Unique Word Based Frequency Domain Equalization with Noise Prediction
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| Authors | Le-nam Tran, and Een-kee Hong |
| Journal/Conference Name | IEEE Communications Letters |
| Paper Category | Communications |
| Paper Abstract | Recently, the frequency domain equalization with time domain noise prediction (FDE-NP) has been proposed as an alternative to hybrid decision feedback equalization (HDFE). The current FDE-NP structures use the cyclic prefix (CP) extension (FDE-NP-CP). However, the unknown nature of CP degrades the performance of FDE-NP due to error propagation. This letter proposes a unique word (UW) based FDE-NP (FDE-NP-UW) that can yield better performance. Both optimal and suboptimal designs of the FDE-NP-UW are presented. We observe that the optimal FDE-NP-UW provides a performance gain of about 1.5 dB over the FDE-NP-CP, and about 0.5 dB over the suboptimal design at a BER of 10 -3 . |
| Date of publication | 2008 |
| Code Programming Language | MATLAB |
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