Network Virtualization 

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• 1. Network Virtualization

• 2. Table of Contents

• 3. Copyright

  Copyright Trademark Acknowledgments Warning and Disclaimer Corporate and Government Sales Feedback Information Dedication

• 4. About the Author(s)

  About the Author(s) About the Technical Reviewers

• 5. Acknowledgments

  Acknowledgments

• 6. Icons Used in This Book

  Icons Used in This Book

• 7. Command Syntax Conventions

  Command Syntax Conventions

• 8. Introduction

  Introduction Goals and Methods Who Should Read This Book? How This Book Is Organized

• 9. Part I: A Network Architecture for the Virtual Enterprise

• 10. Chapter 1. Business Drivers Behind Enterprise Network Virtualization

  Chapter 1. Business Drivers Behind Enterprise Network Virtualization

• 11. Why Virtualize?

  Why Virtualize?

• 12. Business Requirements Drive Technical Requirements

  Business Requirements Drive Technical Requirements

• 13. Summary

  Summary

• 14. Chapter 2. Designing Scalable Enterprise Networks

  Chapter 2. Designing Scalable Enterprise Networks

• 15. Hierarchical Campus Design

  Hierarchical Campus Design

• 16. Virtualizing the Campus

  Virtualizing the Campus

• 17. WAN Design

  WAN Design

• 18. Summary

  Summary

• 19. Chapter 3. A Basic Virtualized Enterprise

  Chapter 3. A Basic Virtualized Enterprise

• 20. The Virtual Enterprise

  The Virtual Enterprise

• 21. Transport VirtualizationVNs

  Transport VirtualizationVNs

• 22. Central Services Access: Virtual Network Perimeter

  Central Services Access: Virtual Network Perimeter

• 23. Summary

  A Virtualization Technologies Primer: Theory

• 24. Chapter 4. A Virtualization Technologies Primer: Theory

  Chapter 4. A Virtualization Technologies Primer: Theory

• 25. Network Device Virtualization

  Network Device Virtualization

• 26. Data-Path Virtualization

  Data-Path Virtualization

• 27. Control-Plane VirtualizationRouting Protocols

  Control-Plane VirtualizationRouting Protocols

• 28. Summary

  Summary

• 29. Chapter 5. Infrastructure Segmentation Architectures: Theory

  Chapter 5. Infrastructure Segmentation Architectures: Theory

• 30. Hop to Hop

  Hop to Hop

• 31. Tunnel Overlay for L3VPN

  Tunnel Overlay for L3VPN

• 32. Tunnel Overlay for Layer 2 VPNs

  Metro Ethernet Forum + BPDU transparency

• 33. Peer-Based Model for Layer 3 VPNs

  mp bgp vpn label allocation algorithm random

• 34. Inter-Autonomous System Connectivity: Another Application of Tunnels

  Inter-Autonomous System Connectivity: Another Application of Tunnels

• 35. Summary

  Summary

• 36. Part II: Enterprise Virtualization Techniques and Best Practices

• 37. Chapter 6. Infrastructure Segmentation Architectures: Practice

  Chapter 6. Infrastructure Segmentation Architectures: Practice

• 38. Hop-to-Hop VLANs

  to the VRF (Virtual Route Forwarding) for virtualizated environment

• 39. Single Address Space Solutions

  Single Address Space Solutions

• 40. Tunnel Overlay for Layer 3 VPNs

  Tunnel Overlay for Layer 3 VPNs

• 41. Layer 3 VPNs

  Layer 3 VPNs

• 42. Layer 2 VPNs

  Layer 2 VPNs

• 43. Summary

  Summary

• 44. Chapter 7. Extending the Virtualized Enterprise over the WAN

  Chapter 7. Extending the Virtualized Enterprise over the WAN

• 45. WAN Services

  WAN Services

• 46. Extending Segmentation over the WAN

  Extending Segmentation over the WAN

• 47. MPLS over Layer 2 Circuits

  MPLS over Layer 2 Circuits

• 48. Contracting Multiple IP VPNs

  Contracting Multiple IP VPNs

• 49. Carrier Supporting Carrier (CsC)

  Carrier Supporting Carrier (CsC)

• 50. MPLS over GRE

  MPLS over GRE

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