This examples shows how to model a point-to-point MIMO-OFDM system with beamforming. The combination of multiple-input-multiple-output (MIMO) and orthogonal frequency division multiplexing (OFDM) techniques have been adopted in recent wireless standards, such as 802.11x families, to provide higher data rate. Because MIMO uses antenna arrays, beamforming can be adopted to improve the received signal to noise ratio (SNR) which in turn reduces the bit error rate (BER).

Filename	Size	Update
MIMOBeamformingExample
MIMOBeamformingExample\helperCreatePilots.m	649	2017-07-06
MIMOBeamformingExample\helperEqualizer.m	277	2014-10-27
MIMOBeamformingExample\helperGetDesignSpecsParameters.m	1282	2017-11-24
MIMOBeamformingExample\helperIdealChannelEstimation.m	1416	2016-04-19
MIMOBeamformingExample\helperMIMOEnvSetup.m	1139	2016-07-05
MIMOBeamformingExample\helperMIMORxSetup.m	1450	2016-04-19
MIMOBeamformingExample\helperMIMOTxSetup.m	2491	2017-11-24
MIMOBeamformingExample\helperPlotMIMOEnvironment.m	1553	2017-11-24
MIMOBeamformingExample\helperRerunMIMOBeamformingExample.m	2576	2016-07-05
MIMOBeamformingExample\MIMOBeamformingExample.m	14438	2017-11-24
MIMOBeamformingExample\MIMOBeamformingExample_HybridBF.png	48627	2016-06-27

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