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- Module 1: The Need for UMTS Evolution
- 3G evolution
- Evolved UMTS
- Quality of Service
- Evolved Core Network
- Evolved Radio Interface
- Evolved Radio Access Network
- Next Generation Networks
- NGN versus EPS
- Specification Bodies
- NGMN & E-UMTS objectives
- NGMN overview
- Quiz
Sales Enquiry : sales@beox.com
- Module 2: Conceptual Considerations
- E-UTRAN Requirements
- System Evolution Steps
- EPS Architecture
- E-UTRAN: Components and Functions
- EPC: Components and Functions
- EPS Interfaces
- Quiz
- Module 3: E-UTRAN Downlink/Uplink Physical Layer
- E-UTRAN Air Interface Basics
- OFDM
- Digital Modulation
- Hybrid Automatic Repeat Request
- Downlink Physical Channels and Signals
- MIMO Antenna Systems
- Uplink Physical Channels and Signals
- Uplink Adaptation
- Uplink Hybrid Automatic Repeat Request
- Quiz
- Module 4: EPS Procedures
- EPS Network Procedures
- Broadcast of System Information
- Network Attachment
- Contention-based Random Access
- RRC connection setup
- Registration Procedure
- Terminal initiated de-registration
- UE States and Transitions
- UE-initiated Service Request
- Network-initiated Bearer Activation
- TA registration
- Tracking Area Update
- Inter-MME Tracking area Update
- Overview of intra E-UTRAN mobility with X2 support
- Intra-E-UTRAN moblity with X2 support
- Intra-E-UTRAN moblity without X2 support
- Intra-E-UTRAN mobility with EPC relocation
- Overview of E-UTRAN to 2G/3G mobility
- E-UTRAN to 2G/3G RAN mobility
- Data Loss Prevention for E-UTRAN to 2G/3G mobility
- EPC roaming archiecture – home-routed traffic
- EPC roaming architecture – local breakout
- EPC architecture for trusted WLAN access
- EPC architecue for untrusted WLAN access
- The EPC architecture for inter working with 2G/3G#
- Quiz





























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