Implement a complete MIMO system with different combinations of the following components: (a) Alamouti, repetition code, and V-BLAST (at the transmitter) (b) zero-forcing and MMSE (at the receiver) (c) nr 1 and nr 2 and simulate the symbol error probability as a function of the channel SNR P . The symbol error probability versus SNR plots should be made such that symbol error probability reaches 10 3.

MIMO
....\.DS_Store
__MACOSX
........\MIMO
........\....\._.DS_Store
MIMO\AlamoutiNt2Nr1.m
__MACOSX\MIMO\._AlamoutiNt2Nr1.m
MIMO\AlamoutiNt2Nr2.m
__MACOSX\MIMO\._AlamoutiNt2Nr2.m
MIMO\BPSK_ML_ZF_MMSE.m
__MACOSX\MIMO\._BPSK_ML_ZF_MMSE.m
MIMO\ceshi.m
__MACOSX\MIMO\._ceshi.m
MIMO\QPSK_ML_ZF_MMSEm.m
__MACOSX\MIMO\._QPSK_ML_ZF_MMSEm.m
MIMO\Repeat_2Nt1Nr.m
__MACOSX\MIMO\._Repeat_2Nt1Nr.m
MIMO\Repeat_2Nt2Nr.m
__MACOSX\MIMO\._Repeat_2Nt2Nr.m
........\._MIMO

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