文件名称:1mimo_channel_capacity_simulation
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these peak-reducing signals are built by using spreading codes that are either dynamically selected those users that are known to be idle, or deliberately reserved a priorifor PAPR reduction purposes. The concept of adding orthogonal signals for peak power mitigation has been previously proposed to reduce PAPR in Discrete MultiTone and OFDM transmissions[13,27], and also in CDMA downlink systems [28]. -these peak-reducing signals are built by using spreading codes that are either dynamically selected those users that are known to be idle, or deliberately reserved a priorifor PAPR reduction purposes. The concept of adding orthogonal signals for peak power mitigation has been previously proposed to reduce PAPR in Discrete MultiTone and OFDM transmissions[13,27], and also in CDMA downlink systems [28].
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下载文件列表
1mimo_channel_capacity_simulation\Capacity_ccdf.m
.................................\Capacity_ccdf_batch.m
.................................\ccdf_test.m
.................................\ChannelCapacity.m
.................................\ChannelCapacity_batch.m
.................................\ChannelCorrelationCoefficient.m
.................................\ChannelCorrelationCoefficient_Gauss.m
.................................\ChannelCorrelationMatrix.m
.................................\CorrCoe.m
.................................\CorrCoe_1_2.m
.................................\CorrCoe_1_3.m
.................................\CorrCoe_1_4.m
.................................\CorrCoe_1d.m
.................................\CorrCoe_2d.m
.................................\CorrCoe_3d.m
.................................\CorrCoe_4_1.m
.................................\CorrCoe_4_2.m
.................................\CorrCoe_4_3.m
.................................\CorrCoe_Gauss.m
.................................\CorrCoe_laplace.m
.................................\CorrCoe_laplace_1_2.m
.................................\CorrCoe_laplace_1_3.m
.................................\CorrCoe_laplace_1_4.m
.................................\CorrCoe_laplace_4_1.m
.................................\CorrCoe_laplace_4_2.m
.................................\CorrCoe_laplace_4_3.m
.................................\mimo_channel_batch.m
.................................\readme.txt
1mimo_channel_capacity_simulation