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 …

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 …

A (full-complexity) per-survivor iterative timing recovery scheme, which jointly performs
timing recovery, equalization, and error-correction decoding, was recently proposed [1] to …

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 …

Performance analysis of iterative timing recovery schemes, which perform timing recovery,
equalization, and error-correction decoding jointly, is difficult because of their complexity. In …

Summary form only given We propose an iterative scheme for jointly performing timing
recovery and turbo equalization that embeds the timing recovery process inside a modified …

Future very high density data storage systems will exhibit significantly more intersymbol
interference (ISI) and significantly lower signal-to-noise ratio (SNR). Advanced signal …

The last decade has seen the development of iteratively decodable error-control codes of
unprecedented power, whose large coding gains enable reliable communication at very low …

This paper presents a new receiver structure that addresses the difficult problem of
achieving symbol synchronization given a frequency-selective channel. The new joint timing …

This paper provides a framework for analyzing and comparing timing recovery schemes for
higher order partial response (PR) channels. Several classes of timing recovery schemes …