Detail publikace
Simulation of non-orthogonal space-time block coded system with channel estimation errors.
Martin Švirák, Vladimír Šebesta
Originální název
Simulation of non-orthogonal space-time block coded system with channel estimation errors.
Anglický název
Simulation of non-orthogonal space-time block coded system with channel estimation errors.
Jazyk
en
Originální abstrakt
The purpose of this paper is present some numerical results of the concrete space time block coded system with estimated CSI and compare the performance of a space-time coded system with perfect CSI (Channel State Information) and the same system with CSI estimated using Least Squares Method. Transmission over Multiple Input Multiple Output (MIMO) radio channels with rayleigh fading is considered. The numerical results are obtained using Matlab.
Anglický abstrakt
The purpose of this paper is present some numerical results of the concrete space time block coded system with estimated CSI and compare the performance of a space-time coded system with perfect CSI (Channel State Information) and the same system with CSI estimated using Least Squares Method. Transmission over Multiple Input Multiple Output (MIMO) radio channels with rayleigh fading is considered. The numerical results are obtained using Matlab.
Dokumenty
BibTex
@inproceedings{BUT15050,
author="Martin {Švirák}",
title="Simulation of non-orthogonal space-time block coded system with channel estimation errors.",
annote="The purpose of this paper is present some numerical results of the concrete space time block coded system with estimated CSI and compare the performance of a space-time coded system with perfect CSI (Channel State Information) and the same system with CSI estimated using Least Squares Method. Transmission over Multiple Input Multiple Output (MIMO) radio channels with rayleigh fading is considered. The numerical results are obtained using Matlab.",
booktitle="Technical Computing Prague 2005, sborník příspěvků 13. ročníku konference",
chapter="15050",
year="2005",
month="january",
pages="185",
type="conference paper"
}