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Implementation of encoders and decoding performance analysis of direct product convolutional codes

机译:直接积卷积码的编码器实现和解码性能分析

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Direct product convolutional codes are the result of a special concatenated scheme based on the well-known method of direct product for combining block codes. The approach taken for its construction is to consider convolutional codes as block codes over the field of rational functions F(D). This relatively new codes has been previously defined and investigated by the author, but in this instance, further properties and aspects about the product convolutional codes are considered. The new aspects studied are: some properties and physical realization of encoders, considerations on convergence of decoding based on EXIT charts and the effect of the blocking factor on BER performance in AWGN channel. In addition, the construction of multidimensional product convolutional codes is considered.
机译:直接积卷积码是一种特殊的级联方案的结果,该方案基于众所周知的用于组合块码的直接积方法进行了级联。用于构造的方法是将卷积码视为有理函数F(D)范围内的分组码。作者已经预先定义和研究了这种相对较新的代码,但是在这种情况下,将考虑有关乘积卷积代码的其他属性和方面。研究的新方面是:编码器的一些特性和物理实现,基于EXIT图的解码收敛性考虑以及阻塞因素对AWGN信道中BER性能的影响。另外,考虑了多维乘积卷积码的构造。

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