This work investigates the use of channel shortening (CS) in equalization of acoustic
systems. Channel shortening techniques have been extensively developed in the context of …

This paper introduces new blind time domain equalization (TEQ) techniques for downlink
multicarrier code division multiple access (MC-CDMA) systems. This equalization exploits …

This study considers blind channel shortening to mitigate the effects of inter-block
interference and multiple-access interference in both uplink and downlink multicarrier code …

This paper presents new algorithms that exploit uncorrelation between adjacent data
samples produced by IFFT in ADSL systems. These algorithms update time-domain …

This paper considers a blind channel shortening approach based on subcarrier nulling
criteria to mitigate the effect of interblock interference in uplink OFDMA systems. We derive a …

Channel shortening is a necessary equalisation for mitigation of inter‐symbol and inter‐
carrier interferences in multicarrier transceivers. Its purpose is to reduce the length of the …

Channel shortening equalization plays an important role in multicarrier modulation (MCM)
systems. In this paper, we propose a blind channel shortening equalizer structure named …

Multicarrier modulation has the advantage of robustness to multipath, so long as the delay
spread of the multipath is less than the guard interval between successive transmitted …

In this article, we report a low-complexity blind adaptive time-domain equalizer (TEQ) to
reduce the cyclic prefix (CP) length for 100-Gb/s direct-detection optical orthogonal …

In multicarrier systems, when the order of a channel impulse response is larger than the
length of the cyclic prefix (CP), there is a significant performance degradation due to …