Virtualized Software-Defined Networks and Services

Name: Virtualized Software-Defined Networks and Services
Brand: Artech House
Price: 122.99 EUR
Availability: OnlineOnly

Qiang Duan(Author)

Artech House (Publisher)

Published on 1. January 2016

336 pages

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978-1-63081-440-3 (ISBN)

€122.99incl. 7% vat

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Content

Intro
Contents
Preface
1 Introduction and Overview
1.1 Introduction
1.2 Software-Defined Networking
1.3 Virtualization in Networking
1.4 Integrating SDN and NFV in Future Networks
1.5 Virtualized Network Services
References
2 Software-Defined Networking
2.1 Introduction
2.2 SDN Concept and Principles
2.3 Features and Advantages
2.4 SDN Architecture
2.4.1 General Architecture
2.4.2 ONF Architecture
2.4.3 ITU-T Architecture
2.4.4 IRTF Architecture
2.4.5 Cooperating Layered Architecture for SDN
2.5 SDN Data Plane and Southbound Interface
2.5.1 Key Components in an SDN Switch
2.5.2 OpenFlow Switch Structure
2.5.3 OpenFlow Pipeline Processing
2.6 SDN Control and Applications
2.6.1 SDN Controller Architecture
2.6.2 SDN Controller Functions
2.6.3 Enhancing SDN Control Performance
2.6.4 Multidomain SDN Control
2.6.5 SDN Control Applications
2.6.6 RESTful Northbound API
2.7 Software-Defined Internet Architecture for Network Service Provisioning
2.7.1 Challenges to Current SDN Architecture for Service Provisioning
2.7.2 Software-Defined Internet Architecture
2.7.3 End-to-End Service Provisioning in Software-Defined Internet Architecture
2.8 Protocol Independent Layer in SDN for Future Network Service Provisioning
2.8.1 Limitation of the Current OpenFlow-Based SDN Data Plane
2.8.2 Protocol-Independent Layer and Abstract Model for Packet Forwarding
2.8.3 Protocol Oblivious Packet Forwarding
2.8.4 Programming Protocol-Independent Packet Processing
2.8.5 An Ecosystem for SDN Data Plane Programming
2.8.6 ONF Forwarding Abstractions Working Group
2.9 Conclusion
References
3 Virtualization in Networking
3.1 Introduction
3.2 Virtualization in Computing
3.3 Network Virtualization
3.3.1 Network Virtualization Architecture
3.3.2 Functional Roles in Network Virtualization
3.3.3 Virtual Network Lifecycle Management
3.3.4 Benefits of Network Virtualization for Service Provisioning
3.4 Technologies for Creating Virtual Networks
3.4.1 Resource Description and Discovery for Network Virtualization
3.4.2 Virtual Network Embedding
3.4.3 Virtual Network Security and Survivability
3.5 Network Function Virtualization
3.5.1 NFV Architectural Framework
3.5.2 Principle for Virtualizing Network Functions
3.5.3 Network Services in NFV
3.6 Key Components of NFV Architecture
3.6.1 NFV Infrastructure
3.6.2 Virtual Network Functions
3.6.3 NFV Management and Orchestration
3.7 NFV Implementation and Performance
3.7.1 Challenges to High-Performance NFV
3.7.2 Data Plane I/O Virtualization
3.7.3 NFV Implementation Example-NetVM
3.7.4 NFV Implementation Example-ClickOS
3.7.5 Open NFV Platform
3.7.6 NFV Implementation Portability and Reliability
3.8 Virtualization-Based Network Service Provisioning
3.8.1 Service-Oriented Architecture
3.8.2 Service-Oriented Network Virtualization
3.8.3 Network-as-a-Service (NaaS) in NFV
3.8.4 Software-Defined Control for NaaS in NFV
3.8.5 Virtualization-Based Unification of Newtork and Cloud Services
3.9 Conclusion
References
4 Integrating SDN and NFV in Future Networks
4.1 Introduction
4.2 Virtualization in Software-Defined Network
4.2.1 SDN Virtualization
4.2.2 Hypervisor-Based Virtualization for SDN
4.2.3 Container-Based Virtualization for SDN
4.2.4 Virtualization of Multidomain SDN
4.2.5 Orchestration-Based Virtualization for Multidomain SDN
4.3 Software-Defined Networking in NFV Infrastructure
4.3.1 Using SDN in the NFV Infrastructure
4.3.2 SDN-Based Network Control for NFV Service Function Chaining
4.3.3 SDN for Supporting NFV in Radio Access Network
4.3.4 SDN for Supporting NFV in Mobile Packet Core
4.3.5 SDN for Supporting NFV in Wireline Access Network
4.4 Combining SDN and NFV for Service Provisioning
4.4.1 Software-Defined Network Control in the NFV Architecture
4.4.2 Resource Abstraction for SDN Control in the NFV Architecture
4.4.3 Network-as-a-Service for Supporting SDN Control in NFV
4.4.4 Routing Function Virtualization over an OpenFlow Infrastructure
4.4.5 Extended SDN Architecture for Supporting VNF Functionalities
4.5 Integration of SDN and NFV in Unified Network Architecture
4.5.1 Two-Dimensional Abstraction Model for Integrating SDN and NF
4.5.2 Software-Defined Network Virtualization (SDNV) Architectural Framework
4.5.3 SDNV-Based Service Delivery Platform
4.5.4 Challenges to SDN-NFV Integration and Opportunities for Future Research
4.6 Conclusion
References
5 Virtualized Network Services
5.1 Introduction
5.2 Cloud Standards
5.3 Cloud Services Architectures
5.3.1 Protocol Stacks and Interfaces
5.4 Cloud Services
5.4.1 NaaS
5.4.2 IaaS
5.4.3 SECaaS
5.4.4 PaaS
5.4.5 SaaS
5.4.6 CaaS
5.5 Virtualization and Cloud
5.6 Virtualized Cloud Services Architectures
5.7 Basic NFV Components of Cloud Services Architecture
5.8 Virtualized Carrier Ethernet Services
5.8.1 Components of Virtualized Carrier Ethernet Services
5.8.2 Service Chaining for EPL
5.8.3 Access E-Line and Its Service Chaining
5.9 Virtualized IP VPN Services
5.10 Life Cycle Services Operations (LSO) for Cloud Services
5.11 NFV and SDN for Unified Network and Cloud Service Provisioning
5.12 Conclusion
References
About the Authors
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Virtualized Software-Defined Networks and Services

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