OFDM的详细仿真代码，有信道编码，调制，信道估计等\adaptive.m
................................................\adaptive_power.m
................................................\adaptive_power1.m
................................................\add_training.m
................................................\adpt_mod_para.m
................................................\channel.m
................................................\channel_coding.m
................................................\channel_decoding.m
................................................\channel_estimator.m
................................................\coarse_freq_syn.m
................................................\demodulator.m
................................................\demodu_sym.m
................................................\demod_sym.m
................................................\estimator.m
................................................\fine_freq_syn.m
................................................\frame_timing.m
................................................\freq_syn_timedomain.m
................................................\main.m
................................................\modulation_sym.m
................................................\modulator.m
................................................\modu_sym.m
................................................\mseq.m
................................................\ofdm_demod.m
................................................\ofdm_mod.m
................................................\performance_eval.m
................................................\pilot_insert.m
................................................\saved_figures\adaptive\BPSK_0HzDoppler_6tap_exp.fig
................................................\.............\........\power_des_0Hz.fig
................................................\.............\........\power_des_0Hz_BPSK.fig
................................................\.............\........\power_SNR_0Hz_BPSK.fig
................................................\.............\........\power_SNR_0Hz_BPSK2.fig
................................................\.............\basic\16qam_awgn_normalized.fig
................................................\.............\.....\64qam_awgn_normalized.fig
................................................\.............\.....\8psk_awgn.fig
................................................\.............\.....\BER_EbNo--4users_noAM_1tx1rx_noChannelCoding_idealCE_idealSyn_rayleigh_6tap_exp_noDoppler_BPSK.emf
................................................\.............\.....\BER_EbNo--4users_noAM_1tx1rx_noChannelCoding_idealCE_idealSyn_rayleigh_6tap_exp_noDoppler_BPSK.fig
................................................\.............\.....\BPSK_0HzDoppler.fig
................................................\.............\.....\BPSK_0HzDoppler_6tap_exp.fig
................................................\.............\.....\BPSK_10kmhr_6tap_exp.fig
................................................\.............\.....\BPSK_10kmhr_6tap_exp2.fig
................................................\.............\.....\BPSK_150kmhr_1symframe.fig
................................................\.............\.....\BPSK_150kmhr_6tapexp_5symperframe.fig
................................................\.............\.....\BPSK_50kmhr_6symperframe.fig
................................................\.............\.....\BPSK_50kmhr_6tap_exp.fig
................................................\.............\.....\BPSK_50kmhr_6tap_exp2_10symperframe.fig
................................................\.............\.....\bpsk_awgn.fig
................................................\.............\.....\fading_strunc.fig
................................................\.............\.....\fixed_jakesmodel_trunc_10kmhr_1symperframe.fig
................................................\.............\.....\jakes.fig
................................................\.............\.....\jakes_trunc.fig
.............................