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Turbo decoder implementation

机译:Turbo解码器实现

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摘要

Recently, turbo code has gathered much attention for its outstanding performance. However, its complexity and decoding latency are severe drawbacks. Turbo code has been adopted in the 3GPP specification as one of the channel coding schemes. To implement a turbo decoder compliant with the 3GPP specification, the author adopted the sliding window method and devised a way to simplify the E-function of the MAP algorithm. This paper covers the optimum sliding window size and piecewise-linear E-function. In addition, implementing a scheme using the sliding window algorithm is covered. This focuses on implementing an interleaver and deinterleaver. The turbo decoder described is designed according to the 3GPP specification, and every simulation was done under AWGN.
机译:最近,Turbo守则已经为其出色的表现收集了很多关注。然而,其复杂性和解码延迟是严重的缺点。 Turbo代码已在3GPP规范中采用,作为通道编码方案之一。为了实现符合3GPP规范的Turbo解码器,作者采用了滑动窗口方法,并设计了一种简化地图算法的电子功能的方法。本文涵盖了最佳滑动窗口尺寸和分段线性电子功能。另外,覆盖使用滑动窗口算法实现方案。这侧重于实施交织者和解交织器。描述的Turbo解码器根据3GPP规范设计,并且在AWGN下完成了每个模拟。

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