Index 437
Network Descriptor 241, 242
OpenStack 240–241
Software Defined Networking (SDN)
5G mobile networks 44
5G security 81–82
access control 91
application layer 84–85
application plane security 86–87
cloud computing 392
control channels security 89–91
control layer 85–86
control plane security 87
Customer Edge Switching (CES) 200,
223, 229
data link security 88–89
data plane security 87
firewalls 92
infrastructure layer 86
Intrusion Detection Systems (IDS) 91
Intrusion Prevention Systems (IPS) 91
layer‐based SDN architecture 329–331
legal framework for security and
privacy 405
mobile networks 88–94
Mobile Virtual Network Operators
(MVNO) 329–331
Network Function Virtualization (NFV)
351–353
network resilience 91–92
network security automation 92–94
OpenFlow 83–85, 87, 88–94
SDN‐based cloud security systems 392
security, Telecommunication network as a
Service (TaaS) 329–331
security and privacy 409–411, 417
security challenges 84–86
security solutions 86–87
security systems 92
telco cloud 351–353
Telecommunication network as a Service
(TaaS) 329–331
traffic monitoring 91
Transport Layer Security (TLS) 86, 89, 90
South Korea: 5G Forum, 5G research 53–54
spectrum, 5G mobile networks 32
spectrum efficiency, 5G mobile networks
36, 37
spectrum management, 4G cellular
systems 24
standardization activities, 5G see 5G
standardization activities
standardizations
cloud computing 392–394
European Telecommunications Standards
Institute (ETSI) 392–393
Multi‐Access Edge Computing
(MEC) 392–394
National Institutes of Standards and
Technology (NIST) 393
Next Generation Mobile Networks
(NGMN) 5G Security Group 393–394
standards
European Telecommunications Standards
Institute (ETSI)
48, 50–51
structures 188–189
state‐of‐the‐art in mobile networks
security 197–203
Network Address Translation
(NAT) 199–200
steel corrosion, structural design
failures 184–185
steel design verifications, structures 180–181
structural design 165–190
see also architectural design
structural design failures 166, 182–187
cleaver cracks 184–185
fatigue 183, 185
ice 183
maintenance failures 183–186
paint degradation 184–185
shield effect 183
steel corrosion 184–185
structures 182–187
water traps 185
weld imperfections 185, 185–186
wind issues 182–183
structures 165–190
accidental action 174, 179
actions 174–179
ancillary items 178
Codes of Practice 187, 188
Deaves and Harris model 175
design codes 170
design philosophy 171–181
environmental aspects 169
Eurocodes 170, 173, 180
examples 167
Network Descriptor 241, 242
OpenStack 240–241
Software Defined Networking (SDN)
5G mobile networks 44
5G security 81–82
access control 91
application layer 84–85
application plane security 86–87
cloud computing 392
control channels security 89–91
control layer 85–86
control plane security 87
Customer Edge Switching (CES) 200,
223, 229
data link security 88–89
data plane security 87
firewalls 92
infrastructure layer 86
Intrusion Detection Systems (IDS) 91
Intrusion Prevention Systems (IPS) 91
layer‐based SDN architecture 329–331
legal framework for security and
privacy 405
mobile networks 88–94
Mobile Virtual Network Operators
(MVNO) 329–331
Network Function Virtualization (NFV)
351–353
network resilience 91–92
network security automation 92–94
OpenFlow 83–85, 87, 88–94
SDN‐based cloud security systems 392
security, Telecommunication network as a
Service (TaaS) 329–331
security and privacy 409–411, 417
security challenges 84–86
security solutions 86–87
security systems 92
telco cloud 351–353
Telecommunication network as a Service
(TaaS) 329–331
traffic monitoring 91
Transport Layer Security (TLS) 86, 89, 90
South Korea: 5G Forum, 5G research 53–54
spectrum, 5G mobile networks 32
spectrum efficiency, 5G mobile networks
36, 37
spectrum management, 4G cellular
systems 24
standardization activities, 5G see 5G
standardization activities
standardizations
cloud computing 392–394
European Telecommunications Standards
Institute (ETSI) 392–393
Multi‐Access Edge Computing
(MEC) 392–394
National Institutes of Standards and
Technology (NIST) 393
Next Generation Mobile Networks
(NGMN) 5G Security Group 393–394
standards
European Telecommunications Standards
Institute (ETSI)
48, 50–51
structures 188–189
state‐of‐the‐art in mobile networks
security 197–203
Network Address Translation
(NAT) 199–200
steel corrosion, structural design
failures 184–185
steel design verifications, structures 180–181
structural design 165–190
see also architectural design
structural design failures 166, 182–187
cleaver cracks 184–185
fatigue 183, 185
ice 183
maintenance failures 183–186
paint degradation 184–185
shield effect 183
steel corrosion 184–185
structures 182–187
water traps 185
weld imperfections 185, 185–186
wind issues 182–183
structures 165–190
accidental action 174, 179
actions 174–179
ancillary items 178
Codes of Practice 187, 188
Deaves and Harris model 175
design codes 170
design philosophy 171–181
environmental aspects 169
Eurocodes 170, 173, 180
examples 167