5G NR and Enhancements

1. Background and overview
2. 5G requirements
3. 5G system architecture
4. Bandwidth Part (BWP)
5. 5G flexible scheduling
6. 5G initial access
7. 5G channel coding
8. 5G MIMO and beam management
9. 5G RF design
10. 5G protocol: User plane
11. 5G protocol: Control plane
12. 5G network slicing
13. 5G QoS control
14. 5G voice solution
15. 5G URLLC: PHY layer
16. 5G URLLC: Higher layer
17. 5G NR-V2X
18. 5G for unlicensed spectrum
19. 5G UE power saving
20. Vision of 5G R17 and 6G

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• Tecnologia de telefonia móvel
• Tecnologia WAP (sem fios)

5G Core; 6G; AI; APP; Analog beamforming; B5G; Bandwidth part (BWP); Base graph; Beam failure recovery; Beam management; CSI; Capabilities of 5G; Cell search; Code Block Group; Codebook; Communication; Configured grant; Congestion control; Coverage; Cross-slot scheduling; DRX; Dormancy; EHC; EMBB; FR1; FR2; Flexible TDD; Frequency spectrum; HARQ-ACK; Hybrid beamforming; IMS; IP Multimedia Private Identity; Inter-UE multiplexing; Interleaving; Intra-UE prioritization; LDPC; MAC PDU format; MIMO; MMTC; Mobility; Mode 1; Mode 2; Multiple-TRP; NR technology; Network slice; Networks; Nonstandalone (NSA); Numerology; OTA testing; OTT; Operators; PC5; PCC rule; PDCCH; PDCP; PDCP duplication enhancement; PDSCH; PDU session; PSCCH; PSSCH; PUCCH; PUSCH; Paging; Parity check matrix; Polar; Power saving; Power-saving; Processing capability; QoS control; QoS notification control; QoS parameters; QoS profile; QoS rule; R16 enhancement technology; RCS; RF design; RLC; RLM; RRC connection; RRM; RRM measurement; Random access; Random access procedure; Rate matching; Reflective QoS; Registration; Release 17 package; Resource allocation; Roaming; SCell; SDAP; SSB; Scenarios; Scheduling enhancement; Service-based architecture (SBA); Sidelink HARQ; Spectrum; Standalone (SA); Subcarrier spacing; System information