LTE: Emergency, Priority Access, Public Safety Support

New Admin

10 years ago

Introduction to LTE
- LTE/EPC Network Architecture, Protocols, and Components
  - UE
  - eNB
  - MME
  - S-GW
  - P-GW
- LTE/EPC Key Interfaces
- IMS in LTE
- LTE Air Interface Basics
  - OFDM/OFDMA/SC-FDMA Essentials
  - LTE Numerology
- LTE Physical, Transport, and Logical Channels
- LTE RRC Layer Including Signaling and Broadcast
  - Idle Mode Operation, Paging, and Tracking Area Update
Network Entry and Attachment
- System Acquisition/Scanning
- Synchronization
- Default Bearer Establishment
- Random Access in LTE
- eNB Access Barring
Handover in LTE
- X2-Based and S1-Based Handoff
- LTE Interworking with 3GPP and 3GPP2 networks
- Roaming
QoS Management
- Different Classes of Services and Their Priorities
- Scheduling in LTE
  - Scheduling for Emergency/Public Safety devices
- Default and Dedicated Bearers, Their Establishment and Modification/Release
- Priority Access in Network Architecture (PCRF, etc)
- Congestion Control in LTE
  - Congestion Control in LTE Air interface
  - Congestion Control at the Transport
  - Congestion Control at the Core Network
Other Consideration in LTE
- LTE VoIP
  - CSFB Voice
  - SRVCC for Voice Service Continuity over IMS
  - One Voice or VoLTE for VoIP over LTE over IMS
- LTE PWS (Public Warning Systems)
  - ETWS: Earthquake and Tsunami Warning System
  - CMAS: Commercial Mobile Alert System
Wrap-up
- Course Recap and Q/A
- Evaluations