Good approximations of code-symbol a-posteriori probabilities (APPs) are obtained using a list of the most likely codewords, instead of the whole code-book.
We use the Bidirectional Efficient Algorithm for Searching code Trees (BEAST) for finding a list of the L most likely codewords. The detailed explanation of ...
On APP-decoding using BEAST. På svenska. Author. Irina Bocharova; Rolf Johannesson; Boris Kudryashov; Maja Loncar. Summary, in English.
Good approximations of code-symbol a-posteriori probabilities (APPs) are obtained using a list of the most likely codewords, instead of the whole code-book.
Home Publications Departments. On APP-decoding using BEAST. Mark. Bocharova, Irina LU ; Johannesson, Rolf LU ; Kudryashov, Boris LU and Loncar, ...
On APP-decoding using BEAST. Authors. Irina Bocharova · Rolf Johannesson · Boris Kudryashov · Maja Loncar. Publication date: 31 December 2003. Publisher. Doi.
Jul 22, 2017 · This tutorial will guide you through running BEAST and some of its accessory programs to do a simple phylogenetic analysis.
Product codes belong to the class of iteratively decodable codes and the BEAST-APP decoder is used for decoding of constituent codes, yielding good performance ...
Aug 13, 2004 · BEAST is a Bidirectional Efficient Algorithm for Searching code Trees. In this paper, it is used for decoding block codes over a ...
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A bidirectional efficient algorithm for searching code trees (BEAST) is proposed for efficient soft-output decoding of block codes and concatenated block ...