Difference between revisions of "Channel Estimation and Equalization for LTE Advanced"
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Revision as of 10:07, 4 February 2015
LTE Advanced, the latest 4G mobile communications standard, will provide data rates of up to 3Gbps. It employs OFDM as a highly effective way to deal with frequency selective channels. For optimal performance an accurate channel estimation is crucial to reconstruct the transmitted symbols. Your task will be the development and hardware implementation of a channel estimator and equalizer for LTE Advanced. You will start by comparing existing algorithms in MATLAB and come up with an efficient solution suitable for hardware implementation. After the theoretical evaluation has been completed the most promising candidate will then be implemented in VHDL together with an equalizer. Then you will perform the back-end design such that the resulting chip can be manufactured in high-end CMOS technology. During this thesis you will get an insight into the most advanced mobile communications standard (LTE Advanced), OFDM, channel estimation algorithms, as well as VLSI design.
- Looking for 1-2 Semester/Master students
- Contact: Sandro Belfanti
- VLSI I
- MATLAB and VHDL is an advantage
- 50% VHDL
- 30% Simulation/Theory
- 20% ASIC Implemenatation