5G explained : security and deployment of advanced mobile communications

목차 (온라인서점 - 알라딘)

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•  PrefaceAchnowledgementsAbrevations list1 Introduction 101.1 Overview 101.2 What is 5G? 111.3 Background 121.4 Research 131.5 Challenges for electronics 131.6 Expected 5G in practice 141.7 5G and security 151.8 Motivations 161.9 5G standardization and regulation 161.9.1 ITU 161.9.2 3GPP 181.10 Global standardization in 5G era 201.10.1 GlobalPlatform 201.10.2 ITU 201.10.3 IETF 211.10.4 3GPP/3GPP2 211.10.5 ETSI 211.10.6 IEEE 211.10.7 SIMalliance 221.10.8 Smart Card Alliance 221.10.9 GSMA 221.10.10 NIST 221.10.11 NHTSA 231.10.12 ISO/IEC 231.10.13 ISO/IEC JTC1 231.10.14 OMA 231.10.15 CEPT/ECC 231.10.16 NERC 241.10.17 OWASP 241.10.18 OneM2M 241.10.19 Global Standards Collaboration 241.10.20 CSA 241.10.21 NGMN 251.10.22 Car-to-Car Communication Consortium 251.10.23 5GAA 251.10.24 Trusted Computing Group 251.10.25 InterDigital 251.11 Introduction to the book 262 Requirements 312.1 Overview 312.2 Background 322.3 5G requirements based on ITU 332.3.1 Process 332.3.2 Documents 352.3.3 Peak data rate 362.3.4 Peak spectral efficiency 372.3.5 User experienced data rate 372.3.6 5th percentile user spectral efficiency 372.3.7 Average spectral efficiency 372.3.8 Area traffic capacity 382.3.9 Latency 382.3.10 Connection density 382.3.11 Energy efficiency 382.3.12 Reliability 392.3.13 Mobility 392.3.14 Mobility interruption time 392.3.15 Bandwidth 392.4 The technical specifications of 3GPP 402.4.1 Releases 402.4.2 Security requirements for 5G 412.5 NGMN 492.5.1 User experience 492.5.2 Device Requirements 512.5.3 Enhanced Services 512.5.4 The 5G security 522.6 Mobile Network Operators 542.7 Mobile Device Manufacturers 543 Positioning of 5G 583.1 Overview 583.2 Mobile Generations 583.2.1 1G 593.2.2 2G 603.2.3 3G 603.2.4 4G 613.2.5 5G 623.3 The role of 3GPP in LPWA and IoT 673.3.1 Overall LPWA market landscape 673.3.2 General IoT requirements 683.3.3 LTE-IoT mode comparison 693.3.4 Statistics and projections 703.3.5 Standardization 703.3.6 Deployments 713.3.7 Comparison of LPWAs 723.3.8 Security aspects of IoT devices 723.3.9 What will 5G offer in IoT landscape vs. Non-IMSI LPWA? 743.4 The role of 5G in automotive (V2X) 743.5 The role of 5G in Cyber World 753.5.1 Introduction 753.5.2 Cyber and IoT 753.5.3 What Cyber is? 763.5.4 Standardization 773.5.5 Origin and Development 783.5.6 Machine learning and AI in 5G 794 Architecture 834.1 Overview 834.1.1 Architecture of the previous 3GPP generations 844.1.2 Architecture options for 5G 864.2 Gradual deployment of 5G 894.2.1 5G User and Control Plane 914.3 NG-RAN architecture 934.3.1 Interfaces 934.3.2 Functions of gNB and ng-eNB 944.4 5G system architecture 954.4.1 Network Functions (NF) 954.4.2 Architecture of 5G 964.5 Renewed functionality of the 5G system 1054.5.1 Network Slicing 1054.5.2 Network Function Virtualization 1094.5.3 Open Source 1104.5.4 Mobile Edge Computing 1104.5.5 All-IP Technology 1114.5.6 Service based architecture 1114.6 Supporting solutions for 5G 1114.6.1 Adaptive antennas 1114.6.2 SON 1114.6.3 QoS in 5G 1124.7 Control and User Plane Separation of EPC nodes (CUPS) 1145 Radio Network 1195.1 Overview 1195.2 5G performance 1205.2.1 General 1205.2.2 Radio performance figures 1205.3 5G spectrum 1215.3.1 Overall advances of 5G frequencies 1215.3.2 ITU-R WRC-19 Expectations 1225.3.3 5G Bands 1225.4 5G Radio Access Technologies 1275.4.1 Key specifications 1275.4.2 Frequency bands 1285.4.3 5G channel modeling 1285.4.4 Radio technology principles 1295.4.5 OFDM Transceiver Chain 1325.4.6 Cyclic prefix 1335.4.7 Channel Estimation and Equalization 1355.4.8 Modulation 1385.4.9 Coding 1385.4.10 Signal processing chain 1395.5 Uplink OFDM of 5G: CP-OFDM and DFT-s-OFDM 1395.6 Downlink 1405.7 New Radio (NR) interface of 3GPP 1415.7.1 Radio network architecture and interfaces 1425.7.2 5G network elements 1435.7.3 Modulation 1455.7.4 Frame structure 1465.7.5 Physical Channels 1465.7.6 General protocol architecture 1475.7.7 Multiple access 1485.7.8 4.2.3 Channel coding 1485.7.9 4.2.4 Physical layer procedures 1485.7.10 4.2.5 Physical layer measurements 1485.7.11 Quality of Service 1485.8 User devices 1495.9 Other aspects 1495.10 CBRS 1495.10.1 Background 1495.10.2 Use cases for CBRS 1505.10.3 The Concept 1515.10.4 Frequency sharing 1515.10.5 CBRS interface 1526 Core Network 1556.1 Overview 1556.2 Preparing the core for 5G 1576.2.1 Cloud-concept 1576.2.2 Data center as a base for 5G architecture 1576.2.3 Service level assurance 1596.2.4 Resiliency 1626.2.5 Redundancy 1646.2.6 Recovery classes 1656.2.7 Connectivity Service Network 1676.2.8 Network as a Service 1676.2.9 Security certification of 5G SIM and subscription management 1686.2.10 Security certification of data centers 1696.3 5G core network elements 1706.3.1 5G-EIR 1716.3.2 AF 1716.3.3 AMF 1726.3.4 AUSF 1726.3.5 LMF 1726.3.6 N3IWF 1736.3.7 NEF 1736.3.8 NRF 1746.3.9 NSSF 1756.3.10 NWDAF 1756.3.11 PCF 1766.3.12 SEPP 1766.3.13 SMF 1776.3.14 SMSF 1786.3.15 UDM 1796.3.16 UDR 1806.3.17 UDSF 1806.3.18 UPF 1816.4 5G functionalities implemented in 5G core 1816.4.1 Network slicing 1816.4.2 SDN 1836.4.3 NFV 1836.4.4 Optimization of the core and transport 1846.4.5 Cloud RAN 1846.4.6 User and data plane separation 1866.5 Transport network 1876.5.1 Conceptual examples 1886.6 Protocols and interfaces 1896.6.1 RAN 1906.6.2 Layers 1916.6.3 Layer 1 1926.6.4 Layer 2 1926.6.5 Layer 3 1936.6.6 The split-architecture of RAN 1936.6.7 Core network protocols 1946.6.8 Control Plane protocols 1956.6.9 User Plane protocols 2016.7 5G core network services 2037 Services and Applications 2077.1 Overview 2077.2 Network procedures 2087.2.1 General 2087.2.2 5G states 2097.3 5G services 2107.3.1 Registration and mobility management 2107.3.2 Connection establishment: Session management 2107.4 Specific 5G services 2127.4.1 IMS call 2127.4.2 SMS 2127.4.3 Public warning system 2127.4.4 Location based services 2127.5 Dual connectivity 2167.6 Network function -related cases 2167.6.1 Network exposure 2167.6.2 Policy 2167.6.3 Network function service framework 2167.7 V2I 2167.7.1 How V2V works? 2177.7.2 V2V system overview 2177.7.3 V2V reference architecture 2187.7.4 Development of V2X 2197.7.5 Security 2197.7.6 NHTSA requirements 2197.7.7 IEEE 802.11p vs. LTE-based short-range communications 2197.7.8 Security threats 2217.7.9 MNO role in V2V 2217.7.10 Markets for Peer to Peer and Cellular connectivity 2227.8 Machine Learning and Artificial Intelligence 2228 Security 2258.1 Introduction 2258.2 Overview 2268.3 5G Security Threats and Challenges 2288.3.1 Trends 2288.3.2 Needs in mobile environment 2298.3.3 Network Slicing 2308.3.4 Network Virtualization 2318.3.5 Open Source 2318.3.6 Mobile Edge Computing and All IP 2328.3.7 Other 5G safety considerations 2328.4 Development 2338.4.1 LTE Evolution 2338.4.2 NB-IoT vs. Low Power Wide Area 2338.4.3 Ramping up 5G 2338.5 Security implications in 5G environments and use cases 2348.5.1 Network Operations 2348.5.2 Enhanced Mobile Broadband 2358.5.3 Massive Internet of Things 2368.5.4 Critical Communications 2388.6 5G Security Layers 2398.7 Device Security 2418.7.1 Differentiating the Devices 2418.7.2 Spectrum 2418.7.3 Number of applications 2418.7.4 Type of network 2428.7.5 Type of access 2428.7.6 Type of credential 2428.7.7 Device to Network Security 2428.7.8 Device-to-Service and Device-to-Application Security 2448.7.9 Device-to-Device Security 2458.7.10 Device-to-User Security 2458.7.11 Summary of the Device Security Requirements 2458.8 Security between Network Entities 2468.8.1 Protection of the Mobile Edge 2468.8.2 Authentication Framework 2478.9 Security opportunities for stakeholders 2478.9.1 Evolution of the SIM – Scalable Device Security 2478.9.2 Protecting the Mobile Edge 2488.9.3 Providing Virtualized Network Components 2488.9.4 Solutions for Closed Networks 2488.10 5G Security Architecture for 3GPP Networks 2498.10.1 Network security functions and elements 2498.10.2 Key hierarchy 2518.10.3 5G identifiers 2538.10.4 PKI scheme 2548.10.5 Security procedures 2568.11 UICC evolution 2598.11.1 General 2598.11.2 SW-based security 2628.12 5G security development 2628.12.1 General 2628.13 UICC variants 2638.13.1 UICC 2638.13.2 eUICC 2638.13.3 vUICC 2638.13.4 iUICC 2648.13.5 Benefits and role of iUICC 2648.13.6 iUICC Standardization 2648.13.7 The UICC in the 5G era 2668.13.8 UICC profiles in 5G 2678.13.9 Changes in authentication 2688.13.10 5G UICC security 2688.13.11 Legacy UICC compatibility with 5G 2698.13.12 iUICC components 2708.13.13 The components for iUICC data loading 2719 5G Network Planning and Optimization 2749.1 Overview 2749.2 5G core and transmission network dimensioning 2749.2.1 Capacity estimation 2749.2.2 Transport 2779.2.3 Effect of network slicing 2799.3 5G radio network planning 2799.3.1 Radio channel modeling 2799.3.2 5G Radio Link Budget considerations 2809.3.3 5G radio link budged in bands above 6 GHz 28510 Deployment 29110.1 Overview 29110.2 Trials and early adopters prior to 2020 29110.2.1 Verizon Wireless 29110.2.2 AT&T 29210.2.3 DoCoMo 29210.2.4 Telia Company 29210.2.5 European Union 29210.3 5G frequency bands 29210.4 Core and radio network deployment scenarios 29310.4.1 Non-centralized 29310.4.2 Co-sited with E-UTRA 29410.4.3 Centralized deployment 29410.4.4 Shared RAN 29510.4.5 Heterogeneous deployment 29610.5 Standalone and Non-Standalone deployment scenarios 29610.5.1 Standalone 4G/5G RAN and NGC 29710.5.2 Non-Standalone 5G NR with 4G EPS 29710.5.3 Non-Standalone 5G NR with 5G NGC 29810.5.4 Non-Standalone 4G E-UTRA with 5G NGC 29910.5.5 Deployment scenarios of gNB/en-gNB 30010.6 5G network interfaces and elements 30110.6.1 Interfaces 30110.6.2 5G functional elements 30210.7 Core deployment 30310.7.1 Initial phase: reusing existing infrastructure 30410.8 CoMP 30810.9 Measurements 30910.9.1 Overall view 30910.9.2 Measurement principles of 5G 31010.9.3 NGPaaS 312