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Application of turbo codes to HF data transmission

机译:Turbo码在HF数据传输中的应用

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Since their introduction by Berrou et al. (see Proc. IEEE Int. Conf. Commun., p.1740-5, 1993), turbo codes have generated considerable interest within the coding community as they offer near-Shannon limit performance at very low values of signal-to-noise ratio (SNR). As yet, there is little application of these codes in practical systems and the vast majority of results thus far have been from simulations. The paper discusses turbo codes with particular reference to their application in HF systems and offers possible solutions for future implementation. Turbo decoding is performed using a combination of three basic principles: recursive systematic convolutional, non-systematic convolutional or block codes, combined with interleaving and iterative stage decoding.
机译:自从Berrou等人介绍。 (参见Proc。IEEE Int。Conf。Commun。,p.1740-5,1993),turbo码在编码界引起了相当大的兴趣,因为它们以非常低的信噪比值提供了接近Shannon的性能。 (SNR)。到目前为止,这些代码在实际系统中的应用很少,到目前为止,绝大多数结果来自模拟。本文讨论了turbo代码,并特别参考了它们在HF系统中的应用,并为将来的实现提供了可能的解决方案。 Turbo解码是通过结合以下三个基本原理执行的:递归系统卷积,非系统卷积或分组码,以及交织和迭代级解码。

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