non, 16 primary cell, 142 shared channel, 155 primary synchronization channel, 162 shift register, 23 priority handling, 76 signal strength, 249 proxy CSCF, 322 signalling bearer, 69 PS domain, 318 SIGTRAN, 239 pseudorandom noise, 23 single band antennas, 296 puncturing techniques, 173 site sharing, 296 slot configuration, 89 QoS implementation, 347 slotted power control, 141 QPSK, 17 slow power control, 24 quantization steps, 94 soft handover mode, 141 soft handovers, 24 RAB, 307 softer and soft handovers, 24 radio access bearer, 307 softer HO, 303 radio frame size equalization, 170 spectrum emission mask, 200 radio interface protocols, 70 spectrum emission mask values, 202 radio network subsystems, 58 spread spectrum, 14 radio resource control (RRC), 79 spreading factor (SF), 137, 153 radio resource management, 301 spurious emissions, 203 raised cosine, 18 spurious response, 206 RAKE, 14 streaming, 239 RANAP stack, 57 STTD, 114 random-access transmission, 95 STTD encoding, 124 rate matching, 163, 172 sub-network management layer, 306 recovery period power, 112 synchronization channel, 154 reference sensitivity, 204 synchronization issues, 66 The UMTS Network and Radio Access Technology system loading, 219 UDD, 25 UE power classes, 194 TD/CDMA, 2 UMTS, 1, 13 TDD, 13, 85 UMTS bearer service architecture, 232 TDD basic modulation parameters, 158 UMTS frequency ranges, 191 TDD burst characteristics, 151 UMTS high level architecture, 42 TDD physical channel, 149 UMTS services, 242 TDMA frame in the TDD, 150 uplink dedicated physical channels, 91 TDMA/CDMA, 13 uplink inner-loop power control, 109 test environments, 25 uplink physical channels, 101 TFCI, 90 uplink power control, 109, 196 thermal noise, 16 user equipment, 347 time diversity, 204 user equipment domain, 42 time division duplex (TDD), 85 user plane, 69 timing advance, 65 UTRA, 6 timing reference, 131 UTRA design, 85 TPC, 196 UTRAN interfaces protocol model, 68 transmission gap, 112, 144 transmission time interval, 166 vehicular, 26 transmit intermodulatio