Implementation and Analysis of Multi-Carrier Synchronization Techniques

Betreuer: Johannes Demel
Art der Arbeit: Bachelorarbeit (BSc.)
Arbeit beendet: 12/2017
Bearbeiter: Leonard Göhrs
Status: abgeschlossen
ANT-Signatur:
Kurzfassung:

Receivers need to synchronize to a transmitter. This includes timing, frequency and phase recovery. An investigation of common attributes and differences for different multicarrier waveforms shall be performed.

Main goals
- extensive research on synchronization algorithms for multicarrier waveforms (e.g. FBMC, UFMC, GFDM, OFDM)
- implement synchronization algorithms
- separate between common attributes and differences
- evaluate if the algorithms are appicable for TDD/FDD, MIMO
Applications
Future radio communication systems for 5G and Industry4.0 aim to overcome OFDM shortcomings like high Out-of-Band radiation and high sensitivity to timing and frequency offsets. Moreover ultra high reliability and ultra low latency requirements pose additional challenges on waveform design. UFMC, like FBMC and GFDM, as a candidate waveform  targets those goals.
Project Goals
- Literature research starting with given papers and diving into the topic.
- implement investigated algorithms in a scripting language.
- evaluate synchronization performance and complexity
Prior knowledge
- attended lecture(s) in the field of Communication Engineering or related topics.
- interest in learning how to implement theoretical work in software.
- interest in learning and understanding complicated math topics.
Zuletzt aktualisiert am 19.12.2017 von J. Demel
AIT ieee GOC tzi ith Fachbereich 1
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