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| Yang S.C. — 3G CDMA2000 Wireless System Engineering |
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| Предметный указатель |
Reverse pilot channel (R-PICH), gated transmission 47
Reverse pilot channel (R-PICH), gating 48—49
Reverse pilot channel (R-PICH), gating illustration 49
Reverse pilot channel (R-PICH), gating rate 48
Reverse pilot channel (R-PICH), power control 47
Reverse pilot channel (R-PICH), power control bits 48 49
Reverse pilot channel (R-PICH), power control groups 48
Reverse pilot channel (R-PICH), power control subchannel 47—48
Reverse pilot channel (R-PICH), power measurement report messages 47
Reverse pilot channel (R-PICH), transmit power 116
Reverse pilot channel (R-PICH), uses 45
Reverse power control (1xEV-DO) 239—240
Reverse power control (1xEV-DO), closed-loop 240
Reverse power control (1xEV-DO), open-loop 239—240
Reverse power control channel 219—220
Reverse power control channel for sending power control bits 219 (see also “MAC channel (1xEV-DO)”)
Reverse power control channel, block diagram 222
Reverse power control channel, defined 219
Reverse power control channel, quality 220
Reverse rate indicator channel 235
Reverse supplemental channel (R-SCH) 8 50
Reverse supplemental channel (R-SCH), block diagram 51
Reverse supplemental channel (R-SCH), changing transmission rate on 149
Reverse supplemental channel (R-SCH), characteristics 50
Reverse supplemental channel (R-SCH), coverage 167
Reverse supplemental channel (R-SCH), frame 50
Reverse supplemental channel (R-SCH), power control 116
Reverse supplemental channel (R-SCH), received signal power 172
Reverse supplemental channel (R-SCH), use 167 176
Reverse supplemental channel assignment mini message (RSCAMM) 102
Reverse traffic channel 231—236
Reverse traffic channel MAC protocol 227—228
Reverse traffic channel MAC protocol, defined 227
Reverse traffic channel MAC protocol, open state 228
Reverse traffic channel MAC protocol, setup state 227—228 (see also “MAC layer (1xEV-DO reverse link)”)
Reverse traffic channel, ACK channel 235—236
Reverse traffic channel, data channel 232—233
Reverse traffic channel, data rate control channel 233—234
Reverse traffic channel, data rates 232
Reverse traffic channel, elements 229—230
Reverse traffic channel, physical layer packet 231 232
Reverse traffic channel, pilot channel 235
Reverse traffic channel, reverse rate indicator channel 235 (see also “Reverse link (1xEV-DO)”)
Route update protocol 208
Sectorization 178
Security layer (1xEV-DO) 210
Segmentation and reassembly (SAR) sublayer 74
Segmentation and reassembly (SAR) sublayer, common signaling: forward link 74
Segmentation and reassembly (SAR) sublayer, common signaling: reverse link 77
Segmentation and reassembly (SAR) sublayer, dedicated signaling: forward link 78
Segmentation and reassembly (SAR) sublayer, dedicated signaling: reverse link 80
Segmentation and reassembly (SAR) sublayer, defined 74
Service data units (SDUs) 4 5
Service data units (SDUs), Layer 3 77
Service data units (SDUs), MAC sublayer passing 60
Service data units (SDUs), R-DCCH 59 60
Service option connection 95
Session layer (1xEV-DO) 205—206
Shared secret data (SSD) 93
signaling 7—8
Signaling channels, defined 11
Signaling channels, F-APICH 25
Signaling channels, F-ATDPICH 25—26
Signaling channels, F-BCCH 20—21
Signaling channels, F-CACH 21—22
Signaling channels, F-CCCH 19—20
Signaling channels, F-CPCCH 22—24
Signaling channels, F-DCCH 15—16
Signaling channels, F-QPCH 16—19
Signaling channels, F-TDPICH 25
Signaling channels, forward link 15—26
Signaling channels, R-DCCH 40—41
Signaling channels, reverse link 37 40—49
Signaling LAC 71—83
Signaling Radio Burst Protocol (SRBP) 3 4 5 63—64
Signaling Radio Burst Protocol (SRBP), access probes 63
Signaling Radio Burst Protocol (SRBP), channels controlled by 63
Signaling Radio Burst Protocol (SRBP), function 55
Signaling Radio Burst Protocol (SRBP), processing at base station 64
Signaling Radio Burst Protocol (SRBP), SDUs 63
Signaling, channel setup 97—104
Signaling, dimensions 86
Signaling, entity 86 87
Signaling, functions 86
Signaling, mode transitions 96—97
Signaling, state transitions 87—95
Signaling, upper layers 85—104
Slotted mode 89 90
Smart antenna schemes 177
Soft handoff 123—133
Soft handoff, active set 124—127
Soft handoff, candidate set 127—128
Soft handoff, defined 123
Soft handoff, example 129—133
Soft handoff, example illustration 131
Soft handoff, illustrated 124
Soft handoff, neighbor set 128—129
Soft handoff, process management 123
Soft handoff, remaining set 129
Soft handoff, set transitions 129 (see also “Handoffs”)
Space time spreading (STS) 152 154—156
Space time spreading (STS), defined 154
Space time spreading (STS), illustrated 154
Space time spreading (STS), implementation 155
Space time spreading (STS), performance 156 (see also “Transmit diversity”)
Spot beams 25
Spreading 51
Spreading Rate 1 144
Spreading Rate 1, defined 5
Spreading Rate 1, illustrated 6 7
Spreading Rate 1, on reverse link 7
| Spreading Rate 3 on forward link 7
Spreading Rate 3, defined 5
Spreading Rate 3, illustrated 6 7
Spreading Rate 3, implementation options 5
Spreading, codes 51
Spreading, space time 154—155
State transitions 87—95
State transitions at the mobile 87
State transitions, air link management protocol 207
State transitions, initialization state 88—89
State transitions, mobile station idle state 89—91
State transitions, system access state 91—94
State transitions, top-level 87
State transitions, traffic channel state 94—95
Stream layer (1xEV-DO) 205
Supplemental channel assignment, base station initiation 102
Supplemental channel assignment, mobile station initiation 103
Supplemental channel code list (SCCL) 101 103
Supplemental channel request mini message (SCRMM) 104
Symmetric data rates 1
Sync channel acquisition substate 89
Sync channel messages 89
System access 64—68
System access state 91—94
System access state, mobile station message transmission substate 93
System access state, mobile station order/message response substate 93
System access state, mobile station origination attempt substate 93
System access state, normal transitions 92
System access state, page response substate 92—93
System access state, registration access substate 93
System access state, update overhead information substate 91—92 (see also “State transitions”)
System access, access mode types 64
System access, basic access mode 65
System access, designated access mode 68
System access, PACA cancel substate 94
System access, power controlled access mode 67—68
System access, reservation access mode 65—67 (see also “Medium access control (MAC) sublayer”)
System design, capacity 171—185
System design, coverage 159—170
System design, purpose 159
System determination substate 88
System performance 141—156
System performance, channel supervision 141—142
System performance, code management 142—150
System performance, transmit diversity 152—156
System performance, turbo codes 150—152
Third generation (3G) systems 1
Third generation (3G) systems, turbo codes in 151 (see also “3G networks”)
Three-sector cells 184
Time division multiplexing (TDM) 213 221—225
Time division multiplexing (TDM), chip stream 222 223
Time division multiplexing (TDM), chip stream example 224
Time division multiplexing (TDM), illustrated 223
Time division multiplexing (TDM), output 225
Time division multiplexing (TDM), slot structure 223
Timing change substate 89
Total power density 160
Traffic channel state 94—95
Traffic channel state, initialization substate 94
Traffic channel state, release substate 95
Traffic channel state, substate 94—95 (see also “State transitions”)
Traffic channels, IS-2000 14
Traffic channels, reverse link 175
Traffic channels, supervision 141—142
Transcoding 188
transitions 97
Transmission Control Protocol (TCP) 192
Transmit diversity 25 26 152—156
Transmit diversity pilot channel (F-TDPICH) 25
Transmit diversity, orthogonal 152—154
Transmit diversity, space time spreading 154—156
Turbo codes 8 150—152
Turbo codes for supplemental channels 151—152
Turbo codes in 3G systems 151
Turbo codes, characteristics 150
Turbo codes, defined 150
Unassured delivery 73
Universal Mobile Telephone System (UMTS) 1
Update overhead information substate 91—92
Upper layer, defined 2
Upper layer, signaling 85—104
User channels, defined 11
User channels, F-FCH 26—27
User channels, F-SCH 27—31
User channels, forward link 26—31
User channels, R-FCH 50
User channels, R-SCCH 49
User channels, R-SCH 50 (see also “Physical layer”)
User channels, reverse link 37 49—50
User Datagram Protocol (UDP) 192
Utility sublayer in common signaling 74
Utility sublayer, common signaling: reverse link 77
Utility sublayer, dedicated signaling: forward link 77—78
Utility sublayer, dedicated signaling: reverse link 80
Utility sublayer, defined 73
Utility sublayer, functions 73 (see also “Link access control (LAC)”)
Visitor location register (VLR) 188
Voice calls, base station-originated 98—99
Voice calls, mobile station-originated 99—100
Walsh codes 24 25 26 32 234 236
Walsh codes for channelization 52 53
Walsh codes, assignment of 144—147
Walsh codes, chip rate 51
Walsh codes, deriving 143
Walsh codes, generation of 143—144
Walsh codes, lengths of 145
Walsh codes, multiplying with 33
Walsh codes, predefined 149 150
Walsh codes, short 34
Walsh codes, simultaneous use 146
X.25 standard 60
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