WCDMA FOR UMTS Radio Access for Third Generation Mobile Communications

dedicated control channel, DCCH, 153 dedicated traffic channel, DTCH, 153 mapping between logical channels and. transport channels, 153[r]

Radio Access for Third Generation Mobile Communications

Third Edition

Edited by

Harri Holma and Antti Toskala Both of

Nokia, Finland

WCDMA

dedicated control channel, DCCH, 153

dedicated traffic channel, DTCH, 153

mapping between logical channels and

transport channels, 153

paging control channel, PCCH, 153

logical O&M, 92

measurement control, 169

measurement reporting, 169

measurements, 142

Media resource function, MRF, 97

Media gateway control function, MGCF, 97

medium access control protocol, MAC,

150, 151

mobile equipment, ME 76

mobile services switching centre/visitor location

register , MSC/VLR, 77

maximal ratio combining, MRC, 54

multi-carrier CDMA See cdma2000

multimedia broadcast multicast service, MBMS,

26, 162

multipath diversity 353

multiplexing

downlink, 122

uplink, 117

multiuser detection, 398

NBAP, 91

network planning

dimensioning, 186

GSM co-planning, 287

inter-operator interference, 289

optimisation, 208

node B, 76

noise rise, 187, 192

ODMA, 64

OFDMA, 64

Okumura-Hata, 189

open loop power control, 134, 182

orthogonal codes, 360

outer loop power control, 182, 239

OVSF codes, 105

packet data convergence protocol, PDCP, 150,

160

paging

channel, 102, 130

control channel, 153

indicator channel, 131

procedure, 134

payload unit, PU, 159

PLMN, 76

Positioning 40

network assisted GPS, 42

A-GPS 44

power control, 36 compressed mode, 133 CPCH, 136

fast, 232 fast closed loop, 133 headroom, 142 open loop, 134 outer loop, 239 RACH, 135 power rise, 187 processing gain, 51

PS networks, 77 Push-to-talk over cellular, PoC, 19, 296 Quality of service, QoS, 31

radio link control protocol, RLC, 155 acknowledged mode, AM, 156 transparent mode, Tr, 156 unacknowledged mode, UM, 156 radio network controller, RNC, 78 Drift RNC, 79

Serving RNC, 80 radio network sub-system, RNS, 78 radio resource control protocol, RRC, 164 Rake receiver, 52

RANAP, 85 random access channel, RACH, 102, 119, 131 rate matching

downlink 123 uplink, 117 Rayleigh fading, 32 receiver

downlink, 116 uplink, 115 reciprocal channel, 290 refarming, 4

round trip time, 276 RNSAP, 88 scrambling, 104 SDD, 411 SGSN, 77 shared channel, downlink 124 high speed, 307 soft capacity, 204 soft(er) handover, 58, 245 spectrum allocation, 3 spreading, 49 synchronisation channel, 112, 128 TDD, 411

Handovers, 424 user data rates, 420 TD-SCDMA, 411 terminal power class, 113

time division duplex See TDD

TR46.1, 67

traffic termination point, 91

transmission control protocol, TCP, 269

transmission time interval, TTI, 116, 118

transmit diversity, 266

closed loop, 138

open loop, 121

TDD, 302

time-switched, 113

transport channels, 100

transport format and resource combination,

TFRC, 321

transport format combination indicator, TFCI,

100, 116

transport format indicator,TFI, 100

transport network control plane, 81

transport network user plane, 82

TTA, 65

User equipment, UE, 75

UMTS subscriber identity module,USIM, 76

uplink modulation, 105 uplink scrambling, 109 uplink spreading, 109 URA update, 166 user plane, 81 UTRA, 67 UTRA TDD See TDD UTRAN, 75

UTRAN architecture, 76 UTRAN radio network temporary identity, U-RNTI, 155

Uu Interface, 78 UWC-136, 66 Virtual private network, VPN, 28 Voice over IP, VoIP, 21, 299 WARC, world administrative radio conference, 3 WCDMA N/A, 66

wideband TDMA, 63 wideband TDMA/CDMA, 63 WP-CDMA, 67