In this paper, we consider turbo equalization for fast-fading frequencyselective channels
when perfect channel state information is not available at the receiver. The receiver performs …

In a receiver employing turbo equalization for an unknown, time-varying, frequency-selective
channel, the channel estimate can be improved for each iteration by using soft information …

Turbo equalization that cooperates with channel prediction and iterative channel estimation
is investigated for mobile wireless communications. Frames of information bits are encoded …

We investigate the performance of a turbo equalization scheme over frequency-selective
fading channels, where a soft-output sequential algorithm is employed as the estimation …

Turbo equalization that cooperates with channel prediction and iterative channel estimation
is investigated for mobile broadband communications. Frames of information bits are …

To date most frequency-domain (FD) turbo equalization schemes assume ideal channel
state information (CSI) is available. In this paper, a system combining FD turbo linear …

A turbo equalizer can benefit from channel decoding gain by iteratively performing
equalization and channel de-coding. Turbo equalization algorithms always need perfect …

The channel estimation is a vital part of turbo equalization. The structure of combined
channel estimation and turbo equalization iterative update is presented in this paper. The …

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 …

In this paper, we present a low complexity turbo equalization receiver for data transmission
over time-varying frequency-selective fading channels. In the receiver, an adaptive equalizer …