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TELECOM

LTE Advanced

Nº 1434
DATE: 03.06.12 Other available dates:
PRICE NIS: 1270 + VAT
DURATION: 1 Day
application/pdf iconLTE Advaced 1 Day DE & SHSH.pdf

Course Overview:
The course dives into specifics of the LTE-Advanced PHY layer. A discussion of the main differences between LTE and LTE-Advanced is presented, followed by an in-depth discussion of the various implications of MIMO schemes and carrier aggregation on the downlink and uplink channels and signals within LTE-Advanced. The course ends with a review of the challenging problem of high-dimensionality MIMO detection which is highly important in LTE-Advanced.

Who should attend?
The seminar is built for Technical, Marketing and Business Development people of the Telecom Service Providers as well as Manufacturers of LTE-Advanced equipment.

Prerequisities:
Basic knowledge of telecommunications is expected from the participants, as well as familiarity with LTE.

Course Outline:
1. Short Review of LTE (Releases 8 & 9)

2. LTE Advanced Requirements and Differences from LTE
  • Spectral Efficiencies, Max Throughput
  • UE Categories
  • HARQ & Memory Requirements
  • Competing Technologies (802.16m, 802.11ac)
3. Carrier Aggregation
  • Component Carriers (Primary, Secondary)
  • Downlink Control with Carrier Aggregation
  • Synchronization Issues

4. Downlink Transmission

  • MIMO Modes
  • Reference Signals with emphasis on new Signals (CSI, CRS, DM-RS)
  • Channel Estimation
  • Random Matrix Precoding

5. Uplink Transmission

  • New MIMO Modes
  • SORTD and  Layer Shifting
  • Reference Signals and Orthogonal Cover Codes
  • The Significant Impact on Channel Estimation
  • Sounding & PUCCH - Multiple Antenna Transmission

6. Downlink Control
  • Implications of Carrier Aggregation
7. Uplink Control
  • New Control Formats
8. CQI & Link Adaptation
  • Implications of Large Order MIMO
  • Wideband & Narrowband Precoding
  • Precoder Selection
9. Coordinated Multi-Point (CoMP) Transmission and Reception
  • Joint Downlink Transmission
  • Joint Uplink Processing
  • Coordinated Scheduling/Beamforming
10. High Order MIMO Schemes
  • High Dimensionality OFDMA Detector for the Downlink
  • High Dimensionality SC-FDMA Detector for the Uplink
  • The SICAssumption
11. Summary

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