In this letter, we investigate the sensitivity of the iterative maximum a posteriori probability (MAP) decoder to carrier phase offsets and propose simple carrier phase recovery algorithms operating within the iterative MAP decoding iterations. The algorithms exploit the information contained in the extrinsic values generated within the iterative MAP decoder to perform carrier recovery, thus requiring low hardware complexity.X1134sciescopu
International audienceThe problem of blind phase offset recovery of low density parity-check (LDPC)-...
In iterative equalization and decoding the "turbo--principle" is used for iterative detect...
This contribution considers turbo synchronization, that is to say, the use of soft data information ...
This letter considers carrier phase recovery in turbo receivers. Firstly, a novel maximum-likelihood...
In this paper, we introduce a low-complexity carrier phase estimation algorithm to be integrated int...
In this paper, we present a low-complexity carrier phase estimation algorithm suited for turbo-coded...
We introduce in this paper a low-complexity joint carrier frequency and phase recovery algorithm for...
This paper is devoted to turbo synchronization, that is to say the use of soft information to estima...
In this article, we present two versions of a simplifled maximum a posteriori decoding algorithm. Th...
This paper presents the behaviour of a turbo coding scheme when the synchronization parameters are n...
International audienceThis paper concerns a new synchronizing scheme designed for block turbo coded ...
Abstract—This paper considers carrier phase recovery in transmission systems with an iteratively dec...
This contribution briefly summarizes the authors' previous work on iterative carrier synchronization...
Iterative demodulation and decoding has been introduced in 2005 by Colavolpe, Barbieri, and Caire t...
In this paper, we derive the Cramér-Rao bound (CRB) for joint carrier phase, carrier frequency, a...
International audienceThe problem of blind phase offset recovery of low density parity-check (LDPC)-...
In iterative equalization and decoding the "turbo--principle" is used for iterative detect...
This contribution considers turbo synchronization, that is to say, the use of soft data information ...
This letter considers carrier phase recovery in turbo receivers. Firstly, a novel maximum-likelihood...
In this paper, we introduce a low-complexity carrier phase estimation algorithm to be integrated int...
In this paper, we present a low-complexity carrier phase estimation algorithm suited for turbo-coded...
We introduce in this paper a low-complexity joint carrier frequency and phase recovery algorithm for...
This paper is devoted to turbo synchronization, that is to say the use of soft information to estima...
In this article, we present two versions of a simplifled maximum a posteriori decoding algorithm. Th...
This paper presents the behaviour of a turbo coding scheme when the synchronization parameters are n...
International audienceThis paper concerns a new synchronizing scheme designed for block turbo coded ...
Abstract—This paper considers carrier phase recovery in transmission systems with an iteratively dec...
This contribution briefly summarizes the authors' previous work on iterative carrier synchronization...
Iterative demodulation and decoding has been introduced in 2005 by Colavolpe, Barbieri, and Caire t...
In this paper, we derive the Cramér-Rao bound (CRB) for joint carrier phase, carrier frequency, a...
International audienceThe problem of blind phase offset recovery of low density parity-check (LDPC)-...
In iterative equalization and decoding the "turbo--principle" is used for iterative detect...
This contribution considers turbo synchronization, that is to say, the use of soft data information ...