Iterative Decoding of Differential coded Multiband-OFDM UWB Communication Systems

Jin Xiu-feng, Bi Guangguo, Xiao Haiyong, Zhang Peng
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Abstract

Compared with coherent detection, the price of not requiring channel state information (CSI) in a noncoherent UWB receiver is an increase of about 3 dB in the required SNR. In order to overcome the gap, a differential encoding and decoding scheme for multiband UWB systems is proposed in this paper. The proposed scheme employs the parallel concatenation of two differential diagonal space-frequency encoders at the transmitter and performs a simple soft decision iterative decoding at the receiver. Simulation results show that the proposed scheme can outperform the conventional differential and coherent detection at high SNR with few number of iterations.
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差分编码多频带ofdm超宽带通信系统的迭代译码
与相干检测相比,在非相干UWB接收机中不需要信道状态信息(CSI)的代价是所需信噪比提高约3db。为了克服这一缺陷,本文提出了一种多波段超宽带系统的差分编解码方案。该方案在发送端采用两个差分对角空频编码器并行连接,在接收端进行简单的软判决迭代解码。仿真结果表明,该方法在高信噪比条件下优于传统的差分和相干检测,且迭代次数少。
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