In this paper, we propose a blind adaptive channel-shortening method for designing finite-impulse response time-domain equalizers (TEQs) in single-input ...
Abstract—In this paper, we propose a blind adaptive channel-shortening method for designing finite-impulse response time-domain equalizers (TEQs) in ...
In this paper, we propose a blind adaptive channel-shortening method for designing finite-impulse response time-domain equalizers (TEQs) in single-input ...
Minimum-Mean-Output-Energy Blind Adaptive Channel Shortening for Multicarrier SIMO Transceivers. In this paper, we propose a blind adaptive channel-shortening ...
Minimum-Mean-Output-Energy Blind Adaptive Channel Shortening for Multicarrier SIMO Transceivers. In this paper, we propose a blind adaptive channel-shortening ...
Minimum-mean-output-energy blind adaptive channel shortening for multicarrier SIMO transceivers ... Blind channel shortening for space-time-frequency block ...
This work reformulates the minimum mean squared error solution for time domain equalization (TEQ) in multitone transceivers and shows that the maximum ...
We propose a blind adaptive channel shortening technique to design a time domain finite impulse response equalizer. (TEQ) in multicarrier (MC) single-input, ...
New blind, adaptive channel shortening TEQ for multicarrier ... Minimum-Mean-Output-Energy Blind Adaptive Channel Shortening for Multicarrier SIMO Transceivers.
Abstract— Channel shortening is often employed as a means of mitigating inter-symbol and inter-carrier interference in systems using multicarrier modulation.
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