LTE Dictionary [D-L]
- 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 (Discontinuous Reception)
- 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
- 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
- Fundamental Information
- GBA/GAA
- 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)
- IDs in LTE
- Idle Mode Procedure
- Integrity Protection
- IP Allocation (UE IP, Server IP etc)
- IP Allocation over ePDG(WiFi Offload)
- IPv6 Establish Process
- IP Testing
- LAA
- Latency
- LBS (Location Based Service)
- LCG(Logical Channel Group)
- LCID(Logical Channel ID)
- Live Network Simulation - Radio Link
- 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 : 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) : 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) : Testing
- 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 : HARQ
- LTE-NB : RACH
- LTE-NB : RRC
- LTE-NB : MIB/SIB Scheduling
- LTE-NB : SRB Mapping
- LTE-NB : UE-Category
- LTE-NB : CIoT EPS Optimization
- LTE-Unlicensed Overview (LTE-U/ LAA / eLAA / LWA / MulteFire / LTE-R)
- LTE-U
- LAA
- LWA