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Mastering LTE Air Interface

Description

LTE (Long-Term Evolution, commonly marketed as 4G LTE) is a standard for wireless communication, for provision of high-speed data to mobile phones and data terminals. It is based on the GSM/EDGE and UMTS/HSPAnetwork technologies, increasing the capacity and speed using a different radio interface together with core network improvements. This course begins with the LTE E-UTRAN architecture and the air interface protocols. It then provides an in-depth explanation of the LTE frame structure, channels, and multiple antenna techniques, and describes in detail how LTE devices synchronize with the network, establish connections and exchange data over the air. It also deals with the RRC connection Establishment, Mobility and Power Control. This course gives a brief summary of the LTE-Advanced Technology.

Duration: 32 hours

Fee: 10,000

Course Overview:

The following are the contents that we are going to deal with during the training session:

  1. Introduction to LTE
    • Goals and Requirements
    • Network Architectures and Interfaces
    • Air Interface
    • LTE Protocols and Interfaces
    • LTE Devices
  2. LTE Air Interface Essentials
    • OFDMA and SC-FDMA
    • LTE Frame Structure
    • LTE Channels and Signals
    • Multiple-Antenna Techniques
  3. System Acquisition
    • Overview of System Acquisition
    • Processing of Synchronization Signals and PBCH
    • Acquiring SIBs
    • Additional Material
  4. System Access
    • Random Access Procedure overview
    • Random Access Parameters
    • RRC Connection Establishment
  5. Data Session Setup
    • Overview of Initial Attach
    • Default EPS Bearer Setup
  6. Downlink operations
    • Channel Quality
    • Hybrid ARQ
    • Additional Material
  7. Uplink Operations
    • Overview of UL Transmissions
    • Request for UL Resources
    • UL Grant Allocation
    • BSR Reporting
    • UL Grant for Data Transmission
    • Transmission on the PUSCH
    • UL HARQ
    • Additional Material
  8. Mobility and Power Control
    • Mobility
    • Cell Selection and Reselection
    • Tracking Area Update
    • Handover
    • Power Control
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