An iterative block decision feedback equaliser (IB-DFE) for single carrier modulation is proposed. Filtering operations are implemented by discrete Fourier transforms (DFTs) which yield a reduced computational complexity, for both filter design and signal processing, when compared to existing DFEs. Moreover, the new IB-DFE operates on blocks of the receive signal, thus allowing the use of error correction codes on the feedback data signal
Block transmission systems which consist of a precoder transmit-filterbank and a block receiver have...
The decision feedback equalizer (DFE) has been recognized as a strong candidate to combat severe mul...
Abstract — In this work, we propose a Decision feedback equalizer (DFE) for Multiple Input Multiple ...
For wireless applications, the computational complexity of the filter design is an important drawbac...
Most comparisons between single carrier and multicarrier modulations assume frequency-domain linear ...
International audienceThis paper investigates the design and analysis of minimum mean square error (...
[Abstract]: This paper proposes a simple and efficient decision feedback equalizer (DFE) for Discre...
Frequency-domain decision-feedback equalization (FD-DFE) for single carrier modulation avoids interb...
The deployment of increasingly dense heterogeneous mobile networks can create high levels of interf...
Decision Feedback Equalization (DFE) is a form of non-linear symbol-by-symbol equalization in which...
The deployment of increasingly dense heterogeneous mobile networks can create high levels of interfe...
Decision Feedback equalizers (DFEs) usually outperform linear equalizers for channels with intersymb...
This paper proposes a new structure of decision feedback equalizer that exploits the cyclostationary...
The aim of this paper is to propose and evaluate multi-user iterative block decision feedback equali...
Abstract — The application of nonlinear equalizer is developed in our paper for compensating the mul...
Block transmission systems which consist of a precoder transmit-filterbank and a block receiver have...
The decision feedback equalizer (DFE) has been recognized as a strong candidate to combat severe mul...
Abstract — In this work, we propose a Decision feedback equalizer (DFE) for Multiple Input Multiple ...
For wireless applications, the computational complexity of the filter design is an important drawbac...
Most comparisons between single carrier and multicarrier modulations assume frequency-domain linear ...
International audienceThis paper investigates the design and analysis of minimum mean square error (...
[Abstract]: This paper proposes a simple and efficient decision feedback equalizer (DFE) for Discre...
Frequency-domain decision-feedback equalization (FD-DFE) for single carrier modulation avoids interb...
The deployment of increasingly dense heterogeneous mobile networks can create high levels of interf...
Decision Feedback Equalization (DFE) is a form of non-linear symbol-by-symbol equalization in which...
The deployment of increasingly dense heterogeneous mobile networks can create high levels of interfe...
Decision Feedback equalizers (DFEs) usually outperform linear equalizers for channels with intersymb...
This paper proposes a new structure of decision feedback equalizer that exploits the cyclostationary...
The aim of this paper is to propose and evaluate multi-user iterative block decision feedback equali...
Abstract — The application of nonlinear equalizer is developed in our paper for compensating the mul...
Block transmission systems which consist of a precoder transmit-filterbank and a block receiver have...
The decision feedback equalizer (DFE) has been recognized as a strong candidate to combat severe mul...
Abstract — In this work, we propose a Decision feedback equalizer (DFE) for Multiple Input Multiple ...