文件名称:test_basedSFLA_power-allocation_v6
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结合智能算法的放大转发（AF）多中继功率分配-Combined with intelligent algorithms amplify and forward (AF) multi-relay power allocation
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下载文件列表
test_basedSFLA_power allocation_v6\add2statistic.m
..................................\add_channel_effect.asv
..................................\add_channel_effect.m
..................................\ber.m
..................................\ber2snr.m
..................................\ber2SNR_DAF.m
..................................\ber_2_senders.m
..................................\bit2symbol.m
..................................\bpskqpsk.m
..................................\calculate_position.asv
..................................\calculate_position.m
..................................\calculate_signal_parameter.asv
..................................\calculate_signal_parameter.m
..................................\estimate_direct_channel_SNR.m
..................................\estimate_via_channel_SNR.asv
..................................\estimate_via_channel_SNR.m
..................................\FSFLA.asv
..................................\FSFLA.m
..................................\FSFLA_op.m
..................................\fun.asv
..................................\fun.m
..................................\generate_channel_structure.asv
..................................\generate_channel_structure.m
..................................\generate_destination_xy_structure.m
..................................\generate_relay_xy_structure.m
..................................\generate_rx_structure.m
..................................\generate_signal_xy_structure.m
..................................\generate_statistic_structure.m
..................................\generate_symbol_structure.m
..................................\initialize.asv
..................................\initialize.m
..................................\main_AF_power_R4_BER.asv
..................................\main_AF_power_R4_BER.m
..................................\main_AF_power_R4_BER_my_paper1.fig
..................................\main_AF_power_R4_BER_my_paper1_v1.fig
..................................\main_AF_power_R4_BER_my_paper1_v2.fig
..................................\main_AF_power_R4_BER_my_paper1_v3.fig
..................................\main_AF_power_R4_BER_my_paper1_v333.fig
..................................\main_AF_power_R4_BER_my_paper44.fig
..................................\pic1-1.fig
..................................\pic1-2.fig
..................................\pic5-1.fig
..................................\pic5-2l.fig
..................................\pic6-1.fig
..................................\pic6-2.fig
..................................\pic6-2a.fig
..................................\pic6-3.fig
..................................\pic6-4.fig
..................................\prepare_relay2send.asv
..................................\prepare_relay2send.m
..................................\q.m
..................................\qinv.m
..................................\rx_combine.asv
..................................\rx_combine.m
..................................\rx_combine1.m
..................................\rx_correct_phaseshift.m
..................................\rx_reset.m
..................................\set_init_position.asv
..................................\set_init_position.m
..................................\set_position.m
..................................\show_statistic.asv
..................................\show_statistic.m
..................................\snr2ber.m
..................................\symbol2bit.m
..................................\wfill.m
..................................\xuanze.m
..................................\新建 文本文档.txt
test_basedSFLA_power allocation_v6