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5g-nr-pusch-master

于 2019-12-04 发布
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下载积分: 1 下载次数: 21

代码说明:

说明:  5G is a project of upcoming technologies in the future

文件列表:

5g-nr-pusch-master, 0 , 2019-11-25
5g-nr-pusch-master\LICENSE, 1355 , 2019-11-25
5g-nr-pusch-master\README.md, 1949 , 2019-11-25
5g-nr-pusch-master\estimation, 0 , 2019-11-25
5g-nr-pusch-master\estimation\channel_covariance_matrix_edfors.m, 860 , 2019-11-25
5g-nr-pusch-master\estimation\channel_estimate.m, 3132 , 2019-11-25
5g-nr-pusch-master\estimation\channel_estimate_SIMO.m, 3969 , 2019-11-25
5g-nr-pusch-master\estimation\estimate_cfo_from_pilots.m, 2001 , 2019-11-25
5g-nr-pusch-master\estimation\estimate_sto_from_pilots.m, 2459 , 2019-11-25
5g-nr-pusch-master\fading, 0 , 2019-11-25
5g-nr-pusch-master\fading\apply_fading_td.m, 3488 , 2019-11-25
5g-nr-pusch-master\fading\cfo_add.m, 833 , 2019-11-25
5g-nr-pusch-master\fading\cfo_fd_mtx.m, 761 , 2019-11-25
5g-nr-pusch-master\fading\fading_channel_idft.m, 1333 , 2019-11-25
5g-nr-pusch-master\fading\fading_channel_jtc.m, 3347 , 2019-11-25
5g-nr-pusch-master\fading\fading_channel_zheng.m, 1488 , 2019-11-25
5g-nr-pusch-master\fading\kronecker_correlation_matrix.m, 2918 , 2019-11-25
5g-nr-pusch-master\fading\pdp_parameters.m, 1006 , 2019-11-25
5g-nr-pusch-master\fading\pdp_resample_reduce.m, 2806 , 2019-11-25
5g-nr-pusch-master\fading\pdp_resample_simple.m, 1540 , 2019-11-25
5g-nr-pusch-master\fading\power_delay_profile.m, 6136 , 2019-11-25
5g-nr-pusch-master\fading\tapped_delay_line.m, 1102 , 2019-11-25
5g-nr-pusch-master\mex, 0 , 2019-11-25
5g-nr-pusch-master\mex\crc_calc_mex.c, 1659 , 2019-11-25
5g-nr-pusch-master\mex\fading_channel_zheng_mex.c, 2679 , 2019-11-25
5g-nr-pusch-master\mex\gold31seq_mex.c, 2005 , 2019-11-25
5g-nr-pusch-master\mex\ldpc_decode_spa_mex.c, 4934 , 2019-11-25
5g-nr-pusch-master\mex\make_mex.m, 292 , 2019-11-25
5g-nr-pusch-master\mex\modulation_demapper_soft_mex.c, 4414 , 2019-11-25
5g-nr-pusch-master\mex\modulation_mapper_mex.c, 1615 , 2019-11-25
5g-nr-pusch-master\mex\nr_38_212_circbuff_deinterleave_mex.c, 1914 , 2019-11-25
5g-nr-pusch-master\mex\nr_38_212_circbuff_interleave_mex.c, 1764 , 2019-11-25
5g-nr-pusch-master\modulation, 0 , 2019-11-25
5g-nr-pusch-master\modulation\modulation_alphabet.m, 3305 , 2019-11-25
5g-nr-pusch-master\modulation\modulation_demapper_hard.m, 1555 , 2019-11-25
5g-nr-pusch-master\modulation\modulation_demapper_soft.m, 2569 , 2019-11-25
5g-nr-pusch-master\modulation\modulation_mapper.m, 1140 , 2019-11-25
5g-nr-pusch-master\nr_codec, 0 , 2019-11-25
5g-nr-pusch-master\nr_codec\boxplus.m, 645 , 2019-11-25
5g-nr-pusch-master\nr_codec\boxplus_approx.m, 980 , 2019-11-25
5g-nr-pusch-master\nr_codec\ldpc_decode_hard.m, 1416 , 2019-11-25
5g-nr-pusch-master\nr_codec\ldpc_decode_spa.m, 3087 , 2019-11-25
5g-nr-pusch-master\nr_codec\ldpc_encode_dense.m, 617 , 2019-11-25
5g-nr-pusch-master\nr_codec\ldpc_encode_nr.m, 1432 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_38_212_channel_coding_ldpc.m, 1193 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_38_212_channel_decoding_ldpc.m, 1502 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_38_212_code_block_desegmentation_ldpc.m, 1937 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_38_212_code_block_segmentation_ldpc.m, 1559 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_38_212_crc_calc.m, 1396 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_38_212_rate_matching_ldpc.m, 3003 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_38_212_rate_unmatching_ldpc.m, 3749 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_ldpc_base_graph_tbl_5_3_2.m, 32053 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_ldpc_lifting_size_tbl_5_3_2_1.m, 923 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_ldpc_parity_check_matrix.m, 1085 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_sch_decode.m, 1802 , 2019-11-25
5g-nr-pusch-master\nr_codec\nr_sch_encode.m, 1337 , 2019-11-25
5g-nr-pusch-master\nr_common, 0 , 2019-11-25
5g-nr-pusch-master\nr_common\gold31seq.m, 939 , 2019-11-25
5g-nr-pusch-master\nr_common\nr_algorithms_struct.m, 1748 , 2019-11-25
5g-nr-pusch-master\nr_common\nr_higher_layer_parameters_struct.m, 1081 , 2019-11-25
5g-nr-pusch-master\nr_common\nr_resolve_mcs.m, 2882 , 2019-11-25
5g-nr-pusch-master\nr_common\nr_sch_link_level_sim.m, 6665 , 2019-11-25
5g-nr-pusch-master\nr_common\nr_transport_block_size.m, 2877 , 2019-11-25
5g-nr-pusch-master\nr_phy, 0 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_layer_demapping.m, 495 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_layer_mapping.m, 495 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_low_papr_seq.m, 8926 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_precoding.m, 803 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_precoding_matrix.m, 1165 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_sch_dmrs_gen_symbol.m, 1916 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_sch_dmrs_per_prb.m, 579 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_sch_dmrs_positions.m, 2936 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_sch_dmrs_re_mapping.m, 1487 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_sch_dmrs_seq.m, 838 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_38_211_sch_scrambling.m, 1037 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_cyclic_prefix_len.m, 1206 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_framing_constants.m, 3568 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_ofdma_demodulator.m, 1814 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_ofdma_modulator.m, 2153 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_pusch_receive.m, 7639 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_pusch_transmit.m, 3079 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_samples_in_slot.m, 936 , 2019-11-25
5g-nr-pusch-master\nr_phy\nr_symbol_start_offset.m, 1067 , 2019-11-25
5g-nr-pusch-master\run_5gnr_codec.m, 899 , 2019-11-25
5g-nr-pusch-master\run_5gnr_sim_sweep.m, 2016 , 2019-11-25
5g-nr-pusch-master\utils, 0 , 2019-11-25
5g-nr-pusch-master\utils\evm.m, 576 , 2019-11-25
5g-nr-pusch-master\utils\hardbit2llr.m, 398 , 2019-11-25
5g-nr-pusch-master\utils\llr2hardbit.m, 294 , 2019-11-25
5g-nr-pusch-master\utils\movavg.m, 1064 , 2019-11-25
5g-nr-pusch-master\utils\radio_filter.m, 852 , 2019-11-25
5g-nr-pusch-master\utils\randiq.m, 483 , 2019-11-25
5g-nr-pusch-master\utils\rms.m, 342 , 2019-11-25
5g-nr-pusch-master\utils\speed2doppler.m, 642 , 2019-11-25
5g-nr-pusch-master\utils\zadoffchu.m, 413 , 2019-11-25

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发表评论

0 个回复

  • overlap_add
    digital signal processing
    2010-09-01 22:50:44下载
    积分:1
  • bubble-grey-length-frequency
    对于大量照片求取通道内气泡长度和频率生成信息,每张都求取,计算速度较慢(For a lot of photos to strike a channel length and frequency of the bubble generation information, each have to strike, the calculation speed is slow)
    2013-11-14 16:18:20下载
    积分:1
  • ChaosAttractors
    这是一个matlab主程序,介绍的是几种混沌系统吸引子的图像的主程序(This is a matlab main program, introduced several chaotic attractor is an image of the main program)
    2014-02-13 00:36:45下载
    积分:1
  • lpcPbyPmatlab
    运行可实现的lpc matlab编码源代码 (Operation can realize the LPC matlab source code)
    2013-01-09 09:52:39下载
    积分:1
  • DCM_speed_control
    parameter of dc motor
    2014-12-10 14:42:14下载
    积分:1
  • horn_antenna
    对合成天线进行matlab 仿真,有很强的指导意义(simulation of horn-antenna)
    2017-10-30 09:54:59下载
    积分:1
  • mimocapcitywithdifferentcoefficients
    说明:  窄带平衰落相关MIMO信道容量仿真,内容包括:天线间距、功率角度谱、多簇、总角扩展等参数对信道容量及相关系数的影响(Narrowband flat fading MIMO channel capacity related to simulation, including: antenna spacing, angle power spectrum, multi-cluster parameters such as total angular expansion of channel capacity and the correlation coefficient of)
    2010-04-09 13:32:56下载
    积分:1
  • PIDandMATLsimmulink
    此程序下载后需解压才能使用,该程序代码质量高,简单易懂。(download this program will require decompression can be used, the code of high quality, simple and understandable.)
    2007-05-04 18:31:06下载
    积分:1
  • cooperative-paper-with-matlab-code
    An ad-hoc network with a sender, a destination and a third station act- ing as a relay is analysed. The channels are modelled containing thermal noise, Rayleigh fading and path loss. Di® erent combining methods and di- versity protocols are compared. The amplify and forward protocol shows a better performance than the decode and forward protocol, unless an error correcting code is simulated. To combine the incoming signals the chan- nel quality should be estimated as well as possible. Information about the average quality shows nice bene¯ ts, and a rough approximation about the variation of the channel quality increases the performance even more. What- ever combination of diversity protocol and combining method is used second level diversity is observed. The relative distances between the relay and the stations has a large e® ect on the performance.
    2015-02-28 15:30:52下载
    积分:1
  • straight_line
    matlab形态学处理的程序之连接两点之间的直线(a program to read a move into matlab for detection)
    2011-08-01 14:17:46下载
    积分:1
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