The classical turbo codes [1] use systematic recursive convolutional (RSC) codes as the
constituent blocks. The excellent performance of these codes can be attributed partly to the …

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 …

In this paper, we propose an equalization algorithm based on serial concatenation turbo-like
method-turbo code and parallel concatenation turbo-like method-turbo equalization to …

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

This chapter discusses the generation of turbo codes which can be implemented by either
serial or parallel concatenation. It presents parallel concatenation for illustration. Maximum a …

In this paper a low complexity adaptive Turbo equalization scheme using classical
nonsystematic and recently proposed recursive systematic convolutional codes (NSC and …

Turbo-codes have attracted an explosion of interest since their discovery in 1993: for the first
time since the advent of information and coding theory, the gap with theoretical limits was on …

This paper deals with a new receiver scheme that uses the same principle as turbo-codes
and called, for this reason a turbo-equalizer. This receiver associates an equalizer and a soft …

This paper investigates the performance of various “turbo” receivers for serially
concatenated turbo codes transmitted through intersymbol interference (ISI) channels. Both …

A number of turbo equalization (TE) methods with reduced complexity have recently been
introduced, in which the maximum a posteriori probability (MAP) equalizer is replaced by …