Robust turbo coded OFDM transceiver for power-line channels

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Any questions and or comments about this paper is addressed by the first author, Mohammad Shafieipour.

This page contains MATLAB code used in this paper.

Let us first look at the abstract

Broadband power-line communication using turbo codes and orthogonal frequency division multiplexing (OFDM) is considered in this paper. It is shown that the performance of conventional turbo coded OFDM systems degrades substantially due to the impulsive noise interference commonly encountered in power-lines. A robust turbo coded OFDM transceiver applying an iterative noise cancellation technique is proposed. Simulation results show that the proposed scheme is robust to impulsive noise while maintaining excellent performance in Gaussian noise.

As seen above, in this paper, my co-authors and I proposed a new transceiver to be used in power lines for communication purposes. The significance of the method is that it uses orthogonal frequency division multiplexing or for short OFDM in order to mitigate the effect of frequency-selective fading that usually plagues power lines. The paper is published in IEICE Electronics Express or for short ELEX.

Link in ELEX

This paper is published with Open Access right, so I am providing the published PDF file as well.

PDF file
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The following is a zip file that contains all necessary files to run the MATLAB code used in this work:

MATLAB Files
Download MATLAB Files 

Please post any comments or questions about this paper in the comments section. Remember, the purpose of this page is for you to contact me (first author) if you need any help understanding this paper. I would be glad to help.

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