Add to ORKGInternational audienceWe analyze and compare the maximum-likelihood (ML) decoder and the maximum a-posteriori (MAP) decoder for coding over a decode-and-forward relay network with orthogonal channels. Using a specific model for the errors introduced by the relay, we derive an optimal MAP decoder that operates on a super-trellis and estimates jointly the transmitted codeword and the error pattern introduced by the relay. Furthermore we present analytical expressions for the error rates for both ML and MAP decoding
In this paper MAP (Maximum a Posteriori) algorithm in the turbo decoder has been modified to use wit...
Maximum-likelihood (ML) detectors for single-input-single-output (SISO) relay systems are well known...
In many real-world wireless communication systems, the cooperative technique is used as an efficient...
International audienceWe analyze and compare the maximum-likelihood (ML) decoder and the maximum a-p...
International audienceWe formulate the maximum a posteriori (MAP) rule for the decode-and-forward tr...
International audienceFor a three-node relay network that employs binary linear codes and the decode...
Three-node relay channels which consist of a source, a relay and a destination are considered in thi...
The probability of making mistakes on the decoded signals at the relay has been used for the maximum...
International audienceWe derive bounds on the error probability of optimal and sub-o...
In this paper, we investigate the performance of Decode and Forward (DF) in multiple relay networks....
A two-way relay channel is considered where two users exchange information via a common relay in two...
The maximum likelihood (ML) detection rule for the detect-and-forward relaying in Additive White Gau...
In this study, we analyse the error performance of decode and forward (DF) and amplify and forward (...
We derive bounds on the error probability of optimal and sub- optimal detectors in an uncoded decode...
International audienceIn cooperative networks, despite its simplicity, the decode-and-forward protoc...
In this paper MAP (Maximum a Posteriori) algorithm in the turbo decoder has been modified to use wit...
Maximum-likelihood (ML) detectors for single-input-single-output (SISO) relay systems are well known...
In many real-world wireless communication systems, the cooperative technique is used as an efficient...
International audienceWe analyze and compare the maximum-likelihood (ML) decoder and the maximum a-p...
International audienceWe formulate the maximum a posteriori (MAP) rule for the decode-and-forward tr...
International audienceFor a three-node relay network that employs binary linear codes and the decode...
Three-node relay channels which consist of a source, a relay and a destination are considered in thi...
The probability of making mistakes on the decoded signals at the relay has been used for the maximum...
International audienceWe derive bounds on the error probability of optimal and sub-o...
In this paper, we investigate the performance of Decode and Forward (DF) in multiple relay networks....
A two-way relay channel is considered where two users exchange information via a common relay in two...
The maximum likelihood (ML) detection rule for the detect-and-forward relaying in Additive White Gau...
In this study, we analyse the error performance of decode and forward (DF) and amplify and forward (...
We derive bounds on the error probability of optimal and sub- optimal detectors in an uncoded decode...
International audienceIn cooperative networks, despite its simplicity, the decode-and-forward protoc...
In this paper MAP (Maximum a Posteriori) algorithm in the turbo decoder has been modified to use wit...
Maximum-likelihood (ML) detectors for single-input-single-output (SISO) relay systems are well known...
In many real-world wireless communication systems, the cooperative technique is used as an efficient...