Add to ORKGA new algorithm to reduce the computational complexity of iterative decoding is presented. The algorithm reduces the complexity by removing certain branches from the corresponding trellis diagram. A threshold on a priori values is used as the elimination criterion. To assess the performance, numerical results for serially concatenated convolutional codes transmitted over an additive white gaussian noise channel is presented. The results show that for the system considered, the algorithm can reduce the complexity by one third with a negligible degradation in error performance
A serially concatenated code with interleaver consists of the cascade of an outer encoder, an interl...
We propose a design approach for serial concatenation of an outer convolutional code and an inner tr...
International audienceShuffled decoding enables to accelerate the extrinsic information exchange dur...
A new algorithm to reduce the computational complexityof iterative decoding is presented. The algori...
A new algorithm to reduce the computational complexity of iterative decoding is presented. The algor...
A new reduced-complexity iterative decoding algorithm is introduced. The algorithm approximates a po...
A new algorithm to reduce the computational complexity of iterative decoding is proposed. The algori...
We propose a new reduced-complexity iterative decoding algorithm. The main concept is to approximate...
This thesis is concerned with the area of decoding techniques of concatenated, error correcting code...
The evaluation of the union bound for theber of Reed-Solomon/Convolutional concatenated codes indica...
A serially concatenated code with interleaver consists of the cascade of an outer encoder, an interl...
This tutorial paper gives an overview of thei mplementation aspects related to turbo decoders, where...
Abstract. In this thesis, a family of low complexity convolutional codes is constructed, by modifyin...
In this paper we propose a method that aims at reducing the complexity of convolutional and turbo de...
It is shown how the decoding algorithms of Pellikaan and Rosenthal can be coupled to produce a decod...
A serially concatenated code with interleaver consists of the cascade of an outer encoder, an interl...
We propose a design approach for serial concatenation of an outer convolutional code and an inner tr...
International audienceShuffled decoding enables to accelerate the extrinsic information exchange dur...
A new algorithm to reduce the computational complexityof iterative decoding is presented. The algori...
A new algorithm to reduce the computational complexity of iterative decoding is presented. The algor...
A new reduced-complexity iterative decoding algorithm is introduced. The algorithm approximates a po...
A new algorithm to reduce the computational complexity of iterative decoding is proposed. The algori...
We propose a new reduced-complexity iterative decoding algorithm. The main concept is to approximate...
This thesis is concerned with the area of decoding techniques of concatenated, error correcting code...
The evaluation of the union bound for theber of Reed-Solomon/Convolutional concatenated codes indica...
A serially concatenated code with interleaver consists of the cascade of an outer encoder, an interl...
This tutorial paper gives an overview of thei mplementation aspects related to turbo decoders, where...
Abstract. In this thesis, a family of low complexity convolutional codes is constructed, by modifyin...
In this paper we propose a method that aims at reducing the complexity of convolutional and turbo de...
It is shown how the decoding algorithms of Pellikaan and Rosenthal can be coupled to produce a decod...
A serially concatenated code with interleaver consists of the cascade of an outer encoder, an interl...
We propose a design approach for serial concatenation of an outer convolutional code and an inner tr...
International audienceShuffled decoding enables to accelerate the extrinsic information exchange dur...