We propose a method for jointly performing timing recovery and turbo equalization on partial
response channels with error-correction codes. The proposed detector uses soft decisions …

We propose a new iterative timing recovery scheme based on per-survivor processing that
jointly performs timing recovery and turbo equalization on partial response channels with …

Recent work on the application of turbo decoding techniques to partial response channels
has focused on additive white Gaussian noise channel models. Simulations using these …

We investigate turbo equalization, or iterative equalization and decoding, as a receiver
technology for systems where data is protected by an error-correcting code, shuffled by an …

A new concatenated coding technique has been developed for high-order PRML channels.
Its first key feature is a pre-error-correction-coding (pre-ECC) scheme comprising cyclic …

A conventional receiver performs timing recovery and equalization separately. Specifically,
conventional timing recovery is based on a phase-locked loop that relies on the decision …

This paper examines the problem of carrier phase recovery in turbo-coded systems. We
introduce a new concept of" a priori probability aided phase estimation", where the extrinsic …

Turbo codes are applied to magnetic recoding channels by treating the channel as a rate-
one convolutional code that requires a soft a posteriori probability (APP) detector for channel …

We address the problem of improving the throughput and the availability of digital
communications in the High Frequency (HF, 3-30 MHz) band. In standardized military …

A rate 16/17 maximum transition run (MTR)(3; 11) code on an EEPRML channel with a
postprocessor (turbo-EEPRML) has been developed. The postprocessor compensates for …