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A parallel iterative decoding algorithm for zero-tail and tail-biting convolutional codes

机译:零尾和咬尾卷积码的并行迭代解码算法

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This paper discusses the parallel propagation algorithm applied to the decoding of convolutional codes. The parallel algorithm surpasses the BCJR algorithm in parallel computational complexity and performance when it is applied to tail-biting codes. The complexity of iterative decoding algorithms depends on the calculation of posterior probability and bit error probability by using clique and number of iterations. The computational complexity of the parallel algorithm for tail-biting codes is almost the same as that for zero-tail convolutional codes.
机译:本文讨论了应用于卷积码解码的并行传播算法。当将并行算法应用于尾部咬合代码时,其并行计算复杂度和性能均优于BCJR算法。迭代解码算法的复杂性取决于通过使用团和迭代次数来计算后验概率和误码概率。尾部咬合码的并行算法的计算复杂度几乎与零尾卷积码的计算复杂度相同。

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