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| Àâòîðèçàöèÿ |
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| Ïîèñê ïî óêàçàòåëÿì |
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| Ahson S., Ilyas M. (Ed) — WiMAX: Standards and Security |
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| Ïðåäìåòíûé óêàçàòåëü |
Media access control (MAC) layer, IEEE 802.16e-2005 standard 29—30
Media access control (MAC) layer, IEEE 802.16h standard 32
Media access control (MAC) layer, mesh networking 149—150
Media access control (MAC) layer, mesh networking, backbone hop-by-hop security 169—170
Media access control (MAC) layer, mesh networking, IEEE 802.16 standard 214
Media access control (MAC) layer, mesh topology functions 51—55
Media access control (MAC) layer, mesh topology functions, addressing and connections 51—52
Media access control (MAC) layer, mesh topology functions, bandwidth allocation 52—53
Media access control (MAC) layer, mesh topology functions, centralized scheduling 53—54
Media access control (MAC) layer, mesh topology functions, network synchronization 54
Media access control (MAC) layer, network security properties 198—199
Media access control (MAC) layer, plugfest testing configurations 184—187
Media access control (MAC) layer, point to multiple point (PMP) topology, connection establishment and maintenance 47—49
Media access control (MAC) layer, point to multiple point (PMP) topology, IEEE 802.16 standard 212—213
Media access control (MAC) layer, point to multiple point (PMP) topology, MPDU retransmission scheme 40—41
Media access control (MAC) layer, point to multiple point (PMP) topology, network entry and initialization 47
Media access control (MAC) layer, point to multiple point (PMP) topology, overview 36—37
Media access control (MAC) layer, point to multiple point (PMP) topology, PDU composition 38—39
Media access control (MAC) layer, point to multiple point (PMP) topology, PDU transmission 39—40
Media access control (MAC) layer, point to multiple point (PMP) topology, quality-of-service 49—51
Media access control (MAC) layer, point to multiple point (PMP) topology, service implementation schemes 42—47
Media access control (MAC) layer, point to multiple point (PMP) topology, services and parameters 41—42
Media access control (MAC) layer, protocol data unit 210—212
Media access control (MAC) layer, quality of service support 214—215
Media access control (MAC) layer, security threats to 226 233—234
Media access control (MAC) layer, WiMAX standardization for 210
Mesh topology, advanced security issues 244
Mesh topology, IEEE 802.16 standard 26—27
Mesh topology, IEEE 802.16 standard, network security issues 168—171
Mesh topology, IEEE 802.16 standard, networking applications 162—167
Mesh topology, IEEE 802.16 standard, overview 147—150
Mesh topology, IEEE 802.16 standard, time division multiple access 150—162
Mesh topology, media access (MAC) layer 51—55
Mesh topology, media access (MAC) layer, addressing and connections 51—52
Mesh topology, media access (MAC) layer, bandwidth allocation 52—53
Mesh topology, media access (MAC) layer, centralized scheduling 53—54
Mesh topology, media access (MAC) layer, network synchronization 54
Mesh topology, network addressing 164—165
Mesh topology, network schematic 147—148
Mesh topology, WiMAX support for 207—209
Mesh topology, WiMAX support for, point-to-multiple point protocol 214
Minimum reserved traffic rate (MRTR), IEEE 802.16 quality-of-service standard 66
Mobile stations (MS), 5th plugfest testing of 187—189
Mobile stations (MS), IEEE 802.11 standard 7—8
Mobile stations (MS), power-saving mechanisms 106—107
Mobile stations (MS), support functions 104
Mobile subscriber station (MSS), handover procedures 130—131
Mobile subscriber station (MSS), mobility prediction 136—138
Mobile subscriber station (MSS), predicted handover scheme 138—141
Mobile WiMAX systems, performance evaluation 78—79
Mobility prediction, mobile subscriber stations 136—138
Mobility support, IEEE 802.16e standard, handover mechanisms 109—121
Mobility support, IEEE 802.16e standard, location update 124—126
Mobility support, IEEE 802.16e standard, network reentry from idle model 126—127
Mobility support, IEEE 802.16e standard, overview 104
Mobility support, IEEE 802.16e standard, paging operations 121—124
Mobility support, IEEE 802.16e standard, power-saving mechanisms 105—109
MOB_BSHO-REQ, handover operations 114—118
MOB_BSHO-RSP, handover operations 114—118
MOB_HO-IND, handover operations 115—118
MOB_MSHO-REQ, handover operations 114—118
MOB_NBR-ADV message, network topology acquisition, association procedure 113—114
MOB_NBR-ADV message, network topology advertisement 109
MOB_SCN-REP, network topology acquisition, neighbor BS scanning 109—111
MOB_SCN-REQ, handover operations, association levels 132—133
MOB_SCN-REQ, network topology acquisition, association procedure 112—114
MOB_SCN-REQ, network topology acquisition, neighbor BS scanning 109—111
MOB_SCN-RSP, handover operations, association levels 131—133
MOB_SCN-RSP, network topology acquisition, association procedure 112—114
MOB_SCN-RSP, network topology acquisition, neighbor BS scanning 109—111
MOB_SLP-RSP message, mobility support 106—107
MOB_TRF-IND message, mobility support 106—107
MOC_SLP-REQ message, mobility support 106—107
Modulation categories, functionality and performance testing 178
Multicast connections, power-saving mechanisms 108—109
Mutual authentication, privacy key management (PKM) protocol version 2 240—242
Neighboring base stations (nBSs), handover procedures 130—131
Neighboring base stations (nBSs), network topology acquisition 109—111
Network address translation (NAT), mesh network addressing 165
Network configuration subframe, mesh networking, distributed election scheduling broadcast channels 154—157
Network configuration subframe, mesh networking, TDMA framing and transmission timing 152—154
Network control and management system (NCMS), IEEE 802.16g standard 31
Network entry/reentry, handover operations 118
Network entry/reentry, handover operations, from idle mode 125—126
Network entry/reentry, media access (MAC) layer, initialization 47
Network entry/reentry, mesh networking and synchronization 161—162
Network management system (NMS), IEEE 802.16f standard 30
Network security, advertisement 109
Network security, association procedure 111—114
Network security, mesh networking 168—171
Network security, neighbor BS scanning 109—111
Network security, protocols for 198—199
Network synchronization, media access (MAC) layer, mesh topology 54
Network topology acquisition, handover (HO) function and 109—114
Node authorization, mesh networking security 168—169
Nonline-of-sight (NLOS) communication, IEEE 802.16 standards and 22—23
Nonline-of-sight (NLOS) communication, IEEE 802.16-2004 support for 207
Nonline-of-sight (NLOS) communication, mesh topology for 207—209
Nonline-of-sight (NLOS) communication, mesh topology for, point-to-multiple point protocol 214
Nonreal-time polling service (nrtPS), IEEE 802.16 quality-of-service standard, scheduling 69
Nonreal-time polling service (nrtPS), media access (MAC) layer, services provisions and parameters 42
Nonreal-time polling service (nrtPS), media access (MAC) layer, uplink scheduling 43—44
Nonreal-time variable rate (NRT-VR) power, saving function, mobility support and 105—109
Okumura-Hata model, propagation environments 82—83
Orthogonal frequency division multiplexing (OFDM), HIPERLAN WLAN technology standard 12
Orthogonal frequency division multiplexing (OFDM), IEEE 802.11 standard 6—8
Orthogonal frequency division multiplexing (OFDM), IEEE 802.16-2004 standard, physical layer, (PHY) specifications 23—24 209—210
Orthogonal frequency division multiplexing (OFDM), mesh networking, distributed election scheduling broadcast channels 155—157
Orthogonal frequency division multiplexing (OFDM), mesh networking, TDMA framing and transmission timing 152—154
Orthogonal frequency division multiplexing (OFDM), mesh networking, time division multiple access 150—162
Orthogonal frequency-discussion multiple access (OFDMA) frame, handover model simulation and results 141—143
Packet-switched data networks, voice over Internet protocol (VoIP) 129—131
Paging group update, defined 124
Paging operation, handover function 121—124
Partitioned networks, mesh network addressing 164—165
Path loss approximation, signal-aware mechanisms 134—136
Path loss approximation, WiMAX system performance 95—97
Payload encription, AES-CCM system 224—226
Penetration loss, propagation environments 87—90
Perform ranging code, paging operation 124
Personal Computer Memory Card International Association (PCMCIA) network access, cellular networks 10—11
Physical layer (PHY) specifications, certification 179—180
Physical layer (PHY) specifications, IEEE 802 standards 4—5
Physical layer (PHY) specifications, IEEE 802.16-2004 standard 23—24 206
Physical layer (PHY) specifications, IEEE 802.16-2004 standard, frame structure 209—210
Physical layer (PHY) specifications, IEEE 802.16e-2005 standard 28—29
Physical layer (PHY) specifications, jamming and scrambling threats 232—233
Physical layer (PHY) specifications, MAC layer 25—26
Physical layer (PHY) specifications, MAC PDU transmission 39—40
Physical layer (PHY) specifications, mesh networking, IEEE 802.16 standard 150—151
Physical layer (PHY) specifications, MPDU transmission, uplink timing and allocations 40
Physical layer (PHY) specifications, network security properties 198—199
Physical layer (PHY) specifications, plugfest testing of 184—187
Physical layer (PHY) specifications, security threats to 226
Plugfest testing for WiMAX systems 183—189
Plugfest testing for WiMAX systems, 3rd test architecture 184—186
Plugfest testing for WiMAX systems, 5th architecture 187—189
Plugfest testing for WiMAX systems, test plan 186—187
Point to multiple point (PMP) topology, media access (MAC) layer, connection establishment and maintenance 47—49
Point to multiple point (PMP) topology, media access (MAC) layer, MPDU retransmission scheme 40—41
Point to multiple point (PMP) topology, media access (MAC) layer, network entry and initialization 47
Point to multiple point (PMP) topology, media access (MAC) layer, overview 36—37
Point to multiple point (PMP) topology, media access (MAC) layer, PDU composition 38—39
Point to multiple point (PMP) topology, media access (MAC) layer, PDU transmission 39—40
Point to multiple point (PMP) topology, media access (MAC) layer, quality-of-service 49—51
Point to multiple point (PMP) topology, media access (MAC) layer, service implementation schemes 42—47
Point to multiple point (PMP) topology, media access (MAC) layer, services and parameters 41—42
Point to multiple point (PMP) topology, media access (MAC) layer, WiMAX standardization 212—213
Point to multiple point (PMP) topology, mesh networking, user end-to-end security 170—171
Point to multiple point (PMP) topology, mesh networking, WiMAX standardization for 214
| Point to multiple point (PMP) topology, WiMAX support for 207—209
Point-of-presence (POP), mesh networking, network schematic 148—150
Point-to-point (P2P) topology, WiMAX support for 207—209
Polling process, media access (MAC) layer, request transmission 45—46
Power down update 124
Power level control, transmitter testing for 189—190
Power management, IEEE 802.16e-2005 standard 29—30
Power management, mobility support 105—109
Power-saving class (PSC) categories, mobility support functions and 105—109
Predicted handover scheme (PHS), handover operations, association levels 132—133
Predicted handover scheme (PHS), mobile subscriber stations, mobility prediction 136—138
Predicted handover scheme (PHS), mobile subscriber stations, sequence diagram 138—141
Primary security associations, WiMAX system 215—216
Privacy key management (PKM) protocol, authorization and AK exchange 220—221
Privacy key management (PKM) protocol, MAC protocol data units (MPDUs) 231—232
Privacy key management (PKM) protocol, mesh networking security 168—169
Privacy key management (PKM) protocol, network entry/reentry, handover operations 118
Privacy key management (PKM) protocol, privacy sublayers 27—28
Privacy key management (PKM) protocol, version 1 234—240
Privacy key management (PKM) protocol, version 2 240—244
Privacy key management (PKM) protocol, WiMAX security system and 199—203
Privacy key management (PKM) protocol, WiMAX security system and, authorization and AK exchange 220—221
Privacy key management (PKM) protocol, WiMAX security system and, components of 219—220
Privacy key management (PKM) protocol, WiMAX security system and, overview 215
Privacy sublayer, IEEE 802.16 standard 27—28
Private branch exchange (PBX), voice over Internet protocol (VoIP) 129—131
Propagation environments in-building penetration 87—90
Propagation environments, characteristics 84—87
Propagation environments, fixed broadband access 83—84
Propagation environments, link budgets 84
Propagation environments, modeling of 81—83
Proprietary solutions, standardization vs. 20—21
Protocol analyzer (PA), WiMAX Forum development of 183
Protocol data units (PDUs), media access (MAC) layer, composition 38—39
Protocol data units (PDUs), media access (MAC) layer, point to multiple point (PMP) topology 36—37
Protocol data units (PDUs), media access (MAC) layer, transmission 39—40
Protocol data units (PDUs), media access control (MAC) layer 210—212
Protocol implementation conformance indicators (PICS), abstract test suite 182—183
Protocol implementation conformance indicators (PICS), WiMAX conformance testing 177—178
Provisioned service flows, media access (MAC) layer 50
Public safety bands, WiMAX performance evaluation 81
Quality-of-service (QoS) levels, circuit-switching network 60
Quality-of-service (QoS) levels, definition 58—60
Quality-of-service (QoS) levels, IEEE 802.16 standard, admission control simulation 69—72
Quality-of-service (QoS) levels, IEEE 802.16 standard, basic operation 62—63
Quality-of-service (QoS) levels, IEEE 802.16 standard, point to multipoint protocol 26—27
Quality-of-service (QoS) levels, IEEE 802.16 standard, scheduling simulation 72—74
Quality-of-service (QoS) levels, IEEE 802.16 standard, service classes 65—67
Quality-of-service (QoS) levels, IEEE 802.16 standard, service flow 64—65
Quality-of-service (QoS) levels, IEEE 802.16e-2005 standard 29
Quality-of-service (QoS) levels, media access (MAC) layer, IEEE 802.16 standards 49—51
Quality-of-service (QoS) levels, media access (MAC) layer, protocol data unit composition 38—39
Quality-of-service (QoS) levels, media access (MAC) layer, services provisions and parameters 41—42
Quality-of-service (QoS) levels, mesh network addressing 165
Quality-of-service (QoS) levels, mesh network addressing, convergence sublayer 165—167
Quality-of-service (QoS) levels, network security properties 198—199
Quality-of-service (QoS) levels, packet-switched network 60—61
Quality-of-service (QoS) levels, performance metrics 59—60
Quality-of-service (QoS) levels, request and grant controls 59—60
Quality-of-service (QoS) levels, scheduling policy 60
Quality-of-service (QoS) levels, traffic shaping 59—60
Quality-of-service (QoS) levels, wide area networks 58—59
Quality-of-service (QoS) levels, WiMAX Forum certification 182
Quality-of-service (QoS) levels, WiMAX standardization for 214—215
Quality-of-service (QoS) levels, wireless LAN and IEEE 802.11e standard 61—62
Radio conformance, functionality and performance testing 178
Radio conformance, test specifications, abstract test suite 182
Radio conformance, testing and measurements 189—193
Radio conformance, testing and measurements, constellation error 190
Radio conformance, testing and measurements, nonspecified transmitter measurements 191—192
Radio conformance, testing and measurements, power level control 189—190
Radio conformance, testing and measurements, receiver tests 192
Radio conformance, testing and measurements, spectral flatness 190
Radio conformance, testing and measurements, spectral mask 190—191
Radio parameters analysis and modeling, WiMAX system performance 93—97
Radiofrequency (RF) parameters, plugfest testing of 184—187
Ranging procedures, handover operations 117
Real-time polling service (rtPS), IEEE 802.16 quality-of-service standard 65—66
Real-time polling service (rtPS), IEEE 802.16 quality-of-service standard, scheduling 68—69
Real-time polling service (rtPS), IEEE 802.16e-2005 standard 29
Real-time polling service (rtPS), media access (MAC) layer, services provisions and parameters 42
Real-time polling service (rtPS), media access (MAC) layer, uplink scheduling 43
Real-time variable rate (RT-VR) connections, power-saving mechanisms 107—108
Received signal strength indicator (RSSI), network topology acquisition, neighbor BS scanning 109—111
Received signal strength indicator (RSSI), WiMAX system performance 93—97
Receiver testing, protocols for 192
Regulatory type testing, unit under test verification 117—178
Relative constellation error (RCE), transmitter testing 190
Relay Task Group, IEEE 802.16j standard 33
Release testing, WiMAX Forum certification 182
Rendevous time, network topology acquisition, association procedure 114
REP-REQ message, predicted handover scheme 138—141
Request transmission schemes, IEEE 802.16 quality-of-service standard 67
Request transmission schemes, media access (MAC) layer 45—47
Rivest — Shamir — Adleman (RSA)/X.509 digital certification, MAC layer security 233—234
Round trip delay (RTD), network topology acquisition, neighbor BS scanning 109—111
Scalable-OFDMA, IEEE 802.16e-2005 standard 28—29
Scalable-OFDMA, single carrier (SC) physical layer (PHY) specifications 209—210
Scanning procedures, handover operations 117
Scheduling protocols, mesh networking 149—150
Scheduling protocols, WiMAX operating modes 208—209
Scheduling services, IEEE 802.16 quality-of-service standard 67—68
Scheduling services, IEEE 802.16 quality-of-service standard simulation 72—74
Scheduling services, MAC functions in PMP topology 41—42
Scheduling subframe, mesh networking, TDMA framing and transmission timing 152—154
Scrambling threats, WiMAX security 232—233
Security analysis for WiMAX systems, advanced security issues 244
Security analysis for WiMAX systems, AES encryption 223—226
Security analysis for WiMAX systems, authentication coding 217—218
Security analysis for WiMAX systems, authorization and AK exchange 220—221
Security analysis for WiMAX systems, authorization vulnerability 227
Security analysis for WiMAX systems, data encryption protocols 222—226
Security analysis for WiMAX systems, DES encryption 222—223
Security analysis for WiMAX systems, extensible authentication protocol 219
Security analysis for WiMAX systems, key management 227
Security analysis for WiMAX systems, network properties 198—199
Security analysis for WiMAX systems, nonline-of-sight mobile systems 232—234
Security analysis for WiMAX systems, overview 197—198
Security analysis for WiMAX systems, privacy and key management 219—222
Security analysis for WiMAX systems, privacy key management (PKM) protocol, version 1 234—236
Security analysis for WiMAX systems, security association architecture 199—203 215—217
Security analysis for WiMAX systems, TEK exchange 221—222
Security analysis for WiMAX systems, threat analysis 226—227
Security analysis for WiMAX systems, X.509 certificates 218—219
Security associated identifiers (SAIDs), mesh networking security 169—171
Security associated identifiers (SAIDs), WiMAX security system 200—203
Security associated identifiers (SAIDs), WiMAX security system, data SA contents 216—217
Security associations (SAs), primary, static and dynamic classifications 215—217
Security associations (SAs), WiMAX security system 200—203
Security issues, mesh networking 168—171
Service data units (SDUs), media access (MAC) layer, composition 38—39
Service flows, media access (MAC) layer, quality-of-service (QoS) levels 50—51
Service set identity (SSID), IEEE 802.11 standard 7—8
Serving base station (SBS), handover procedures 130—131
Serving base station (SBS), predicted handover scheme 138—141
Signal prediction priority queueing (SPPQ), handover procedures 130—131
Signal-aware mechanisms, measurement of 134—136
Signal-to-noise ratio (SNR), signal-aware mechanisms 134—136
Signal-to-noise ratio (SNR), WiMAX system performance 97—99
Simulation handover model, development and results from 141—143
Single carrier (SC) physical layer (PHY) specifications, IEEE 802.16 standard 209—210
Sleep mode operations, mobility support functions and 104
Sleep mode operations, power management 105—109
Space time coding, IEEE 802.16-2004 standard 24
Spatial division multiple access (SDMA), IEEE 802.16e-2005 standard 28—29
Spectral flatness, transmitter testing for 190
Spectral mask, transmitter testing 190—191
Spurious signals, transmitter measurements 192
Standardization, proprietary solutions vs. 20—21
Standardization, WiMAX Forum development of 206—207
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