In this paper a truncated turbo decoding with reduced computational complexity is proposed. In the course of iterative decoding, bits are detected that will be changed very unlikely in the current iteration step. These bits are excluded from decoding (in the current iteration step) which yields a turbo decoding with much lower complexity while the loss of bit error rate (BER) is quiet small
Turbo code finds wide applications in mobile communication, deep space communication, satellite comm...
xiii, 117 leavesIterative decoding techniques have been receiving more and more attentions with the ...
Following the increasing interest in non-binary coding schemes, turbo codes over different Galois fi...
SUMMARY This letter proposes an efficient and simple stopping cri-terion for turbo decoding, which i...
In this paper, an effective stopping scheme for reduced-complexity iterative decoding of short-frame...
Turbo coding is one of the best channel coding procedures presented to the coding community in the r...
For effective communication to take place between a source and a destination the emphasis lies on th...
International audienceTurbo codes are proposed in most of the advanced digital communication standar...
By observing the structure of the decoder’s trellis a new, non-iterative turbo-decoder based on a su...
In this paper we propose a method that aims at reducing the complexity of convolutional and turbo de...
The excellent bit error rate performance of new iterative decoding algorithms (e.g., turbodecoding) ...
Turbo coding has already become a prominent error correction technique for wireless communications, ...
Block turbo codes (BTCs) are constructed by serially concatenating linear block codes and iterativel...
We investigate the evolution of the trellis path through the state diagram of a turbo code versus th...
International audienceWe present a low-complexity architecture designed for the decoding of block tu...
Turbo code finds wide applications in mobile communication, deep space communication, satellite comm...
xiii, 117 leavesIterative decoding techniques have been receiving more and more attentions with the ...
Following the increasing interest in non-binary coding schemes, turbo codes over different Galois fi...
SUMMARY This letter proposes an efficient and simple stopping cri-terion for turbo decoding, which i...
In this paper, an effective stopping scheme for reduced-complexity iterative decoding of short-frame...
Turbo coding is one of the best channel coding procedures presented to the coding community in the r...
For effective communication to take place between a source and a destination the emphasis lies on th...
International audienceTurbo codes are proposed in most of the advanced digital communication standar...
By observing the structure of the decoder’s trellis a new, non-iterative turbo-decoder based on a su...
In this paper we propose a method that aims at reducing the complexity of convolutional and turbo de...
The excellent bit error rate performance of new iterative decoding algorithms (e.g., turbodecoding) ...
Turbo coding has already become a prominent error correction technique for wireless communications, ...
Block turbo codes (BTCs) are constructed by serially concatenating linear block codes and iterativel...
We investigate the evolution of the trellis path through the state diagram of a turbo code versus th...
International audienceWe present a low-complexity architecture designed for the decoding of block tu...
Turbo code finds wide applications in mobile communication, deep space communication, satellite comm...
xiii, 117 leavesIterative decoding techniques have been receiving more and more attentions with the ...
Following the increasing interest in non-binary coding schemes, turbo codes over different Galois fi...