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- Pre 5G Chronicles
- 4G to 5G Evolution
- 4G vs 5G
- Post-deployment Evolution (Cell Coverage, Test Report)
- Post-deployment Challenges
- 5G Definitions
- 5G Indication : upperLayerIndication
- 5GMM
- 5GSM
- 5QI
- 5G Release 16 Highlights
- Acronyms
- Agreed Items
- AI/ML (Aritificial Intelligence / Machine Learning)
- AMF
- Antenna Ports
- Articles on 5G (Before Deployment)
- Beam Failure Recovery
- Beam Forming
- Beam Management
- BWP(Bandwidth Part)
- BWP Switching
- Call Process : SA Initial Attach
- Carrier Aggregation
- Carrier Bandwidth Part (BWP)
- Cell Search / SIB1 Decoding
- Cell Selection
- Cell Selection Criteria
- CBG(Code Block Group)
- Challenges
- Channel Coding
- Channel Structure / Channel Mapping
- Common Search Space(Type 0 PDCCH, RMSI-PDCCH-Config)
- Common Search Space(Type 1 PDCCH)
- CoMP
- ConfiguredScheduling/SPS
- Core - Network Interfaces
- Core - AMF
- Core - NRF
- Core - NSSF
- Core - SMF
- Core - UDM
- Core - N1 Interface
- Core - N26 Interface
- Core - N12,N13 - AMF,AUSF,UDM - Authentication
- Core - N8 - Registration
- Core - NGAP
- Core - SCTP
- Core - GTP
- CORESET(Parameters, Example)
- CORESET 0/SIB 1 decoding
- CSI Framework
- CSI Report
- CSI RS
- CSI RS Codebook
- CU/DU Separation
- Current Activities (Who is doing what ?)
- DCI
- Deployment Scenario
- DFT-s-OFDM
- Downlink Preamption
- DSS (Dynamic Spectrum Sharing)
- EIRP
- Enhanced Massive MIMO
- Event and Forum
- Field Test
- Frame Structure
- Frame Structure : Candidate
- Frequency Domain Position/Resource Block Indexing
- FR(Frequency Range) / Operating Band
- FRC (Fixed Reference Channel)
- General News
- HARQ(ACK/NACK)
- HARQ-ACK Codebook
- History of 5G (5G before 3GPP)
- IAB (Integraded Access / Backhaul)
- IP Allocation
- K0,K1,K2,N1,N2
- LTE Interworking (NSA : Non StandAlone)
- MAC : Overview
- MAC CE
- MAC CE : Buffer Status Report
- MAC CE : C-RNTI
- MAC CE : Contention Resolution
- MAC CE : SCell Activation/Deactivation
- MAC CE : TCI State Indication for UE-specific PDCCH MAC CE
- MAC CE : TCI States Activation/Deactivation for UE-specific PDSCH MAC CE
- MAC CE : Timing Advance
- Massive MIMO : Introduction/Definition
- Massive MIMO : Motivation (Why We Need it ?)
- Massive MIMO : FD-MIMO
- Massive MIMO : MU-MIMO
- Massive MIMO : Channel Model
- Massive MIMO : Reciever Model
- Massive MIMO : in 3GPP
- Massive MIMO : Technical Challenges/Further Studies
- Matlab Toolbox : 5G Library : SS/PBCH Block
- Matlab Toolbox : 5G Library : PDSCH/DMRS
- Matlab Toolbox : 5G Library : PUCCH Format 0
- Matlab Toolbox : 5G Library : PUCCH Format 1
- Matlab Toolbox : 5G Library : Slot Structure : Downlink / All Channels
- Matlab Toolbox : 5G Library : Slot Structure : Uplink
- Matlab Toolbox : 5G Library : PRACH / FR2 (120 Khz)
- Matlab Toolbox : 5G Library : SRS (120 Khz)
- Matlab Toolbox : 5G Library : CSI-RS
- Matlab Toolbox : 5G Library : CSI Codebook
- Matlab Toolbox : 5G Library : Spectrogram : Downlink (SSB, PDCCH,PDSCH,CSI-RS)
- Matlab Toolbox : 5G Library : NR Synchronization in TDL Channel
- Matlab Toobox : 5G Library : NR Synchronization in CDL Channel
- Max Throughput Estimation
- MCS/TBS/Code Rate
- Measurement
- MIB / SIB
- Mini Slot
- MIMO : Downlink
- MIMO : Uplink
- mmWave
- mmWave Antenna on UE
- N1 Interface
- N26 Interface
- NAS : 5GMM
- NAS : 5GSM
- NAS : Registration / Reject / Reject Cause
- NAS : PDU Session Establishment
- NAS : Service Setup
- NAS : UAC (Unified Access Control)
- Network Architecture / Network Interfaces
- Network Architecture / Network Interface - N1
- Network Slicing
- New Waveform Cadidate : Introduction
- New Waveform Candidate : FBMC
- New Waveform Candidate : f-OFDM
- New Waveform Candidate : GFDM
- New Waveform Candidate : UFMC
- New Waveform Candidate : DFT-s-OFDM
- NGAP
- NRF
- NR Indication : upperLayerIndication
- NR-Light
- NRU (NR Unlicensed)
- NTN (Non Terestrial Network)
- Numerology
- NWDAF
- OpenRAN - Overview
- OpenRAN - Architecture
- OpenRAN - Where to Split
- OSI (Other SI) Scheduling
- OTA(Over The Air) Measurement
- Paging
- Parameter Structure : PHY
- PBCH
- PBCH DMRS
- PBCH Decoding Process
- PCO (Protocol Configuration Option)
- PDCCH
- PDCCH Common
- PDSCH
- PDSCH AggregationFactor
- PDSCH DMRS
- PDSCH PTRS
- PDSCH/PUSCH Mapping Type (Type A, Type B)
- PDCP
- PDU Session Establishment (IP Allocation, QoS)
- Physical Layer : Beam Management
- Physical Layer : Frame Structure
- Physical Layer : Numerology
- Physical Layer : Pseudo Random Sequence
- Physical Layer : Reference Signals
- Physical Layer : SS Block, SS/PBCH
- Physical Layer : Synchronization
- Physical Layer : Timing Units
- Physical Layer : Uplink Transmission Timing
- Physical Layer : Waveform
- Physical Layer Signal : PBCH DMRS
- Physical Layer Signal : PDSCH DMRS
- Physical Layer Signal : PSS (Primary Synchronization Signal)
- Physical Layer Signal : SSS (Secondary Synchronization Signal)
- Pyhsical Layer Channel : PBCH
- Physical Layer Channel : PDCCH
- Physical Layer Channel : PDSCH
- Physical Layer Channel : PUCCH
- Physical Layer Channel : PUSCH
- PointA, OffsetToPointA
- Positioning
- Power Control
- Power Definition / Measurement (RSRP, RSRQ, SINR)
- Power Saving
- Pre Trial : Overview
- Private Network (LTE)
- Private Network (NR)
- Pseudo Random Sequence
- Propagation Model
- Protocol Configuration Option(PCO)
- PSS (Primary Synchronization Signal)
- PTRS - PDSCH
- PUCCH
- PUSCH Channel Coding and Transmssion Process
- PUSCH DMRS
- PUSCH Precoding / Transmission Mode (Codebook vs Non-Codebook based)/UL Transmission Scheme
- QCL (Quasi Co Location)/TCI
- QoS / QFI / QRI
- RACH
- RACH-2 Step
- Radio Protocol Architecture
- RAN Architecture
- RateMatchPattern
- Registration
- Release 16 Highlights
- Release 17 Highlights
- Release 18 Highlights
- Resource Allocation (Time [K0,K1,K2])
- Resource Allocation Type (RA Type 0, RA Type 1)
- Resource Allocation Units (RE, REG, REG Bundle, CCE, Aggregation Level, CORESET)
- Resource Allocation - Applicable Time Domain Resource Allocation
- Resource Block Indexing/Frequency Domain Position
- Resource Grid
- RLC
- RMSI-PDCCH-Config/Type 0 PDCCH Common Search Space
- RNTI
- RRC CONNECTED <-> INACTIVE Transition
- RRC Constraints
- RRC Overview
- RRC INACTIVE
- RRC Reconfiguration
- SCG-Failure
- Scheduling : Overview
- Scheduling : Dynamic / L2 Scheduling
- SDL (Supplimentary Downlink)
- Security
- Search Space
- Self-Contained Slot
- Service Setup
- SIB 1 decoding
- Sidelink
- SLIV
- Slot Configuration
- Slot Format Combination
- SMF
- Software Defined Network (SDN) : Overview
- Software Defined Network (SDN) : OpenFlow
- Split Bearer
- SPS/ConfiguredScheduling
- SR(Scheduling Request)
- SRB(Signaling Radio Bearer)
- SRS/Antenna Switching
- SS Block, SS/PBCH
- SSS (Secondary Synchronization Signal)
- SUL(Supplementary Uplink)
- Synchronization
- TBS Determination
- TCI/QCL
- TDD DL/UL Common Configuration(TDD-UL-DL-ConfigCommon)
- TDD DL/UL Dedicated Configuration(TDD-UL-DL-ConfigDedicated)
- Technical Challenges
- Tech Viedos for 5G
- Test : Equipment : Concept and Idea
- Test : RF Connection Method
- Throughput Estimation
- Time Table (MileStones to 5G)
- Timing Advance
- Timing Units
- Type 0 PDCCH Common Search Space/RMSI-PDCCH-Config
- Type 1 PDCCH Common Search Space
- Two Step RACH (2 step RACH)
- UAC (Unified Access Control)
- UCI (Uplink Control Information)
- UDM
- UE Capability
- UL Transmission Scheme / PUSCH Precoding / Transmission Mode (Codebook vs Non-Codebook based)
- URLLC
- VoNR
- Wake Up Signal(WUS)
- Waveform
- WhitePapers and Forums/Summits (Before 5G Deployment)
- WUS (Wake Up Signal)
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