The main features of error correcting codes and standard decoding techniques are reviewed. Feedforward neural networks for soft-decision decoding of block codes in channels with additive white Gaussian noise are presented. When the noise is not white, the authors deduce the optimal set of weights for the connections of the network. These weights are also approximately obtained by an error backpropagation algorithm. A practical realization for a BCHPeer Reviewe
We investigate sink decoding approaches and performance analysis for a network with intermediate nod...
We investigate sink decoding approaches and performance analysis for a network with intermediate nod...
Gaussian inputs and nearest neighbor decoder are optimal choices for the transceiver when perfect ch...
The main features of error correcting codes and standard decoding techniques are reviewed. Feedforwa...
Error Correcting codes are used to ensure integrity, accuracy and fault-tolerance in transmitted dat...
This paper presents a novel Random Neural Network (RNN) based soft decision decoder for block codes....
Error control coding, or channel coding, is an essential part of a communication system. Recent inve...
In [2, 3, 4] error correcting codes are used to encode the output of feed-forward neural nets. We st...
Channel coding enables reliable communication over unreliable, noisy channels: by encoding messages ...
In this paper, we analyze applicability of single- and two-hidden-layer feed-forward artificial neur...
Convolutional Codes are used in a variety of areas from computers to communications. Ideally one sim...
Maximum Likelihood (ML) decoding of forward error correction codes is known to be optimally accurate...
We demonstrate the use of a continuous Hopfield neural network as a K-WinnerTake-All (KWTA) network....
Due to the curse of dimensionality, the training complexity of the neural network based channel-code...
Abstract - Neural belief propagation decoders were recently introduced by Nachmani et al. as a way t...
We investigate sink decoding approaches and performance analysis for a network with intermediate nod...
We investigate sink decoding approaches and performance analysis for a network with intermediate nod...
Gaussian inputs and nearest neighbor decoder are optimal choices for the transceiver when perfect ch...
The main features of error correcting codes and standard decoding techniques are reviewed. Feedforwa...
Error Correcting codes are used to ensure integrity, accuracy and fault-tolerance in transmitted dat...
This paper presents a novel Random Neural Network (RNN) based soft decision decoder for block codes....
Error control coding, or channel coding, is an essential part of a communication system. Recent inve...
In [2, 3, 4] error correcting codes are used to encode the output of feed-forward neural nets. We st...
Channel coding enables reliable communication over unreliable, noisy channels: by encoding messages ...
In this paper, we analyze applicability of single- and two-hidden-layer feed-forward artificial neur...
Convolutional Codes are used in a variety of areas from computers to communications. Ideally one sim...
Maximum Likelihood (ML) decoding of forward error correction codes is known to be optimally accurate...
We demonstrate the use of a continuous Hopfield neural network as a K-WinnerTake-All (KWTA) network....
Due to the curse of dimensionality, the training complexity of the neural network based channel-code...
Abstract - Neural belief propagation decoders were recently introduced by Nachmani et al. as a way t...
We investigate sink decoding approaches and performance analysis for a network with intermediate nod...
We investigate sink decoding approaches and performance analysis for a network with intermediate nod...
Gaussian inputs and nearest neighbor decoder are optimal choices for the transceiver when perfect ch...