文件名称:vblast-ofdm-simulation
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基于VBLAST-OFDM的MATLAB SIMULATION,图形化界面,并且给出了各仿真图-VBLAST-OFDM based on the MATLAB SIMULATION, graphical interface, and gives the simulation of Figure
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下载文件列表
vblast-ofdm simulation
......................\channel.m
......................\finish.m
......................\form_matrix.m
......................\get_bits_per_symbol.m
......................\get_channel_ir.m
......................\get_n_antennas.m
......................\get_punc_params.m
......................\input_options.m
......................\launch.m
......................\launchsim.m
......................\length(inf_bits).mat
......................\LoadSimConsts.m
......................\Q.m
......................\readme.txt
......................\receiver.m
......................\rx_bpsk_demod.m
......................\rx_convert_to_freq.m
......................\rx_convert_to_freq_vblast.m
......................\rx_deinterleave.m
......................\rx_demodulate.m
......................\rx_demodulate_vblast.m
......................\rx_depuncture.m
......................\rx_diversity.m
......................\rx_estimate_channel.m
......................\rx_gen_chan_amps.m
......................\rx_gen_deintlvr_patt.m
......................\rx_init_viterbi.m
......................\rx_mr_combiner.m
......................\rx_qpsk_demod.m
......................\rx_radon_hurwitz.m
......................\rx_viterbi_decode.m
......................\single_packet.m
......................\start_simulation.m
......................\transmitter.m
......................\txfour.m
......................\tx_add_cyclic_prefix.m
......................\tx_convert_to_time.m
......................\tx_conv_encoder.m
......................\tx_diversity.m
......................\tx_diversity_vblast.m
......................\tx_gen_intlvr_patt.m
......................\tx_gen_preamble.m
......................\tx_gen_preamble_vblast.m
......................\tx_interleaver.m
......................\tx_modulate.m
......................\tx_puncture.m
......................\tx_radon_hurwitz.m
......................\tx_round_ofdm_syms.m
......................\Vblast.m
......................\vblast_method.m
......................\verify_params.m
......................\channel.m
......................\finish.m
......................\form_matrix.m
......................\get_bits_per_symbol.m
......................\get_channel_ir.m
......................\get_n_antennas.m
......................\get_punc_params.m
......................\input_options.m
......................\launch.m
......................\launchsim.m
......................\length(inf_bits).mat
......................\LoadSimConsts.m
......................\Q.m
......................\readme.txt
......................\receiver.m
......................\rx_bpsk_demod.m
......................\rx_convert_to_freq.m
......................\rx_convert_to_freq_vblast.m
......................\rx_deinterleave.m
......................\rx_demodulate.m
......................\rx_demodulate_vblast.m
......................\rx_depuncture.m
......................\rx_diversity.m
......................\rx_estimate_channel.m
......................\rx_gen_chan_amps.m
......................\rx_gen_deintlvr_patt.m
......................\rx_init_viterbi.m
......................\rx_mr_combiner.m
......................\rx_qpsk_demod.m
......................\rx_radon_hurwitz.m
......................\rx_viterbi_decode.m
......................\single_packet.m
......................\start_simulation.m
......................\transmitter.m
......................\txfour.m
......................\tx_add_cyclic_prefix.m
......................\tx_convert_to_time.m
......................\tx_conv_encoder.m
......................\tx_diversity.m
......................\tx_diversity_vblast.m
......................\tx_gen_intlvr_patt.m
......................\tx_gen_preamble.m
......................\tx_gen_preamble_vblast.m
......................\tx_interleaver.m
......................\tx_modulate.m
......................\tx_puncture.m
......................\tx_radon_hurwitz.m
......................\tx_round_ofdm_syms.m
......................\Vblast.m
......................\vblast_method.m
......................\verify_params.m