Internet Technologies for Fixed and Mobile Networks -- Contents -- Chapter 1 Introduction to Internet Technologies -- 1.1 Development of the Internet -- 1.1.1 The Beginning -- 1.1.2 Standardization of Fundamental Internet Technologies -- 1.1.3 Worldwide Growth of the Internet -- 1.1.4 The Growth toward Broadband Internet and New Applications -- 1.2  Internet Architecture -- 1.2.1 Basic Internet Protocol Architecture -- 1.2.2 Internet Network Architecture -- 1.3 Characterization of Internet Traffic -- 1.4 Legacy Telecommunications Versus the Internet -- 1.5 Convergence of Telecommunications to an All-IP World -- 1.6 This Book's Structure -- References -- Chapter 2 Internet Protocols -- 2.1 Internet Protocol (IP) -- 2.1.1 Internet Control Message Protocol (ICMP) -- 2.1.2  Address Resolution Protocol (ARP) -- 2.2  IPv4 Addressing -- 2.2.1 Classful IPv4 Addressing -- 2.2.2 Classless IPv4 Addressing -- 2.2.3 Public and Private IP Addresses -- 2.2.4. Network Address Translation (NAT) -- 2.3 IPv6 Fundamentals -- 2.3.1 Flow Labeling in IPv6 -- 2.3.2 Extension Headers -- 2.3.3 ICMPv6 -- 2.4 IPv6 Addressing -- 2.4.1 Representation of IPv6 Addresses -- 2.4.2 Allocation of IPv6 Address Space -- 2.4.3  IPv6 Address Autoconfiguration -- 2.4.4  Transition from IPv4 to IPv6 -- 2.5 Dynamic Host Configuration Protocol (DHCP) -- 2.5.1 DHCP for IPv4 -- 2.5.2 DHCP Version 6 (DHCPv6) -- 2.6 Transport Protocols in the Internet -- 2.6.1 User Datagram Protocol (UDP) -- 2.6.2  Transmission Control Protocol (TCP) -- 2.7 TCP Mechanisms and Versions -- 2.7.1 TCP Congestion Control -- 2.7.2  TCP Versions -- 2.8 Internet Governance -- References -- Chapter 3 Internet Networking -- 3.1 What Is a Socket? -- 3.2 TCP Sockets (Stream Sockets) -- 3.2.1 Interpretation of Binary Data in Internet Networking -- 3.2.2 TCP Socket Interface -- 3.3 UDP Datagram Sockets.

3.4 Client-Server Architectures -- 3.5 Peer-to-Peer Architectures -- 3.6 Internet Access Networks -- 3.6.1 Ethernet and Wi-Fi as Unified Local Access -- 3.6.2 Fixed Broadband Access Networks -- 3.6.3 Mobile Broadband Access Networks -- 3.7 Internet Routing -- 3.7.1 Unicast Routing -- 3.7.2 Multicast Routing -- 3.8 Border Gateway Protocol (BGP) -- 3.8.1 BGP Operations -- 3.8.2 BGP Discussion -- References -- Chapter 4 Fundamental Internet Technologies -- 4.1 Domain Name System (DNS) -- 4.1.1 Domain Name Space -- 4.1.2 Name Servers -- 4.1.3 Resolvers and Resolution -- 4.1.4 DNS Discussion -- 4.2 File Transfer Protocol (FTP) -- 4.2.1 Trivial FTP (TFTP) -- 4.2.2 FTP Discussion -- 4.3 Electronic Mail -- 4.3.1 Simple Mail Transfer Protocol (SMTP) -- 4.3.2 Post Office Protocol Version 3 (POP3) -- 4.3.3 Internet Message Access Protocol Version 4 (IMAP4) -- 4.4 World Wide Web (WWW) -- 4.4.1 Hypertext Transfer Protocol (HTTP) -- 4.4.2 Web Documents -- 4.5 Multimedia Streaming -- 4.5.1 Real-Time Transport Protocol (RTP) -- 4.5.2 Real Time Streaming Protocol (RTSP) -- 4.5.3 MPEG-2 -- 4.5.4 MPEG-4 -- 4.6 Session Initiation Protocol (SIP) for Internet Signaling -- 4.6.1 SIP Messages -- 4.6.2 SIP Addressing -- 4.6.3 SIP Network Elements -- 4.7 Internet Security -- 4.7.1 Internet Security on Network Layer (IPsec) -- 4.7.2 Internet Security on the Transport Layer (SSL/TLS) -- 4.8  AAA in Internet -- 4.8.1 RADIUS -- 4.8.2 Diameter -- References -- Chapter 5 Internet Standardization for Telecom Sector -- 5.1 Next Generation Networks (NGNs) by ITU -- 5.1.1 Cooperation for NGN Development -- 5.1.2 NGN Network Concept -- 5.2 Transport and Service Strata of NGN -- 5.2.1 Transport Stratum -- 5.2.2 Service Stratum -- 5.3 NGN Architectures -- 5.4 Next-Generation Broadband Access -- 5.4.1 ITU's Role in Development of Broadband Internet Access.

5.4.2 Fixed Broadband Internet Access Technologies -- 5.4.3 Wireless and Mobile Broadband Internet Access Technologies -- 5.5 Naming and Addressing -- 5.6 Quality of Service (QoS) Framework -- 5.6.1 Introduction to QoS, QoE, and Network Performance -- 5.6.2 ITU-T Standardization on QoS and QoE -- 5.6.3 Overview of Internet QoS -- 5.6.4 QoS Parameters and Classes -- 5.6.5 End-to-End QoS -- 5.7 Fixed-Mobile Convergence (FMC) -- 5.8 IP Multimedia Subsystem (IMS) -- 5.8.1 Proxy-CSCF (P-CSCF) -- 5.8.2 Serving-CSCF (S-CSCF) -- 5.8.3 Interrogating-CSCF (I-CSCF) -- 5.8.4 User Identities in IMS -- 5.9  Discussion -- References -- Chapter 6 Internet Technologies for Mobile Broadband Networks -- 6.1 Mobile IP -- 6.1.1 Mobile IPv4 -- 6.1.2 Mobile IPv6 -- 6.2 Host Identity Protocol (HIP) -- 6.3 All-IP Packet Core for 4G Mobile Networks -- 6.3.1 Evolved Packet Core (EPC) -- 6.3.2 Protocol Stacks for 4G Interfaces -- 6.4 QoS Framework for 4G Mobile Internet -- 6.4.1 QoS in UMTS -- 6.4.2 QoS in LTE/LTE-Advanced Mobile Networks -- 6.4.3 QoS in 4G Mobile WiMAX -- 6.5 4G Mobile VoIP -- 6.5.1 Carrier-Grade Mobile VoIP Implementation -- 6.5.2 Over-the-Top Mobile VoIP Consideration -- 6.6 Mobile TV -- 6.6.1 Mobile IPTV Standardization by ITU-T -- 6.6.2 Multimedia Broadcast Multicast Service (MBMS) -- 6.7 Mobile Web -- 6.8 5G Mobile Broadband Developments -- 6.8.1 5G Architectures -- 6.8.2 5G Services and Business Aspects -- 6.9 Regulation and Business Aspects for Mobile Broadband Internet -- 6.9.1 Regulation Aspects for Mobile Broadband -- 6.9.2 Business Aspects for Mobile Broadband -- 6.9.3 Discussion -- References -- Chapter 7 Broadband Internet services -- 7.1 VoIP as the PSTN/PLMN Replacement -- 7.2 Over-the-Top (OTT) Voice-over-IP -- 7.2.1 Skype -- 7.2.2 Other OTT VoIP Applications -- 7.3 IPTV Services -- 7.3.1 IPTV Content Delivery.

7.3.2 Internet Technologies Used for IPTV Service -- 7.3.3 Traffic Management, QoS, and QoE for IPTV -- 7.4 Over-the-Top Multimedia Streaming -- 7.4.1 YouTube Technologies -- 7.5 Over-the-Top Peer-to-Peer Services -- 7.5.1 Napster Technology -- 7.5.2 BitTorrent -- 7.6 Over-the-Top Social Networks -- 7.6.1 Social Network Concepts and Technology -- 7.6.2 Comparison of Existing Social Networks and the WWW -- 7.6.3 The Future of Social Networks: Decentralization -- 7.7 Internet of Things (IoT) -- 7.8 Web of Things -- 7.9 Regulation and Business Aspects for Broadband Internet Services -- 7.9.1 Business Aspects -- 7.9.2 Regulatory Aspects -- 7.10 Discussion -- References -- Chapter 8 Cloud Computing -- 8.1 ITU's Framework for Cloud Computing -- 8.2 Cloud Systems and Architectures -- 8.3 Cloud Computing Service Models -- 8.3.1 Infrastructure as a Service (IaaS) -- 8.3.2 Platform as a Service (PaaS) -- 8.3.3 Software as a Service (SaaS) -- 8.3.4 Network as a Service (NaaS) -- 8.3.5 Communication as a Service (CaaS) -- 8.3.6 Intercloud Computing -- 8.4 Cloud Security and Privacy -- 8.4.1 Application Layer Security for Access to the Cloud -- 8.4.2 Secure Cloud Access -- 8.5 Over the Top (OTT) Cloud Services -- 8.6 Telecom Cloud Implementations -- 8.6.1 Desktop as a Service (DaaS) -- 8.6.2 Cloud Communication Center -- 8.6.3 Service Delivery Platform as a Service (SDPaaP) -- 8.6.4 End-to-End Service Management by Cloud Provider -- 8.7 Mobile Cloud Computing (MCC) -- 8.8 Regulation and Business Aspects of Cloud Computing -- 8.8.1 Regulation Aspects of Cloud Computing -- 8.8.2  Business Aspects of Cloud Computing -- References -- Chapter 9 Future Networks -- 9.1 Future Networks Framework by ITU -- 9.2 Network Virtualization for Future Networks -- 9.3 Software-Defined Networking (SDN) -- 9.4 Big Data -- 9.4.1 Big Data Definition.

9.4.2 Big Data Ecosystem and Reference Architecture -- 9.4.3 Big Data Technologies and Use Cases -- 9.4.4 Challenges for Big Data -- 9.5 Over-the-Top Versus Telecom Operator Service Models -- 9.6 Cybersecurity -- 9.6.1 Cybersecurity Technologies -- 9.6.2 Security in Future Networks -- 9.7 Impact of M2M -- 9.7.1 Ubiquitous Sensor Network (USN) -- 9.7.2 Common M2M Service Layer -- 9.8 Smart Networks and Services -- 9.8.1 Smart Traffic Control -- 9.8.2 Smart Sustainable Cities -- 9.9 Business and Regulation Challenges in Future Networks -- References -- Chapter 10 Conclusions -- About the Author -- Index.