DocumentCode
137523
Title
Adaptive Space-Polarization MIMO Testbed
Author
Jun Chen ; Pratt, Thomas
Author_Institution
Dept. of Electr. Eng., Univ. of Notre Dame, Notre Dame, IN, USA
fYear
2014
fDate
15-16 May 2014
Firstpage
90
Lastpage
94
Abstract
A wideband 4×4 adaptive space-polarization multiple-input multiple-output (MIMO) communications test bed has been developed at the University of Notre Dame for the evaluation of adaptive space-polarization MIMO communications in emulated space-polarization MIMO channels. The test bed incorporates baseband generators with adaptive precoding, a 4×4 MIMO channel emulation system, RF up-converters, a multi-channel coherent receiver, and a host computer. This paper describes the capabilities and flexibility of the powerful test bed to evaluate MIMO system performance. The test bed allows arbitrary transmitted signals to be propagated through emulated physical channels using up to 4×4 MIMO configurations, and channel state information at the transmitter can be leveraged to investigate the impact of precoding. Signal processing and system control are performed directly from a MATLAB environment allowing for rapid and modular system developments with minimum effort.
Keywords
MIMO communication; adaptive codes; precoding; Matlab environment; RF up-converters; adaptive precoding; arbitrary transmitted signals; baseband generators; channel state information at transmitter; emulated physical channels; emulated space-polarization MIMO channel system; host computer; multichannel coherent receiver; multiple-input multiple-output communications; signal processing; system control; wideband adaptive space-polarization MIMO communication testbed; Bit error rate; Channel estimation; Computer architecture; Decoding; MIMO; OFDM; Radio frequency; Adaptive transmission; MIMO; Testbed; polarized MIMO;
fLanguage
English
Publisher
ieee
Conference_Titel
Wireless Research Collaboration Symposium (NWRCS), 2014 National
Conference_Location
Idaho Falls, ID
Type
conf
DOI
10.1109/NWRCS.2014.21
Filename
6942510
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