We propose a simple optimal a posteriori probability (APP) symbol decoding algorithm for linear block codes, which requires one forward recursion in a trellis
In a coded communication system with equiprobable signaling, MLD minimizes the word error probabilit...
This thesis concentrates on studying three problems in error-correcting codes: optimal encoding, tre...
Optimum decoding of a class of product codes is investigated. The class is the one given by the seri...
We propose a simple optimal a posteriori probability (APP) symbol decoding algorithm for linear bloc...
We propose a simple modification of the famous Bahl-Cocke-Jelinek-Raviv (BCJR) algorithm for linear ...
This paper presents two new iterative algorithms for decoding linear codes based on their tail bitin...
One of the facets of the mobile or wireless environment is that errors quite often occur in bursts. ...
A decoding rule is presented which minimizes the probability of symbol error over a time-discrete me...
[[abstract]]In this paper we present and describe an improved version of the Zero-Neighbors algorith...
[[abstract]]In this paper we present and describe an improved version of the Zero-Neighbors algorith...
International Telemetering Conference Proceedings / November 14-16, 1978 / Hyatt House Hotel, Los An...
Several researchers have presented techniques for decoding linear block codes that convert the decod...
A maximum likelihood decoding algorithm is presented for tailbiting trellises for block codes. The a...
A maximum likelihood decoding algorithm is presented for tailbiting trellises for block codes. The a...
Includes bibliographical references (p. 39)Linear block codes are used in modern communication and d...
In a coded communication system with equiprobable signaling, MLD minimizes the word error probabilit...
This thesis concentrates on studying three problems in error-correcting codes: optimal encoding, tre...
Optimum decoding of a class of product codes is investigated. The class is the one given by the seri...
We propose a simple optimal a posteriori probability (APP) symbol decoding algorithm for linear bloc...
We propose a simple modification of the famous Bahl-Cocke-Jelinek-Raviv (BCJR) algorithm for linear ...
This paper presents two new iterative algorithms for decoding linear codes based on their tail bitin...
One of the facets of the mobile or wireless environment is that errors quite often occur in bursts. ...
A decoding rule is presented which minimizes the probability of symbol error over a time-discrete me...
[[abstract]]In this paper we present and describe an improved version of the Zero-Neighbors algorith...
[[abstract]]In this paper we present and describe an improved version of the Zero-Neighbors algorith...
International Telemetering Conference Proceedings / November 14-16, 1978 / Hyatt House Hotel, Los An...
Several researchers have presented techniques for decoding linear block codes that convert the decod...
A maximum likelihood decoding algorithm is presented for tailbiting trellises for block codes. The a...
A maximum likelihood decoding algorithm is presented for tailbiting trellises for block codes. The a...
Includes bibliographical references (p. 39)Linear block codes are used in modern communication and d...
In a coded communication system with equiprobable signaling, MLD minimizes the word error probabilit...
This thesis concentrates on studying three problems in error-correcting codes: optimal encoding, tre...
Optimum decoding of a class of product codes is investigated. The class is the one given by the seri...
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