MIMO_OFDM_Wireless_Communication_with_MATLAB\add_CFO.m

............................................\add_CP.m

............................................\add_pilot.m

............................................\add_STO.m

............................................\Alamouti_2x1_ant_selection.m

............................................\Alamouti_2x1_precoding.m

............................................\Alamouti_2x2.m

............................................\Alamouti_scheme.m

............................................\Alamouti_scheme_2x1.m

............................................\Alamouti_scheme_2x2.m

............................................\assign_offset.m

............................................\ber.m

............................................\ber_QAM.m

............................................\Block_diagonalization.m

............................................\bound.m

............................................\branch_metric.m

............................................\calculate_norm.m

............................................\CCDF_OFDMA.m

............................................\CCDF_of_clipped_filtered_OFDM_signal.m

............................................\CCDF_PAPR_DFTspreading.m

............................................\CCDF_PTS.m

............................................\CFO_Classen.m

............................................\CFO_CP.m

............................................\CFO_estimation.m

............................................\CFO_Moose.m

............................................\channel1.m

............................................\channel_coeff.m

............................................\channel_estimation.m

............................................\clipping.m

............................................\codebook_generator.m

............................................\compare_CCDF_PTS.m

............................................\compare_DFT_spreading.m

............................................\compare_DFT_spreading_w_psf.m

............................................\compare_vector_norm.m

............................................\convert_UWB_ct.m

............................................\convolution_encoder.m

............................................\Conv_encoder.m

............................................\data_generator.m

............................................\dB2w.m

............................................\deci2bin.m

............................................\Dirty_or_TH_precoding.m

............................................\Doppler_PSD_function.m

............................................\Doppler_spectrum.m

............................................\do_STO_CFO1.m

............................................\equalpower_subray.m

............................................\Ergodic_Capacity_CDF.m

............................................\Ergodic_Capacity_Correlation.m

............................................\Ergodic_Capacity_vs_SNR.m

............................................\exp_pdp.m

............................................\FWGN.m

............................................\FWGN_ff.m

............................................\FWGN_model.m

............................................\FWGN_tf.m

............................................\gen_filter.m

............................................\gen_phase.m

............................................\guard_interval.m

............................................\IEEE802_11_model.m

............................................\IFFT_oversampling.m

............................................\interpolate.m

............................................\Jakes_Flat.m

............................................\license.txt

............................................\list_length.m

............................................\LRAD_MMSE.m

............................................\LS_CE.m

............................................\mapper.m

............................................\MIMO_channel_cap_ant_sel_optimal.m

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