International audienceWe present a low-complexity architecture designed for the decoding of block turbo codes. In particular we simplify the implementation of Pyndiah's algorithm by not memorizing any of the concurrent codewords generated by the Chase search
Turbo coding has already become a prominent error correction technique for wireless communications, ...
International audienceReed-Solomon codes are block-based error correcting codes with a wide range of...
In this paper, an effective stopping scheme for reduced-complexity iterative decoding of short-frame...
International audienceWe present a low-complexity architecture designed for the decoding of block tu...
Block turbo codes (BTCs) are constructed by serially concatenating linear block codes and iterativel...
International audienceIn turbo decoding of product codes, we propose an algorithm implementation, ba...
Turbo coding is one of the best channel coding procedures presented to the coding community in the r...
In this paper a truncated turbo decoding with reduced computational complexity is proposed. In the c...
Block turbo codes (BTCs) under iterative decoding are product codes showing excellent performance wi...
The goal of this paper is to reduce the decoding complexity of space-time block turbo-coded system ...
International audienceFollowing the increasing interest in non-binary coding schemes, turbo codes ov...
International audienceIn this paper, the first flexible architecture dedicated to block turbo decode...
In this study, the authors discuss the implementation of a low latency decoding algorithm for turbo ...
Turbo product codes (TPCs) provide an attractive alternative to recursive systematic convolutional (...
Turbo coding has already become a prominent error correction technique for wireless communications, ...
International audienceReed-Solomon codes are block-based error correcting codes with a wide range of...
In this paper, an effective stopping scheme for reduced-complexity iterative decoding of short-frame...
International audienceWe present a low-complexity architecture designed for the decoding of block tu...
Block turbo codes (BTCs) are constructed by serially concatenating linear block codes and iterativel...
International audienceIn turbo decoding of product codes, we propose an algorithm implementation, ba...
Turbo coding is one of the best channel coding procedures presented to the coding community in the r...
In this paper a truncated turbo decoding with reduced computational complexity is proposed. In the c...
Block turbo codes (BTCs) under iterative decoding are product codes showing excellent performance wi...
The goal of this paper is to reduce the decoding complexity of space-time block turbo-coded system ...
International audienceFollowing the increasing interest in non-binary coding schemes, turbo codes ov...
International audienceIn this paper, the first flexible architecture dedicated to block turbo decode...
In this study, the authors discuss the implementation of a low latency decoding algorithm for turbo ...
Turbo product codes (TPCs) provide an attractive alternative to recursive systematic convolutional (...
Turbo coding has already become a prominent error correction technique for wireless communications, ...
International audienceReed-Solomon codes are block-based error correcting codes with a wide range of...
In this paper, an effective stopping scheme for reduced-complexity iterative decoding of short-frame...
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