Progressive List-Enlarged Algebraic Soft Decoding of Reed-Solomon Codes


A progressive algebraic soft decoding algorithm is proposed for Reed-Solomon (RS) codes, aiming to reduce the computational complexity. The decoding starts with a little initial factorization output list size (OLS), then updates the OLS progressively resulting in an incremental interpolation. Decoding will terminate either when the output contains a codeword that can be identified as the foremost possible one or the predefined maximal OLS is reached. The algorithm can adjust the decoding parameter in keeping with the quality of the received info, optimizing its complexity to the minimal but necessary level.

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