General Framework and Advanced Information Theoretical Results on Eigenmode MIMO Channel Inversion

This paper provides general and deep investigation of adaptationstrategies based on the channel inversion policy regarding wide varietyof channel modes. Our novel approach to the eigenmode space MIMOchannel inversion policy relies on the eigenmode space reductionproviding zero transmission outage pr...

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Main Authors: J. Sykora, M. Knize
Format: Article
Language:English
Published: Spolecnost pro radioelektronicke inzenyrstvi 2005-09-01
Series:Radioengineering
Online Access:http://www.radioeng.cz/fulltexts/2005/05_03_16_27.pdf
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author J. Sykora
M. Knize
author_facet J. Sykora
M. Knize
author_sort J. Sykora
collection DOAJ
description This paper provides general and deep investigation of adaptationstrategies based on the channel inversion policy regarding wide varietyof channel modes. Our novel approach to the eigenmode space MIMOchannel inversion policy relies on the eigenmode space reductionproviding zero transmission outage probability regardless of theinstantaneous channel fading realization. Very detailed survey of thefeatures of channel capacity is provided in analytical closed formexpressions supported by many particular numerical results (Alamoutischeme is included). The correlated MIMO channel is involved into ourtreatment as well. We also address the trade-off between the capacityand transmission outage probability. The novel results are developed inthe general framework with exhaustive summary of well known SISO andSIMO results.
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spelling doaj.art-5291474d91e04cf99027cfd64278a7382022-12-22T02:51:47ZengSpolecnost pro radioelektronicke inzenyrstviRadioengineering1210-25122005-09-011431627General Framework and Advanced Information Theoretical Results on Eigenmode MIMO Channel InversionJ. SykoraM. KnizeThis paper provides general and deep investigation of adaptationstrategies based on the channel inversion policy regarding wide varietyof channel modes. Our novel approach to the eigenmode space MIMOchannel inversion policy relies on the eigenmode space reductionproviding zero transmission outage probability regardless of theinstantaneous channel fading realization. Very detailed survey of thefeatures of channel capacity is provided in analytical closed formexpressions supported by many particular numerical results (Alamoutischeme is included). The correlated MIMO channel is involved into ourtreatment as well. We also address the trade-off between the capacityand transmission outage probability. The novel results are developed inthe general framework with exhaustive summary of well known SISO andSIMO results.www.radioeng.cz/fulltexts/2005/05_03_16_27.pdf
spellingShingle J. Sykora
M. Knize
General Framework and Advanced Information Theoretical Results on Eigenmode MIMO Channel Inversion
Radioengineering
title General Framework and Advanced Information Theoretical Results on Eigenmode MIMO Channel Inversion
title_full General Framework and Advanced Information Theoretical Results on Eigenmode MIMO Channel Inversion
title_fullStr General Framework and Advanced Information Theoretical Results on Eigenmode MIMO Channel Inversion
title_full_unstemmed General Framework and Advanced Information Theoretical Results on Eigenmode MIMO Channel Inversion
title_short General Framework and Advanced Information Theoretical Results on Eigenmode MIMO Channel Inversion
title_sort general framework and advanced information theoretical results on eigenmode mimo channel inversion
url http://www.radioeng.cz/fulltexts/2005/05_03_16_27.pdf
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AT mknize generalframeworkandadvancedinformationtheoreticalresultsoneigenmodemimochannelinversion