4G/LTE - Access Control
Quick Reference
- Access Confrol (ac-Barring, SSAC, EAB, Cell Barring)
- Ack/Nack Repetition
- A-GPS
- AKA (Authentication and Key Agreement)
- ANR (Automatic Neighour Relation)
- Antenna Information at RRC Layer
- Antenna Performance (Gain, TRP, TIS, EIRP,
S11)
- Antenna : Phased Array System : Uniform Linear Array (Matlab Toolbox)
- Antenna Port
- APN (Access Point Name) in LTE
- APN (Access Point Name) in ePDG
- AT Command
- AT Command in Windows PowerShell
- Attach Reject (Cause #3, #6, #7, #14, #15, #25)
- Attach Type
- Authentication
- Authentication Failure (Cause #20,#21,#26)
- Backhaul - Wireless
- Backoff Indicator
- Band 66
- Basic Call : Message Flow
- Basic Call : Process in Detail
- Basic Call : Process in Detail with Real Traffic (Amarisoft)
- Basic Call : Channel Map
- Basic Call : State Machine
- Basic Call : Misc. Comment
- Basic Procedure : Overal LTE Sequence
- Basic Procedure : Fundamental Information
- Basic Procedure : Initialization Sequence : From Power-On to PRACH
- Basic Procedure : Frequency and Bandwidth Detection
- Basic Procedure : Time Sync Process
- Basic Procedure : Cell ID Detection and System Information Detection
- Basic Procedure : Downlink Subframe Decoding (PCFICH,PHICH, PDCCH,PDSCH decoding)
- Basic Procedure : SIB Scheduling
- Basic Procedure : Cell Search
- Basic Procedure : Cell Selection
- Basic Procedure : Cell Reselection
- Basic Procedure : Multi Cell - Multi RAT
- Basic Procedure : Random Access
- Basic Procedure : Uplink Data Transmission Scheduling - NonPersistent Scheduling
- Basic Procedure : Uplink Data Transmission Scheduling - Persistent Scheduling
- Basic Procedure : Decoding Uplink Signal
- Basic Procedure : HARQ Process Overview
- Basic Procedure : Downlink Data Transmission Process (HARQ ACK/NACK)
- Basic Procedure : Channel Coding Processing for DL SCH/PCH/MCH
- Basic Procedure : Channel Coding Processing for PDCCH(DCI)
- Basic Procedure : Channel Coding Processing for PUSCH
- Basic Procedure : PUSCH Frequency Hopping
- Basic Procedure : Channel Coding Processing for PUCCH
- Basic Procedure : Physical Channel Processing
- Basic Procedure : Precoding
- Basic Procedure : MIMO(Multiple Input Multiple Output)
- Basic Procedure : Integrity Protection Process
- Basic Procedure : UE Feedback / Measurement and Scheduling
- Basic Procedure : PHY DSP
- Battery Life Test
- Beam Forming
- BSR (Buffer Status Report)
- Carrier Frequency and EARFCN
- Category 0
- Category M (LTE-M)
- CBRS(Citizens Broadband Radio Service)
- CCE Index Calculation/PDCCH Decoding/Blind Decoding
- CDD (Cyclic Delay Diversity)
- Cell Barring
- Cell Detection/ PSS, SSS deteection (Sync Detection), Physical Cell ID detection
- Cell Reselection
- Cell Search
- Cell Selection
- Cell Selection Criterion
- Cell Selection - PLMN Selection
- Cell Types - Primary Cell, Secondary Cell, Serving Cell
- CFI (Control Format Indicator)
- CGI (Cell Global Identity)
- Channel Coding - DL SCH/PCH/MCH
- Channel Coding - PUSCH
- Channel Estimation
- Channel Model - Rayleigh
- Closed Loop MIMO
- Code Rate
- Combined Attach
- Condition Number
- Conformance : Protocol Test
- Conformance : RF Test
- CSI Report - Overview
- CQI
- CQI, PMI, RI Reporting Configuation-Details on Periodic Report
- CQI, PMI, RI Reporting Configuation-Details on Aperiodic Report
- CQI/RI Feedback type
- CS Fallback
- CSG(Closed Subscriber Group)
- CSI (Channel Status Information)
- DAI (Downlink Assignment Index)
- Data Transmission Process - Downlink
- DCI(Downlink Control Information)-Rel 8
- DCS(Data Coding Scheme) - CBS
- Decoding Uplink Signal
- Default EPS Bearer vs Dedicated EPS Bearer
- DMRS - PUCCH
- DMRS - PUSCH
- Downlink Power Allocation
- Drive Test - Azenqos
- DRX : CDRX(Connected Mode DRX)
- DRX : eDRX(Extended DRX)
- Dual Connectivity
- EEA(EPS Encryption Algorithm)
- EIA(EPS Integrity Algorithm)
- Envelope Tracking (Power Amplifier)
- EPS Bearer
- eSIM/Embedded SIM/Electronic SIM
- ESM Cause (#50,#51,#52)
- ETWS (Earthquake and Tsunami Warning System)
- EUTRA Band and Channel Bandwidth
- EUTRA Band and Frequency Range
- Fading
- FemtoCell
- FGI (FeatureGroupIndicator)
- Frame Structure : Downlink
- Frame Structure : Uplink
- Frequency and Band Table : EUTRA Band and Channel Bandwidth
- Frequency and Band Table : EUTRA Band and Frequency Range
- Fullstack Data Flow - Uplane
- Fundamental Information
- GBA/GAA
- GTP(GPRS Tunneling Protocol)
- GUTI(Globaly Unique Temporary ID)
- Half Duplex - FDD
- HARQ Entity/Process
- HetNet(Heterogeneous Network)
- HSS (Home Subscriber Server)
- Inter Cell Interference : Fundamental/General
- ICIC/eICIC (Inter-Cell Interference Coordination/Enhanced Inter-Cell Interference Coordination)
- Idle Mode Procedure
- IDs in LTE
- Integrity Protection
- IP Allocation (UE IP, Server IP etc)
- IP Allocation over ePDG(WiFi Offload)
- IPv6 Establish Process
- IP Testing
- LAA
- Latency
- Layer 3 Filter
- LBS (Location Based Service)
- LCG(Logical Channel Group)
- LCID(Logical Channel ID)
- Live Network Simulation - Radio Link
- Logical Channel Prioritization
- LTE Advanced : Carrier Aggregation
- LTE Advanced : eICIC
- LTE Advanced : CoMP
- LTE Advanced : 256 QAM
- LTE_Advanced : 64QAM
- LTE Advanced : D2D/ProSe
- LTE Advanced : DCI/Scheduling
- LTE Advanced : PUCCH
- LTE Advanced : MAC
- LTE Advanced : Relay Node
- LTE Advanced : RRC
- LTE Advanced : RRC : Message Flow
- LTE Advanced : RRC : BandCombination
- LTE Advanced : RRC : UE Category
- LTE Advanced : RRC : Adding SCC
- LTE Advanced : RRC : Measure SCC
- LTE Advanced : Transmission Mode
- LTE Advanced : Layer Mapping
- LTE Advanced : Reference Signal
- LTE Advanced : Handover
- LTE Advanced : eCCE/ePDCCH
- LTE-BL/CE(LTE-M1) : Overview
- LTE-BL/CE(LTE-M1) : Physical Layer : PBCH
- LTE-BL/CE(LTE-M1) : Physical Layer : MPDCCH/DCI
- LTE-BL/CE(LTE-M1) : Physical Layer : Narrowband
- LTE-BL/CE(LTE-M1) : Physical Layer : Guard Period
- LTE-BL/CE(LTE-M1) : Physical Layer Process : MCS/TBS Determination
- LTE-BL/CE(LTE-M1) : Physical Layer Process : PDSCH Subframe Assignment
- LTE-BL/CE(LTE-M1) : Physical Layer Process : PUSCH Subframe Assignment
- LTE-BL/CE(LTE-M1) : MAC Layer : RACH Process
- LTE-BL/CE(LTE-M1) : MAC Layer : HARQ Process
- LTE-BL/CE(LTE-M1) : CE Operation Mode
- LTE-BL/CE(LTE-M1) : CE Level
- LTE-BL/CE(LTE-M1) : Paging
- LTE-BL/CE(LTE-M1) : RACH Preamble Group and CE Level
- LTE-BL/CE(LTE-M1) : RRC : MIB/SIB
- LTE-BL/CE(LTE-M1) : RRC : RRC Connection Setup/Reconfiguration
- LTE-BL/CE(LTE-M1) : RRC : UE Capability
- LTE-BL/CE(LTE-M1) : Full Stack Protocol Sequence
- LTE-BL/CE(LTE-M1) : Max Throughput
- LTE-BL/CE(LTE-M1) : Testing
- LTE-NB : Overview
- LTE-NB : Physical Layer : Downlink : Frame Structure
- LTE-NB : Physical Layer : Downlink : OFDM Baseband Signal Generation
- LTE-NB : Physical Layer : Downlink : NPSS (Narrowband Primary Synchronization Signal)
- LTE-NB : Physical Layer : Downlink : NSSS (Narrowband Secondary Synchronization Signal)
- LTE-NB : Physical Layer : Downlink : NRS (Narrowband Reference Signal)
- LTE-NB : Physical Layer : Downlink : NPBCH (Narrowband Physical Broadcasting Channel)
- LTE-NB : Physical Layer : Downlink : PDCCH/DCI
- LTE-NB : Physical Layer : Uplink : Frame Structure
- LTE-NB : Physical Layer : Uplink : SC-FDMA Baseband Signal Generation
- LTE-NB : Channel Structure
- LTE-NB : HARQ
- LTE-NB : Multi Carrier Operation (Anchor Carrier, Non-Anchor Carrier)
- LTE-NB : RACH
- LTE-NB : RRC
- LTE-NB : MIB/SIB Scheduling
- LTE-NB : SRB Mapping
- LTE-NB : UE-Category
- LTE-NB : Full Stack Protocol Sequence
- LTE-NB : CIoT EPS Optimization
- LTE-Unlicensed Overview (LTE-U/ LAA / eLAA / LWA / MulteFire / LTE-R)
- LTE-U
- LAA
- LWA
- Matlab : Default Function : LTE Timing Sync : Correlation of Cyclic Prefix
- Matlab : Default Function : LTE DL(OFDM) Demodulation
- Matlab : Default Function : LTE UL DMRS - PUSCH - 1RB
- Matlab : Default Function : LTE UL(SC-FDMA) Demodulation without DMRS Analysis
- Matlab : Default Function : LTE UL(SC-FDMA) Demodulation with DMRS Analysis - 1RB
- Matlab :ToolBox : LTE : Introduction
- Matlab :ToolBox : LTE : Downlink : PSS(Primary synchronization Signal)
- Matlab :ToolBox : LTE : Downlink : SSS(Secondary Synchronization Signal)
- Matlab :ToolBox : LTE : Downlink : Cell Specific Reference Signal
- Matlab :ToolBox : LTE : Downlink : PCFICH
- Matlab :ToolBox : LTE : Downlink : PHICH
- Matlab :ToolBox : LTE : Downlink : PBCH
- Matlab :ToolBox : LTE : Downlink : PDCCH
- Matlab :ToolBox : LTE : Downlink : EPDCCH
- Matlab :ToolBox : LTE : Downlink : PDSCH
- Matlab :ToolBox : LTE : Downlink : Phy Process : DL Precode
- Matlab :ToolBox : LTE : Downlink : RMC (CellRefP=1, Nlayer=1, NTxAnts = 1)
- Matlab :ToolBox : LTE : Downlink : RMC (CellRefP=1, Nlayer=1, NTxAnts = N)
- Matlab :ToolBox : LTE : Downlink : RMC (CellRefP=N, NLayer=M, NTxAnts = N)
- Matlab :ToolBox : LTE : Downlink : RMC (CellRefP=N, NLayer=M, NTxAnts = N, Port7-14)
- Matlab :ToolBox : LTE : Downlink : Extracting OFDM Symbol
- Matlab :ToolBox : LTE : Downlink : Constructing a whole radio frame (10 ms)
- Matlab :ToolBox : LTE : Downlink : Transmission Waveform (Time Domain)
- Matlab :ToolBox : LTE : Downlink : Channel : Fading
- Matlab :ToolBox : LTE : Downlink : Detection : Frame Offset
- Matlab :ToolBox : LTE : Downlink : Detection : Frequency Offset
- Matlab :ToolBox : LTE : Downlink : Detection : PCI (Physical Cell ID)
- Matlab :ToolBox : LTE : Downlink : Detection : PDSCH
- Matlab :ToolBox : LTE : Uplink : PRACH
- Matlab :ToolBox : LTE : Uplink : PUCCH Format 1
- Matlab :ToolBox : LTE : Uplink : PUCCH Format 2
- Matlab :ToolBox : LTE : Uplink : PUSCH DMRS
- Matlab :ToolBox : LTE : Uplink : UL SRS
- Matlab :ToolBox : LTE : Uplink : PUSCH
- MAC CE (MAC Control Element)
- MAC-I
- MBSFN/eMBMS
- MCC (Mobile Country Code)
- MCS vs Modulation Order
- MCS for Retransmission
- MDT (Minimization of Drive Test)
- Message Correlation
- Message Structure
- Measurement : LTE EVENT for Measurement Report
- Measurement : WCDMA EVENT for Measurement Report)
- Measurement : Measurement GAP in LTE
- Measurement : Measurement GAP in WCDMA (Compressed Mode)
- Measurement : Layer 3 Filtering for Measurement Report
- Measurement : Measurement with CGI report
- Measurement : Measuring RSRP, RSRQ for current Cell
- MFBI (Multi Frequency Band Indicator)
- MIB(Master Information Block)
- MIMO(Multi Input Multi Output) - Point to Point MIMO
- MIMO(Multi Input Multi Output) - Massive MIMO
- MIMO/CA Big Picture
- MME (Mobility Management Entity)
- MTC (Machine Type Communication)
- Multi Cell : LTE to LTE Handover
- Multi Cell : LTE to NR Handover
- Multi Cell : LTE to WCDMA CSFB
- Multi Cell : Measurement in LTE
- NAS Integrity Algorithm
- NAS : Security Framework
- NAS Security Header
- NAS Security Mode Control Procedure
- NB-LTE
- Network Architecture and Interface
- Network Sharing - Cell Site Sharing, MOCN, MVNO
- NOMA / Enhanced MU MIMO / NAIC
- NonPersistent Scheduling
- Non-3GPP Based Technology
- Paging
- p_a, p_b
- PBCH (Specification, Matlab)
- PCO (Protocol Configuration Option)
- PCFICH (Specification, Matlab)
- PDCCH Candidate and Search Space
- PDCCH (Specification, Matlab)
- PDCCH Resource Allocation
- PDCCH Order
- PDSCH (Specification, Matlab)
- PDSCH Scheduling
- Performance Test/Evaluation
- Persistent Scheduling
- PGW (PDN Gateway)
- PHICH/PHICH Group(Specification, Matlab)
- PHR(Power Headroom Report)
- Physical Cell ID
- Physical Channel Processing
- Physical Layer Sequence : Overview
- Physical Layer : DSP (Digital Signal Processing)
- Physical Layer Sequence : Pseudo-random Sequence (Gold Sequence)
- Physical Layer Sequence : Zadd-off Chu Sequence
- Physical Layer Signal : PSS (Primary Synchronization Signal)
- Physical Layer Signal : SSS (Secondary Synchronization Signal)
- Physical Layer Signal : RS (Cell Specific Reference Signal)
- Physical Layer Channel : Downlink : PBCH (Physical Broadcasting Channel)
- Physical Layer Channel : Downlink : PCFICH(Physical Control Format Indicator Channel)
- Physical Layer Channel : Downlink : PDCCH (Physical Download Control Channel)
- Physical Layer Channel : Downlink : PHICH (Physical HARQ Indicator Channel)
- Physical Layer Channel : Downlink : PDSCH (Physical Downlink Shared Channel)
- Physical Layer Signal : Uplink : PUSCH DMRS
- Physical Layer Signal : Uplink : PUCCH DMRS
- Physical Layer Parameters - FDD, Downlink
- Physical Layer Problem Example : Frequency Error
- Physical Layer Problem Example : Timing Error
- Physical Layer : NB : Downlink : OFDM Baseband Signal Generation
- Physical Layer : NB : Downlink : NPSS (Narrowband Primary Synchronization Signal)
- Physical Layer : NB : Downlink : NSSS (Narrowband Secondary Synchronization Signal)
- Physical Layer : NB : Downlink : NRS (Narrowband Reference Signal)
- Physical Layer : NB : Downlink : NPBCH (Narrowband Physical Broadcasting Channel)
- Physical Layer : NB : DCI
- Power Control
- Precoding
- Predistortion (Power Amplifier)
- Private LTE Network
- Protocol Configuration Options (PCO)
- Protocol Conformance : Introduction
- Protocol Conformance : Test Case Classification
- Protocol Conformance : Activate Test Mode
- Protocol Conformance : Test Loop Back
- Protocol Conformance : Test Case Description
- Protocol Stack : Phy Processing (Overall Path)
- Protocol Stack : MAC
- Protocol Stack : RLC
- Protocol Stack : PDCP
- Protocol Stack : Full Stack
- Protocol Stack : Basic Call Processing Example
- Protocol Stack : Multi Cell, Inter RAT, Handover
- PS Data Off
- PSM (Power Saving Mode)
- PSS (Specfication, Matlab)
- PUCCH Format
- PUCCH Format 1,1a,1b
- PUCCH Format 2,2a,2b
- PUCCH Format 3
- PUSCH (Matlab)
- PUSCH DMRS (Specification, Matlab)
- PUSCH Frequency Hopping
- PUSCH Scheduling - Non Persistant (SR Based Scheduling)
- PUSCH Scheduling - Persistant
- PWS/CMAS/ETWS/CBS : CBS
- PWS/CMAS/ETWS/CBS : CMAS
- PWS/CMAS/ETWS/CBS : ETWS
- PWS/CMAS/ETWS/CBS : Message Identifier
- PWS/CMAS/ETWS/CBS : Serial Number
- PWS/CMAS/ETWS/CBS : DCS (Data Coding Scheme)
- QCI
- RACH/PRACH
- Radio Link Failure
- Rank Indicator
- RB Size allocation for each System Bandwidth
- Redirection
- Reference Signal - Downlink
- Reference Signal - Downlink - CSI Reference Signal
- REG (Resource Element Group)
- Relay Node
- Resource Allocation Type
- Resource Allocation Type vs DCI format vs TM mode Mapping Table
- Resource Allocation and Management Unit
- RE Map to Antenna
- Retry (Negative, Reject) Test
- RF Measurement : Introduction
- RF Measurement : LTE RF Measurement Items
- RF Measurement : Snapshots of LTE Uplink Signals for RF Testing
- RF Measurement : Challenges for LTE RF Testing
- RF Measurement : LTE Specific Measurement
- RF Measurement : LTE Specific Measurement : IBE (In-Band Emission)
- RF Measurement : LTE Specific Measurement : Power Control - Absolute Power Tolerance
- RF Measurement : LTE Specific Measurement : Power Control - Relative Power Tolerance
- RF Measurement : LTE Specific Measurement : Aggregate Power Control Tolerance
- RF Measurement : RF Test Equipment/UE Connection Diagram
- RF Measurement : Protocol Sequence for RF Conformance Test
- RF Measurement : RF Conformance Test : Introduction
- RF Measurement : RF Conformance Test - TRX Conformance (36.521-1)
- RF Measurement : RF Conformance Test - RRM Conformance (36.521-3)
- RF Measurement : Overview on RF/PHY Performance Test
- RI (Rank Indicator, Rank Index)
- RIV(Resource Indication Value)
- RNTI
- ROHC (RObust Header Compression)
- RRC Connection Re-Establishement
- RRC Filter
- RRC IE - antennaInfo
- RRC IE - cqi-ReportConfig
- RRC IE - pusch-ConfigDedicated
- RRC IE - UE Capability
- RRC Status (RRC Connected <--> RRC Idle)
- RRH (Remote Radio Head)
- RSRP(Reference Signal Recieved Power)
- RSRQ(Reference Signal Recieved Quality)
- RSSI(Reference Signal Strength Indicator)
- RSRP, RSRQ, RSSI, SINR Interplay
- RSRP vs EPRE vs Total Power
- SAE(Service Architecture Evolution)
- Scheduling - PHY - PDSCH
- Scheduling - PHY - PUSCH - NonPersistant (SR Based Scheduling)
- Scheduling - PHY - PUSCH - Persistant
- SDR : srsLTE : Decoding PDSCH
- Security
- Security Header
- ServCellIndex, SCellIndex
- Serving Cell
- SFBC (Space Frequency Block Coding)
- SGW (Serving Gateway)
- SIB(System Information Block)
- SIB Detection
- SIB Scheduling
- SIB Modification/Notification
- Sleep and Wakeup
- SMS with LTE(SG-SMS)
- SMS with LTE(SMS over IMS)
- Sniffer
- SNOW3G
- SNR, BER, Constellation
- Softchannel Bit
- SON (Self Organizing Network)
- SON : What is it ? - by Israel Zimerman
- SR (Scheduling Request)
- SRB mapping for LTE Signaling Message
- SRS (Sounding Reference Signal)
- SRVCC(Single Radio Voice Call Continuity)
- SSAC (Service Specific Access Control, ssac-Barring)
- SSS (Specfication, Matlab)
- Subframe, SFN and HFN
- Synchronization Process
- Synchronization Signal (Primary and Secondary)
- TDD LTE : Overview
- TDD LTE : Frame Stracture
- TDD LTE : Switching Points
- TDD LTE : PRACH Preamble Format
- TDD LTE : PRACH Configuration
- TDD LTE : Special Slot usage
- TDD LTE : HARQ Timing
- TDD LTE : Ack/Nack Feedback Mode
- TDD LTE : SR/DCI 0 Timing
- TDD LTE : DCI 0/PUSCH Timing
- TDD LTE : System Information Variation
- Test Loopback Mode
- Test/Verification : Test Methodology
- TFT(Traffic Flow Template)
- Timer (RRC)
- Timer (EPS Mobile Management - UE Side)
- Timer (EPS Mobile Management - Network Side)
- Timer & Constant and RRC/NAS Message
- Timing Advance
- Troubleshoot Tips
- Throughput Calculation - FDD
- Throughput Calculation - TDD
- Throughput Calculation - From UE Cateogory
- Throughput : Common : Overview
- Throughput : Common : Overview : Typical Profile
- Throughput : Common : Overview : Troubleshooting Tool
- Throughput : Common : Overview : Test Setup
- Throughput : Common : Overview : Check Before Test
- Throughput : Common : Overview : Software for Test
- Throughput : Common : Overview : Software for Test : iperf
- Throughput : Common : Overview : Software for Test : FileZilla
- Throughput : LTE : General
- Throughput : LTE : Overall Factors
- Throughput : LTE : PHY Performance
- Throughput : LTE : RLC/PDCP Factors
- Throughput : LTE : Readings/Test Result
- Tracking Area
- Transmission Mode
- Transmission Mode 4 (TM4)
- Transmission Mode 8, 9 (TM 8, 9)
- TTI Bundling
- T300
- T304
- T310
- T3402
- T3410
- T3411
- T3418
- T3450
- T3460
- T3470
- UCI
- UE Capability Information (Useful for radio stack troubleshoot)
- UE Category / UE Class
- UE transmit antenna selection
- UICC/USIM
- UL Grant
- USIM Parameters
- Voice in LTE
- VoLTE over IMS
- Wake Up Signal
- WiFi OffLoad : Introduction
- WiFi OffLoad : CheckList
- WiFi OffLoad : Overall Procedure of Untrusted Data Path Setup
- WiFi OffLoad : ePDG Discovery
- WiFi Testing
- Wireless Backhaul
- X2, X2AP, X2AP Service
- Zadoff - Chu Sequence