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 …

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 …

Along with inter-symbol interference (ISI), many communication channels also suffer from
timing errors. Traditionally, timing errors are meditated through dedicated timing recovery …

We address the parallel implementation of a closed-loop symbol timing synchronizer in
digital receivers. Starting from a serial timing recovery loop, we propose a low-complexity …

In Synchronous digital transmission, information is con veyed by uniformly spaced pulses
and the function of any receiver is to isolate these pulses as accurately as possible …

In this paper we consider a broadband wireless system employing SC (single-carrier)
modulations combined with FDE (frequency-domain equalization). We propose a receiver …

In a digital receiver the adaptation processes of the adaptive equalizer and the decision-
directed timing synchronizer are coupled. As a consequence these circuits interact and the …

This paper presents a new entropy minimization criterion for both symbol timing and carrier
frequency recovery for wireless receivers. Synchronization is achieved by minimizing the …

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 …

Timing synchronization plays an important role in recovering the original transmitted signal
in telecommunication systems. In order to have a communication system that operates at the …