6.4 Component-level availability
- 6.5 Example resilient network design
- 6.6 Summary
- Chapter 7: Network Optimization
- 7.1 Optimizing network bandwidth
- 7.2 System-level traffic engineering
- 7.3 Load-splitting and load-sharing techniques
- 7.4 Optimizing applications
- 7.5 Optimizing protocols
- 7.6 Optimizing storage
- 7.7 Summary
- Chapter 8: Quality of Service
- 8.1 Quality-of-service models
- 8.2 Traffic engineering with policy and QoS constraints
- 8.3 LAN and WAN media QoS features
- 8.4 Integrated Services (IS)
- 8.5 Differentiated Services (DS)
- 8.6 Integrating QoS
- 8.7 Summary
- Chapter 9: Network Management
- 9.1 Network management technologies
- 9.2 Network troubleshooting tools
- 9.3 Policy-based management
- 9.4 Summary
- Appendix A: Mathematical Review
- A.2 Numbers
- A.3 Summation
- A.4 Sets
- Appendix B: DNS Top Level Domain Codes
- Appendix C: IP Protocol Numbers
- Appendix D: UDP and TCP Port Numbers
- D.1 Well-known port numbers
- D.2 Registered port numbers
- D.3 Dynamic andor private ports
- Appendix E: Multicast and Broadcast Addresses
- E.1.3 Ethernet broadcast addresses
- Appendix F: EtherType Assignments
- Appendix G: Example MTTR Procedures
- Index
- Index A
- Index B
- Index C
- Index D
- Index E
- Index F
- Index G
- Index H
- Index I
- Index K
- Index L
- Index M
- Index N
- Index O
- Index P
- Index Q
- Index R
- Index S
- Index T
- Index U
- Index V
- Index W
- Index X
- List of Figures
- List of Tables
- Getting Faster to Get Better Why You Need Both Lean and Six Sigma
- Success Story #1 Lockheed Martin Creating a New Legacy
- Success Story #3 Fort Wayne, Indiana From 0 to 60 in nothing flat
- Success Story #4 Stanford Hospital and Clinics At the forefront of the quality revolution
- Phase 4 Performance and Control