Project updates
Meet us @ Asilomar 2016
We will present our new paper "From Dedicated Redundant Subcarriers to Distributed Redundancy in UW-OFDM"
within the poster session "TA8b2: Communication System Theory". The session is scheduled for Tuesday, November 8, 10:15 - 11:55 AM. |
Meet us @ ITG-Fachgruppe-Sitzung on 14/10/2016
Do not miss out our talks
Find out more at http://www.itg-signalverarbeitung.de/ |
Dissertation online
Check out the dissertation Design and Analysis of Unique Word OFDM from June 2016. |
Theoretical Performance Evaluation
Check out the exciting results on "Theoretical Performance Evaluation and Optimization of UW-OFDM" on IEEE Xplore |
Iterative Detection
Our initial work on Iterative Detection for Unique Word OFDM already shows remarkable performance results. We will hang in there. |
Widely linear data estimation
Are you familiar with the concept of widely linear data estimation? If not check out our Asilomar conference paper which investigates this concept for Unique Word OFDM. |
Meet us @ Globecom 2014
We will present our new paper "Iterative Detection for Unique Word OFDM" within the session SPC 7 Signal Processing for OFDM, OFDMA & Multi-Carrier Communications. The session is scheduled for Thursday, December 11, 10:30 - 12:15. |
New letter online
The letter "Noise Interpolation for Unique Word OFDM" is now online. This work introduces a receiver concept called noise interpolator. The classical LMMSE estimator and a sphere decoder serve as reference systems. |
New conference papers online
The paper "Sidelobe Suppression for
Non-Systematic Coded UW-OFDM in Cognitive Radio Networks" is available on IEEE Xplore. Additionally, the paper "Design and Analysis of the UW-OFDM signal" is also online. |
New journal publication online
The online version of the journal publication "Design and analysis of UW-OFDM signals" is already available. You also find the PDF version on this website. The printed version will be published soon in the International Journal of Electronics and Communications (AEÜ). The work mainly focuses on the transmitter side, more in detail on the different possibilities how to generate UW-OFDM signals and the resulting implications. |
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