ion, 803 (SSS), 415, 479-481 548-550 Robust Header Compression Secondary synchronization signal Sensor network, 20 (ROHC), 197, 808-809 RS received quality (SS- Sequence number (SN), 227-229, compression/decompression of RSRQ), 507 232-233 RTP/UDP/IP headers, 226 Security, 16, 62 Serializer/de-serializer (SERDES), compressor, 227 edge protection proxy, 146 707-708 state machines, 228 framework, 185- Server/cloud-based big data Root mean square delay spread Security anchor function (SEAF), analytics, 750 (RMS delay spread), 290 143, 188-189, 840 Service, 133 Round-trip latency, 74 Security context management area restriction, 24, 166-167 RSSI measurement time (SCM), 143 continuity and reliability, 58-59 configuration (RMTC), 905 Security context management service-centric Rule update process, 30-31 function (SCMF), 188 design, 141 Rural macro-cell (RMa), 287 Security policy control function 5G network architecture, 10 Rural-eMBB test environments, (SPCF), 188 service-guaranteed network 39, 44-45, 48-49, Segmentation offset (SO), slicing, 80-81 307-309 217-219 Service access points (SAPs), 30, Selection window, 819 133-135,831-832 Selective content caching, 57 Service capability exposure Self-blocking region, 297-298 function (SCEF), 751-752 Safety-related services, 796-797 Self-configuration of SON, 50-51 Service channels (SCHs), 800 Sampling of wideband signals, Self-driving cars, 101 Service data adaptation protocol 708-711 Self-healing of SON, 52 (SDAP), 126-127, Satellite Self-interference, 374-376 195-197 backhaul, 97 cancellation performance, high-level SDAP sublayer networks, 71 378-379 functional architecture, 234 SAW filters, 735-736 Self-optimization of SON, 51-52 PDU formats, 235 Scheduling assignment period, Self-organizing networks (SON), sublayer, 133-135,233-235 822-823 50-52 Service data flow (SDF), 117, Scheduling request (SR), 203, 606 framework, 50 129-130, 173 Scrambling-based non-orthogonal Self-scheduling, 281 aggregate level, 172-173 multiple-access schemes, Semiconductor technologies, beare