Traditional Turbo EQualization (TEQ) schemes suffer from residual bit errors due to the non-
recursive nature of the channel imposing Inter-Symbol-Interference (ISI). The performance of …

This paper analyzes the outage performance of soft-cancellation frequency-domain
minimum-mean-square error (SC FD-MMSE) turbo equalization in a serially concatenated …

A turbo equalization scheme using non-systematic (NSC) and recursive systematic
convolutional (RSC) codes are analyzed. Although it is already known that RSC code is …

Turbo equalization is an iterative equalization and decoding technique that can achieve
equally impressive performance gains for communication systems that send digital data over …

Iterative minimum mean square error (MMSE) equalization and channel decoding is
appealing, since it exhibits a lower complexity than maximum a posteriori (MAP) turbo …

Formulations of the turbo equalization approach to iterative equalization and decoding vary
greatly when channel knowledge is either partially or completely unknown. Maximum …

A low-complexity iterative receiver structure is proposed for a convolutionally coded system
in a severe intersymbol interference environment where diversity reception is available. The …

Turbo equalizers have been shown to be successful in mitigating the effects of inter-symbol
interference introduced by partial response modems and by dispersive channels for code …

A novel turbo equalization arrangement is proposed, which is constituted by a serially
concatenated systematic convolutional codec and a systematic space time trellis code (CC …

We study the turbo equalization approach to coded data transmission over channels with
intersymbol interference. In the original system invented by Douillard et al.(1995), the data …