A model for turbo decoder

Xiaobo Jiang, Chen Jie, Qiu Yulin
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Abstract

Recently, turbo code has gathered much attention for its outstanding performance. Many literatures have been published on algorithm and applications of turbo code. However, there is little progress on the decoding mechanism of turbo decoder. In this paper we propose an asymmetry AWGN (additive white Gaussian noise channel) model. The proposed model simplified the turbo decoder to an RSC decoder. Through the simulation of the proposed model, two mechanisms of the TURBO decoder have been uncovered. First, turbo decoder improves the S/N (signal to noise) rate of systematic code. Second, turbo decoder improves affection of the systematic code. The simulation result shows that the proposed model is consistent with turbo decoder
一种涡轮解码器模型
近年来,turbo码以其优异的性能备受关注。关于turbo码的算法和应用已经发表了许多文献。然而,对于涡轮解码器的译码机制的研究却鲜有进展。本文提出了一种非对称加性高斯白噪声信道模型。该模型将turbo解码器简化为RSC解码器。通过对该模型的仿真,揭示了TURBO解码器的两种机制。首先,turbo解码器提高了系统码的信噪比。第二,涡轮解码器提高了系统码的有效性。仿真结果表明,该模型与turbo译码器是一致的
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