LTE Air Interface
- Duration: 2 Days
- Price: €1475* Plus Applicable Taxes
LTE
Architectural Review
- LTE
Development
- The
E-UTRAN
- Evolved
Packet Core (EPS)
- Serving
Gateway (SGW)
- Mobility
Management Entity(MME)
- Packet
Data Network Gateway (PDN GW)
- UMTS –
LTE Inter-working
- Spectrum
Requirements of LTE
- Comparing
LTE, WiMAX, UMB
- LTE
Status
LTE Protocol
Stack Overview
- (OSI
Reference Model)
- Control
Plane Protocols
- User
Plane Protocol Stack
LTE Physical
Layer
- Introduction
to OFDM
- Defeating
Multipath ISI
- Overcoming
high PAR
- Expected
Performance
- Downlink
OFDMA
- Uplink Single
Carrier-FDMA
- LTE
Channels
- Logical
- Transport
- Mapping
of Channels
- LTE
Frame Timing
- UL/DL
Resource Blocks, Symbols and Sub-Carriers
- Adaptive
Modulation and Coding (AMC)
- MIMO and
Beam-Forming Antenna Support in LTE
- Physical
Layer Procedures
- Cell
Search
- Time and
Frequency Synchronisation
- CQI/PMI/RI
Measurements and Reporting
LTE
MAC,RLC and RRC
- MAC/RLC
Overview
- MAC
Functions
- MAC
Messages and PDU Structures
- RLC
Modes
- Ack
Operation
- Un-Ack
Operaton
- Resource
Allocation and Control
- ARQ and
H-ARQ
- SDU
Sequencing
LTE PDCP
- Packet
Data Protocol Functions
- PDCP
Operation
- Header
Compression (ROHC)
- PDCP
Ciphering
- PDCP
Messages
LTE Resource
and Mobility Procedures
- LTE
Mobility Modes
- LTE
Detached
- LTE Idle
- LTE
Active
- Mobility
in LTE Idle
- Tracking
Areas (TA)
- Mobility
in Multi RAT
- Connected
Mode Mobility
- Architecture
for Mobility
- Backwards
Handover
- RLC
Context Transfer
- Connection
Management
- Resource
Negotiation
- Resource
Allocation
- X2 and
S1 interfaces
LTE Evolved
Multicast Broadcast Multimedia Service (eMBMS)
- Architecture
of eMBMS
- eMBMS
Gateway
- MBMS
Coordination Entity
- MBMS
Protocol Structure
- Single
Cell Broadcast
- Single
Frequency Network (MBSFN)
- Delivering
Mobile TV with MBMS
