文件名称:MIMO-OFDM-Comms-with-MATLAB
介绍说明－－下载内容均来自于网络，请自行研究使用
MIMO-OFDM wireless communications with matlab 例程。包含propagation and fading、SISO channel models、MIMO Channel models、intorduction to ofdm、 synchronization for ofdm、channel estimation、Papr reduction、inter-cell interference mitigation techniques MIMO channel capacity,attenna diversty and space-time coding techniques, signal detection for spatially multiplexed mimo systems, exploitingchannel state information at the transmitter side, multi-user MIMO-MIMO-OFDM wireless communications with matlab routines. Includes propagation and fading, SISO channel models, MIMO Channel models, intorduction to ofdm, synchronization for ofdm, channel estimation, Papr reduction, inter-cell interference mitigation techniques MIMO channel capacity, attenna diversty and space-time coding techniques, signal detection for spatially multiplexed mimo systems, exploitingchannel state information at the transmitter side, multi-user MIMO
(系统自动生成,下载前可以参看下载内容)
下载文件列表
Wiley10_MIMO-OFDM Wireless Comms with MATLAB (Source Codes)\add_CFO.m
...........................................................\add_CP.m
...........................................................\add_pilot.m
...........................................................\add_STO.m
...........................................................\Alamouti_2x1_ant_selection.m
...........................................................\Alamouti_2x1_precoding.m
...........................................................\Alamouti_scheme.m
...........................................................\assign_offset.m
...........................................................\ber_QAM.m
...........................................................\Block_diagonalization.m
...........................................................\bound.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
...........................................................\cm1_imr.csv
...........................................................\cm1_imr.mat
...........................................................\cm1_imr_np.csv
...........................................................\compare_CCDF_PTS.m
...........................................................\compare_DFT_spreading.m
...........................................................\compare_DFT_spreading_w_psf.m
...........................................................\compare_vector_norm.m
...........................................................\convert_UWB_ct.m
...........................................................\data_generator.m
...........................................................\dB2w.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
.........................