We analyze the performance of a Reed–Muller RM \,(1,m) code over a channel that, in
addition to substitution errors, permits either the repetition of a single bit or the deletion of a …

In traditional receiver architectures, symbol acquisition and tracking are performed using
phase lock techniques that are independent of the channel-code decoding process. In [1] …

Turbo codes are sensitive to both (timing) synchronization errors and signal-to-noise ratio
(SNR) mismatch. Since turbo codes are intended to work in environments with very low …

Timing recovery and channel decoding are traditionally performed independently. However,
we show here that the information generated during the iterative decoding of low-density …

A channel detector has an anchor points inserter, a desired signal calculator, a distance
calculator and a data detector. The anchor points inserter is adapted to choose values of …

An efficient scheme for iterative timing recovery via soft decision metrics (SDMs) of low-
density parity-check (LDPC) decoding is presented. This scheme employs new metrics from …

A channel detector includes a belief propagation detector that is coupled to a channel and
adapted to receive a channel output and to generate tentative bit decisions based in part on …

As magnetic data storage densities are pushed toward Tb/in/sup 2/and beyond, advanced
signal-detection algorithms are being suggested to cope with the expected lower signal-to …

(51) Int. Cl. timing phase overan observation interval of an input signal. A H04L
700(2006.01) frequency estimation is determined based on the timing H04L 25/00(2006.01) …

We describe a method for enhancing the synchronization error correction properties of an
array-based low density parity check (LDPC) code. The proposed method uses code …