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| Ïîèñê ïî óêàçàòåëÿì |
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| Yang S.C. — 3G CDMA2000 Wireless System Engineering |
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| Ïðåäìåòíûé óêàçàòåëü |
Network architecture 187—197
Network architecture, 2G 187—189
Network architecture, 3G 189—192
Network architecture, mobile IP 193—196
Network architecture, simple IP 192—193
Noise power density 160
Nonslotted mode 89
Omnidirectional cells 183
Open Systems Interconnection (OSI) Reference Model 3
Open-loop power control 113—117
Open-loop power control of reverse physical channels 114
Open-loop power control, R-CCCH 115
Open-loop power control, R-EACH 114
Open-loop power control, reverse link (1xEV-DO) 239—240
Open-loop power control, reverse traffic channels 116
Origination messages 86 94 99 156
Orthogonal transmit diversity (OTD) 152—154
Orthogonal transmit diversity (OTD), defined 152
Orthogonal transmit diversity (OTD), illustrated 153
Orthogonal transmit diversity (OTD), implementation 153
Orthogonal transmit diversity (OTD), performance 154 (see also “Transmit diversity”)
Overhead messages protocol 209
PACA cancel substate 94
Packet consolidation protocol 209
Packet data calls, mobile station-originated 100—101
Packet data calls, setup 100
Packet data calls, supplemental channel request during 101—104
Packet data serving mode (PDSN) 190 192
Packet data serving mode (PDSN), defined 190
Packet data serving mode (PDSN), foreign 193 194
Packet data serving mode (PDSN), home 193
Packet data transmission 96—97
Packets 204
Packets, access channel MAC layer 228—229
Packets, control channel MAC layer 215
Packets, encapsulation 214 229
Packets, forward channel MAC layer 215
Packets, forward traffic channel physical layer 216
Packets, guaranteed delivery of 61
Packets, IP 193
Packets, physical layer 231 232 236 237
Paging channel (F-PCH) 16 17
Paging channel (F-PCH), base station acknowledgment order on 101
Paging channel (F-PCH), monitoring 89
Paging indicators 17—18
Parallel concatenated convolutional codes (PCCC) 150
Payload data units (PDUs) 4 5
Physical channels 55
Physical channels, categories 11
Physical channels, defined 3—4
Physical channels, designations 4
Physical channels, list of 12—14
Physical channels, mapping 58
Physical channels, signaling 11 15—26
Physical channels, user 11 26—31
Physical layer (1xEV-DO forward link) 215—226
Physical layer (1xEV-DO forward link), packet encapsulation 214
Physical layer (1xEV-DO forward link), pilot channel 215—216
Physical layer (1xEV-DO reverse link) 229—238
Physical layer (1xEV-DO reverse link), access channel 236—238
Physical layer (1xEV-DO reverse link), channels 229—230
Physical layer (1xEV-DO reverse link), packet encapsulation 229
Physical layer (1xEV-DO reverse link), reverse traffic channel 231—236
Physical layer, 1xEV-DO 201
Physical layer, capacity gain 34
Physical layer, channel structure 31—32
Physical layer, channelization function 11
Physical layer, coding functions 11
Physical layer, defined 2
Physical layer, forward link 11—34
Physical layer, introduction 11—14
Physical layer, modulation 32—34
Physical layer, radio configurations 14—15
Physical layer, reverse link 37—53
Physical layer, signaling channels 15—26
Physical layer, user channels 26—31
Pilot channel (1xEV-DO forward link) 215—216
Pilot channel (1xEV-DO forward link), defined 215
Pilot channel (1xEV-DO forward link), multiplexing 216
Pilot channel (1xEV-DO reverse link) 235
Pilot channels 24—26
Pilot channels, acquisition substate 88—89
Pilot channels, F-APICH 25
Pilot channels, F-PICH 24
Pilot channels, F-TDPICH 25
Pilot channels, types of 24
Pilot strength measurement message (PSMM) 125
Pilots, adding, to active set 126—127
Pilots, adding, to candidate set 127
Pilots, adding, to neighbor set 128
Pilots, adding, to remaining set 129
Pilots, average power 161
Pilots, dynamic detection threshold 132
Pilots, energy 161
Pilots, removing, from active set 124—125
Pilots, removing, from candidate set 127—128
Pilots, removing, from neighbor set 128—129
Pilots, removing, from remaining set 129
Pilots, strengths and dynamic thresholds 130
Pilots, transitions between sets 129
PN codes 32 51
PN codes for channelization 142
PN codes, long 51 238
PN codes, short 33
Point-to-Point Protocol (PPP) 192
Positive acknowledgment (ACK) 60
Power control 107—121
Power control bits 16 19 22 31 67 108
Power control bits, fast Rayleigh fading and 108
Power control bits, multiplexed 121
Power control bits, R-PICH 48 49
Power control bits, reverse power control channel and 219
Power control groups 16 23 24
Power control groups for primary subchannel 111
Power control groups for secondary subchannel 111
Power control groups, forward traffic channel in 121
Power control groups, R-PICH 48
Power control of multiple forward traffic channels 110—113
Power control subchannels 110—113
Power control subchannels, primary 111
Power control subchannels, secondary 111
Power control subchannels, structure 110—111
Power control, closed loop 8 108
Power control, F-QPCH 19
Power control, forward link 107—113
Power control, introduction 107
Power control, IS-95 107
Power control, open loop 113—117
Power control, reverse 239—240
Power control, reverse link: closed loop 117—121
Power control, reverse link: open loop 113—117
Power control, subchannel 22
Power controlled access mode 44 67—68
Power controlled access mode, base station 67
Power controlled access mode, R-EACH problem 68
Power controlled access mode, R-EACH transmission 47
Primitives 55—57
Primitives, defined 55
Primitives, form 56
Primitives, indication 56 57
Primitives, interaction of 83
Primitives, parts 56—57
Primitives, request 56
Priority access and channel assignment (PACA) cancel substate 91 94
Private neighbor set 134
Probe mobile 159
Probe mobile, omnidirectional cells and 183
Probe mobile, three-sector cells and 184
Processing gain 164
Protocol architecture 2—3
| Protocol architecture, 1xEV-DO 202—11
Protocol architecture, illustrated 3
Protocol architecture, layers 2
Protocol architecture, other elements 3—5
Protocol data units (PDUs), assured delivery 73
Protocol data units (PDUs), fragments 74 78
Protocol data units (PDUs), fragments, reassembly 74
Protocol data units (PDUs), Layer 3 74 77
Protocol data units (PDUs), padding 73
Protocol data units (PDUs), unassured delivery 73
Pseudorandom noise codes see “PN codes”
Quadrature phase-shift keying (QPSK) 8 22 33 34 223
Quality indicator bits (QIBs) 112 113
Quality of service (QoS) 61
Quasi-orthogonal functions (QOFs) 25 147
Quasi-orthogonal functions (QOFs), defined 147
Quasi-orthogonal functions (QOFs), sets of 147
Quick paging channel (F-QPCH) 7 16—19
Quick paging channel (F-QPCH), broadcast/configuration change indicators 18
Quick paging channel (F-QPCH), characteristics 18—19
Quick paging channel (F-QPCH), defined 16 17
Quick paging channel (F-QPCH), format 17
Quick paging channel (F-QPCH), monitoring 90
Quick paging channel (F-QPCH), non-slotted mode 17
Quick paging channel (F-QPCH), paging indicators 17—18
Quick paging channel (F-QPCH), slotted mode 17
Radio configurations 14—15
Radio configurations on forward link 14
Radio configurations, F-FCH 27
Radio configurations, F-SCH 28—29
Radio configurations, R-SCH 50
Radio configurations, reverse link 39—40
Radio environment report 73
Radio Link Protocol (RLP) 4 5 55 60—63
Radio Link Protocol (RLP) as Layer 2 protocol 60 191
Radio Link Protocol (RLP), best effort transport 71 205
Radio Link Protocol (RLP), defined 55 60
Radio Link Protocol (RLP), illustration 61—62
Radio Link Protocol (RLP), specification 191
Radio Link Protocol (RLP), standards family 62
Receive diversity 178
Received signal power 171—173
Received signal power, R-FCH 171
Received signal power, R-SCH 172
Receiver sensitivity 169
Recursive systematic convolutional (RSC) encoder 150
Recursive tree 143 144
Registration access substate 93
Registration request order 93
Release substate 95
Remaining set, access handoff 136
Remaining set, idle handoff 134
Remaining set, soft handoff 129 (see also “Handoffs”)
Reservation access mode 44 65—67
Reservation access mode, access header 66
Reservation access mode, header fields 66
Reservation access mode, R-EACH probe 66
Reservation access mode, R-EACH transmission 46
Retransmission, defined 60
Retransmission, RLP use of 61
Retransmission, use example 61
Reverse activity channel 219
Reverse activity channel, block diagram 222
Reverse activity channel, defined 219
Reverse activity channel, reverse activity bits 219 (see also “MAC channel (1xEV-DO)”)
Reverse common control channel (R-CCCH) 8 21 24 41—42
Reverse common control channel (R-CCCH), block diagram 51
Reverse common control channel (R-CCCH), closed-loop power control 119
Reverse common control channel (R-CCCH), data rate 42
Reverse common control channel (R-CCCH), defined 42
Reverse common control channel (R-CCCH), frames 42 43
Reverse common control channel (R-CCCH), gated transmission 42
Reverse common control channel (R-CCCH), power control 115
Reverse common control channel (R-CCCH), preamble 42
Reverse common control channel (R-CCCH), transmission illustration 44
Reverse common signaling channel (r-csch) 58 77
Reverse dedicated control channel (R-DCCH) 8 21 40—41
Reverse dedicated control channel (R-DCCH), block diagram 51
Reverse dedicated control channel (R-DCCH), defined 40
Reverse dedicated control channel (R-DCCH), frames 40—41
Reverse dedicated control channel (R-DCCH), power control 116
Reverse dedicated control channel (R-DCCH), SDU assembly 59 60
Reverse dedicated signaling channel (r-dsch) 58 80
Reverse dedicated traffic channel (r-dtch) 58
Reverse fundamental channel (R-FCH) 50
Reverse fundamental channel (R-FCH), block diagram 51
Reverse fundamental channel (R-FCH), coverage 165—166
Reverse fundamental channel (R-FCH), frames 50
Reverse fundamental channel (R-FCH), functions 50
Reverse fundamental channel (R-FCH), power control 116
Reverse fundamental channel (R-FCH), received signal power 171—172
Reverse link (1xEV-DO) 227—240
Reverse link (1xEV-DO), access channel 236—238
Reverse link (1xEV-DO), channelization 230
Reverse link (1xEV-DO), channels 229—230
Reverse link (1xEV-DO), characteristics 227
Reverse link (1xEV-DO), introduction 227
Reverse link (1xEV-DO), MAC layer 227—229
Reverse link (1xEV-DO), modulation 238
Reverse link (1xEV-DO), physical layer 229—238
Reverse link (1xEV-DO), power control 239—240
Reverse link (1xEV-DO), reverse power control 239—240
Reverse link (1xEV-DO), reverse traffic channel 231—236
Reverse link (1xEV-DO), slot structure 231 (see also “1xEV-DO”)
Reverse link physical channels, categories 37
Reverse link physical channels, common 37
Reverse link physical channels, dedicated 37
Reverse link physical channels, list of 38—39
Reverse link physical channels, R-CCCH 41—42
Reverse link physical channels, R-DCCH 40—41
Reverse link physical channels, R-EACH 42—45
Reverse link physical channels, R-FCH 50
Reverse link physical channels, R-PICH 45—49
Reverse link physical channels, R-SCCH 49
Reverse link physical channels, R-SCH 50
Reverse link physical channels, signaling 37 40—49
Reverse link physical channels, structure 50—51
Reverse link physical channels, user 37 49—50
Reverse link power control 113—121
Reverse link power control, base station functions 119
Reverse link power control, closed-loop 117—121
Reverse link power control, illustrated 117
Reverse link power control, inner loop 118
Reverse link power control, mobile functions 120
Reverse link power control, multiple reverse channels 113—116 119—121
Reverse link power control, open loop 113—117
Reverse link power control, outer loop 118
Reverse link power control, R-CCCH 115 119
Reverse link power control, R-EACH 114—115 119
Reverse link power control, reverse traffic channel 116 120—121
Reverse link, capacity 174—178
Reverse link, capacity gain 52—53
Reverse link, capacity improvements (IS-2000) 176—177
Reverse link, capacity improvements (system) 177—178
Reverse link, channel supervision 142
Reverse link, common signaling 76—77
Reverse link, dedicated signaling 80
Reverse link, loading factor 173
Reverse link, logical/physical channel mapping 58
Reverse link, modulation 51—52
Reverse link, multiple traffic channels 175
Reverse link, power dimension 177
Reverse link, radio configuration 39—40
Reverse link, rise 166
Reverse link, spatial dimension 177
Reverse link, upper bounds interference 168
Reverse link, Walsh code assignment 147—150 (see also “Forward link”)
Reverse pilot channel (R-PICH) 8 45—49
Reverse pilot channel (R-PICH), defined 45
Reverse pilot channel (R-PICH), format illustration 48
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