rvice (QoS), 3, radio access network-level, Priority access license (PAL), 18-19, 59-60, 197, 158-161 851-852 749-750, 796, 809-810, RAN-assisted techniques, Proactive caching, 79 853-854, 862-864, 910 55-58 Probability distribution function flow, 133-135, 175, 177, 180 slicing, 36 (PDF), 289-290 framework, 172-184 Radio access network area ID Propagation in NR, 175 (RAI), 270 characteristics, 287-313 parameters in LTE, 174 Radio access network-based effects of wireless channel, 304 profile, 175 notification area (RNA), Proportional fairness (PF), 365 rule, 177-178 ProSe per-packet priority (PPPP), precedence value, 178 Radio equipment (RE), 75 808-810 Quasi-co-location (QCL), Radio equipment control (REC), Protocol, 133 429-430, 450, 502 network architecture and Quasi-cyclic LDPC codes Radio equipment group (REG), protocol aspects, 750-756, (QC LDPC codes), 530 802-807 Radio frequency (RF), 655, 783 stacks, 132-133 DAC, 712 structure, 755-756 PA, 734 Protocol data units (PDUs), 10, Radiated BS transmitter/receiver spectrum, 845 68-72, 195-196, characteristics, 671-691 Radio link control (RLC), 68-72, 808-809, 858-859 Radiated interface boundary (RIB), 195-198,808-809 sessions, 115, 125-127, 141, 665, 668 high-level architecture of RLC 146-149, 152, 167 Radiated power, 743 sublayer, 215 Pseudo-random sequence, Radiated UE transmitter/receiver PDUs, 198-199, 219 594-595,771-772 characteristics, 694-699 RLC-AM and RLC-UM entity PSSCH reference signal received Radiating near-field (Fresnel) models, 218 power (PSSCH-RSRP), 817 region, 667 RLC-AM operation, 221 Public key infrastructure (PKI), Radio sublayer, 133-135, 138-139, 839-841 access 215-222 Public land mobile network NFV, 19-20 Radio link failure (RLF), (PLMN), 41, 200, 803-804 protocols, 807-811 199-200, 509-510, access mode, 881 bearers, 124-129 782-783 Pulse amplitude modulation communication system, 369 Radio network identifiers, (PAM), 337-338 distribution network, 665 129-132 radio-related parameters, Radio network temporary 658-659 identifiers (RNTIs),