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Table of Contents
Preface; Contents; Acronyms; 1 Introduction; 1.1 The Development of Wireless Networks; 1.2 5G Wireless Networks; References; 2 Cloud-Based Networking; 2.1 Network Foundation Virtualization; 2.1.1 Development Status of NFV; 2.1.2 Technical Issues of NFV; 2.2 Cloud Radio Access Networks; 2.3 Mobile Cloud Networking; References; 3 Cloud Platform for Networking; 3.1 OpenNebule; 3.2 OpenStack; 3.3 OpenDayLight; 3.4 Virtual Machine Migration; 3.4.1 P2V; 3.4.2 V2V; 3.4.3 V2P; References; 4 Definable Networking; 4.1 Caching; 4.2 Mobile Content Distribution Network; 4.3 Software-Defined Mobile Network.
4.3.1 SDN Architecture4.3.2 The Critical Techniques for Data Layer; Switch Design Issues; Forwarding Rules Design Issues; 4.3.3 The Critical Techniques for Control Layer; Controller Design Issues; Interface; The Features of Control Layer; 4.3.4 SDN-Based Application; Enterprise Networks and Campus Networks; Data Center and Cloud; WAN; Wireless Networking; 4.4 Networking as a Service; 4.4.1 Create a Virtual Network Segment; 4.4.2 Integration of NaaS and WAN; 4.4.3 Advantage of NaaS; References; 5 Green Wireless Networks; 5.1 Background; 5.2 Cognitive SDN for Green Wireless Networks.
5.2.1 Cognitive SDN Architecture and Technology5.2.2 Green Wireless Network Architecture Based on Cognitive SDN; 5.3 SDN-Based Energy Efficiency Optimization for RAN; 5.3.1 Separation Between Control and Data; 5.3.2 Separation Between Uplink and Downlink; 5.3.3 Elastic Wireless Resources Matching; 5.4 SDN-Based Green Wireless Networks Fusion; References; 6 5G-Related Projects; 6.1 METIS; 6.2 Multi-hop Cellular Networks; 6.3 T-NOVA; 6.4 iJOIN; 6.5 NUAGE; References; 7 5G-Based Applications; 7.1 RAN Sharing; 7.2 Multi-Operator Core Network; 7.3 Fixed Mobile Convergence; 7.4 Small Cells.
7.5 Other ApplicationsReferences; 8 Conclusion; References.
4.3.1 SDN Architecture4.3.2 The Critical Techniques for Data Layer; Switch Design Issues; Forwarding Rules Design Issues; 4.3.3 The Critical Techniques for Control Layer; Controller Design Issues; Interface; The Features of Control Layer; 4.3.4 SDN-Based Application; Enterprise Networks and Campus Networks; Data Center and Cloud; WAN; Wireless Networking; 4.4 Networking as a Service; 4.4.1 Create a Virtual Network Segment; 4.4.2 Integration of NaaS and WAN; 4.4.3 Advantage of NaaS; References; 5 Green Wireless Networks; 5.1 Background; 5.2 Cognitive SDN for Green Wireless Networks.
5.2.1 Cognitive SDN Architecture and Technology5.2.2 Green Wireless Network Architecture Based on Cognitive SDN; 5.3 SDN-Based Energy Efficiency Optimization for RAN; 5.3.1 Separation Between Control and Data; 5.3.2 Separation Between Uplink and Downlink; 5.3.3 Elastic Wireless Resources Matching; 5.4 SDN-Based Green Wireless Networks Fusion; References; 6 5G-Related Projects; 6.1 METIS; 6.2 Multi-hop Cellular Networks; 6.3 T-NOVA; 6.4 iJOIN; 6.5 NUAGE; References; 7 5G-Based Applications; 7.1 RAN Sharing; 7.2 Multi-Operator Core Network; 7.3 Fixed Mobile Convergence; 7.4 Small Cells.
7.5 Other ApplicationsReferences; 8 Conclusion; References.