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A call-by-need recursive algorithm for the LogMAP decoding of a binary linear block code

机译:二进制线性块代码的LogMAP解码的按需调用递归算法

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摘要

A new algorithm for the LogMAP decoding of linear block codes is considered. The decoding complexity is evaluated analytically and by computer simulation. The proposed algorithm is an improvement of the recursive LogMAP algorithm proposed by the authors. The recursive LogMAP algorithm is more efficient than the BCJR algorithm for low-rate codes, but the complexity grows considerably large for high-rate codes. The aim of the proposed algorithm is to solve the complexity explosion of the recursive LogMAP algorithm for high-rate codes. The proposed algorithm is more efficient than the BCJR algorithm for well-known linear block codes.
机译:考虑了用于线性分组码的LogMAP解码的新算法。解码复杂性通过分析和计算机仿真来评估。该算法是作者提出的递归LogMAP算法的改进。对于低码率而言,递归LogMAP算法比BCJR算法更有效,但是对于高码率而言,复杂性变得相当大。提出的算法的目的是解决高速率代码的递归LogMAP算法的复杂性爆炸问题。对于公知的线性分组码,该算法比BCJR算法更有效。

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