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LTE 链路级仿真

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  • 开发语言:Others
  • 实例大小:41.83M
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  • 发布时间:2021-01-30
  • 实例类别:一般编程问题
  • 发 布 人:好学IT男
  • 文件格式:.zip
  • 所需积分:2
 

实例介绍

【实例简介】
维也纳大学出的LTE的链路级仿真,用matlab写的
【实例截图】
【核心代码】
b2b07863-c189-4d01-9445-d4929cbc63b3
└── LTE_Link_Level_1.3_r620
├── +channel_resampling
│   ├── nearestNeighborInterpolator.m
│   └── sincInterpolator.m
├── +channels
│   ├── channelMatrixTrace.m
│   └── uplinkChannel.m
├── C-source
│   ├── bit2byte.c
│   ├── Bit_Interleaver.c
│   ├── byte2bit.c
│   ├── Circular_Buffer_Mapping.c
│   ├── ConvEncode.c
│   ├── convolutional.h
│   ├── crc16.c
│   ├── crc16.h
│   ├── crc24a.c
│   ├── crc24a.h
│   ├── crc24b.c
│   ├── crc24b.h
│   ├── GNU_lesser_GPL_license.txt
│   ├── Gold_sequence_generation.c
│   ├── Hard_decision.c
│   ├── maxstar.h
│   ├── MIT_license.txt
│   ├── SisoDecode.c
│   ├── siso.h
│   ├── Soft_Bit_Interleaver.c
│   ├── soft_sd2.cpp
│   ├── soft_sd_c2.cpp
│   ├── Turbo_rate_matcher_bit_selection_and_pruning_mapping.c
│   └── Turbo_rate_matching_bit_selection.c
├── docs
│   ├── Documentation_v1.3r620.pdf
│   ├── GNU_lesser_GPL_license.txt
│   ├── License_agreement.pdf
│   ├── LTE_simulators_Webpage.url
│   └── MIT_license.txt
├── examples
│   ├── AWGN_1.4MHz_r548
│   │   ├── cqi_10_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091201_005607.mat
│   │   ├── cqi_1_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_153201.mat
│   │   ├── cqi_11_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091201_022305.mat
│   │   ├── cqi_12_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091201_035502.mat
│   │   ├── cqi_13_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091201_053145.mat
│   │   ├── cqi_14_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091201_071227.mat
│   │   ├── cqi_15_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091201_085747.mat
│   │   ├── cqi_2_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_162321.mat
│   │   ├── cqi_3_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_171541.mat
│   │   ├── cqi_4_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_180950.mat
│   │   ├── cqi_5_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_190619.mat
│   │   ├── cqi_6_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_200502.mat
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_211202.mat
│   │   ├── cqi_8_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_221956.mat
│   │   └── cqi_9_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_freqoff0_none_5000TTI_20091130_233253.mat
│   ├── examples.txt
│   ├── LTE_sim_batch_quick_test_r553
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_flat Rayleigh_TX_mode1_1x1_freqoff0_none_5000TTI_r553_20091209_120746.mat
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_flat Rayleigh_TX_mode2_2x1_freqoff0_subframe_5000TTI_r553_20091209_194928.mat
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_flat Rayleigh_TX_mode2_4x2_freqoff0_subframe_5000TTI_r553_20091209_143153.mat
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_flat Rayleigh_TX_mode3_4x2_freqoff0_subframe_5000TTI_r553_20091209_180003.mat
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_PedB_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091209_123347.mat
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_PedB_TX_mode2_2x1_SSD_freqoff0_subframe_5000TTI_r553_20091209_211022.mat
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_PedB_TX_mode2_4x2_SSD_freqoff0_subframe_5000TTI_r553_20091209_151820.mat
│   │   ├── cqi_7_0re-tx_1TTI_UL_delay_1.4MHz_PedB_TX_mode3_4x2_SSD_freqoff0_subframe_5000TTI_r553_20091209_191856.mat
│   │   ├── cqi_7_3re-tx_1TTI_UL_delay_1.4MHz_flat Rayleigh_TX_mode1_1x1_freqoff0_none_5000TTI_r553_20091209_230459.mat
│   │   ├── cqi_7_3re-tx_1TTI_UL_delay_1.4MHz_flat Rayleigh_TX_mode2_2x1_freqoff0_subframe_5000TTI_r553_20091210_003335.mat
│   │   ├── cqi_7_3re-tx_1TTI_UL_delay_1.4MHz_flat Rayleigh_TX_mode2_4x2_freqoff0_subframe_5000TTI_r553_20091210_025530.mat
│   │   ├── cqi_7_3re-tx_1TTI_UL_delay_1.4MHz_flat Rayleigh_TX_mode3_4x2_freqoff0_subframe_5000TTI_r553_20091210_060011.mat
│   │   ├── cqi_7_3re-tx_1TTI_UL_delay_1.4MHz_PedB_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091209_231213.mat
│   │   ├── cqi_7_3re-tx_1TTI_UL_delay_1.4MHz_PedB_TX_mode2_2x1_SSD_freqoff0_subframe_5000TTI_r553_20091210_005112.mat
│   │   ├── cqi_7_3re-tx_1TTI_UL_delay_1.4MHz_PedB_TX_mode2_4x2_SSD_freqoff0_subframe_5000TTI_r553_20091210_033207.mat
│   │   └── cqi_7_3re-tx_1TTI_UL_delay_1.4MHz_PedB_TX_mode3_4x2_SSD_freqoff0_subframe_5000TTI_r553_20091210_070634.mat
│   └── R1-071967_r553
│   ├── cqi_101_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_171037.mat
│   ├── cqi_102_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_172933.mat
│   ├── cqi_103_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_174856.mat
│   ├── cqi_104_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_171116.mat
│   ├── cqi_105_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_173301.mat
│   ├── cqi_106_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_175543.mat
│   ├── cqi_107_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_171520.mat
│   ├── cqi_108_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_173949.mat
│   ├── cqi_109_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_180257.mat
│   ├── cqi_110_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_201750.mat
│   ├── cqi_111_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_204015.mat
│   ├── cqi_112_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_210414.mat
│   ├── cqi_113_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_212715.mat
│   ├── cqi_114_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_215028.mat
│   ├── cqi_115_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_221449.mat
│   ├── cqi_116_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_195706.mat
│   ├── cqi_117_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_193022.mat
│   ├── cqi_118_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_190052.mat
│   ├── cqi_119_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_183056.mat
│   ├── cqi_120_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_200924.mat
│   ├── cqi_121_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_193723.mat
│   ├── cqi_122_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_190524.mat
│   ├── cqi_123_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_182908.mat
│   ├── cqi_124_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_195743.mat
│   ├── cqi_125_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_192633.mat
│   ├── cqi_126_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_185442.mat
│   └── cqi_127_0re-tx_1TTI_UL_delay_1.4MHz_AWGN_TX_mode1_1x1_SSD_freqoff0_none_5000TTI_r553_20091211_182213.mat
├── LTE_aux_mex_files.m
├── LTE_channel_estimator.m
├── LTE_channel_matrix.m
├── LTE_channel_model.m
├── LTE_channel_predictor.m
├── LTE_check_parameters.m
├── LTE_common_bit2byte.mexa64
├── LTE_common_bit2byte.mexmaci64
├── LTE_common_bit2byte.mexw32
├── LTE_common_bit2byte.mexw64
├── LTE_common_bit_interleaver.mexa64
├── LTE_common_bit_interleaver.mexmaci64
├── LTE_common_bit_interleaver.mexw32
├── LTE_common_bit_interleaver.mexw64
├── LTE_common_byte2bit.mexa64
├── LTE_common_byte2bit.mexmaci64
├── LTE_common_byte2bit.mexw32
├── LTE_common_byte2bit.mexw64
├── LTE_common_calculate_SC_SNR.m
├── LTE_common_compute_BLER.m
├── LTE_common_CQI_mapping.m
├── LTE_common_crc16.mexa64
├── LTE_common_crc16.mexmaci64
├── LTE_common_crc16.mexw32
├── LTE_common_crc16.mexw64
├── LTE_common_crc24a.mexa64
├── LTE_common_crc24a.mexmaci64
├── LTE_common_crc24a.mexw32
├── LTE_common_crc24a.mexw64
├── LTE_common_crc24b.mexa64
├── LTE_common_crc24b.mexmaci64
├── LTE_common_crc24b.mexw32
├── LTE_common_crc24b.mexw64
├── LTE_common_EESM.m
├── LTE_common_generate_output_filename.m
├── LTE_common_gen_gold_sequence.mexa64
├── LTE_common_gen_gold_sequence.mexmaci64
├── LTE_common_gen_gold_sequence.mexw32
├── LTE_common_gen_gold_sequence.mexw64
├── LTE_common_gen_PBCH.m
├── LTE_common_gen_PDCCH.m
├── LTE_common_gen_Reference_Signal.m
├── LTE_common_gen_Synchronization_Signal.m
├── LTE_common_get_CQI_params.m
├── LTE_common_get_precoding_matrix.m
├── LTE_common_R1_071667_CQI_parameters.m
├── LTE_common_scrambling.m
├── LTE_common_soft_bit_interleaver.mexa64
├── LTE_common_soft_bit_interleaver.mexmaci64
├── LTE_common_soft_bit_interleaver.mexw32
├── LTE_common_soft_bit_interleaver.mexw64
├── LTE_common_subblock_interleaver.m
├── LTE_common_turbo_encoder_generate_interleaving_mapping.m
├── LTE_common_turbo_rate_matcher_bit_selection_and_pruning_mapping.mexa64
├── LTE_common_turbo_rate_matcher_bit_selection_and_pruning_mapping.mexmaci64
├── LTE_common_turbo_rate_matcher_bit_selection_and_pruning_mapping.mexw32
├── LTE_common_turbo_rate_matcher_bit_selection_and_pruning_mapping.mexw64
├── LTE_common_turbo_rate_matcher_circular_buffer.m
├── LTE_common_turbo_rate_matching_bit_selection_and_pruning.mexa64
├── LTE_common_turbo_rate_matching_bit_selection_and_pruning.mexmaci64
├── LTE_common_turbo_rate_matching_bit_selection_and_pruning.mexw32
├── LTE_common_turbo_rate_matching_bit_selection_and_pruning.mexw64
├── LTE_common_turbo_rate_matching_circular_buffer_mapping.mexa64
├── LTE_common_turbo_rate_matching_circular_buffer_mapping.mexmaci64
├── LTE_common_turbo_rate_matching_circular_buffer_mapping.mexw32
├── LTE_common_turbo_rate_matching_circular_buffer_mapping.mexw64
├── LTE_demapper.m
├── LTE_detect_CLSM.m
├── LTE_detecting.m
├── LTE_detect_OLSM.m
├── LTE_detect_SISO.m
├── LTE_detect_SIxO.m
├── LTE_detect_TxD.m
├── LTE_feedback_precoding.m
├── LTE_load_parameters_dependent.m
├── LTE_load_parameters_generate_elements.m
├── LTE_load_parameters.m
├── LTE_map2antenna.m
├── LTE_plot_confidence_intervals.m
├── LTE_precoding.m
├── LTE_processTTI_results.m
├── LTE_rx_calculate_turbo_BER.m
├── LTE_rx_check_crc.m
├── LTE_rx_code_block_concatenation.m
├── LTE_rx_code_block_desegmentation.m
├── LTE_rx_DLSCH_decode.m
├── LTE_rx_freq_sync.m
├── LTE_rx_hard_decision.mexa64
├── LTE_rx_hard_decision.mexmaci64
├── LTE_rx_hard_decision.mexw32
├── LTE_rx_hard_decision.mexw64
├── LTE_rx_HARQ_combine.m
├── LTE_RX.m
├── LTE_rx_siso_decode.mexa64
├── LTE_rx_siso_decode.mexmaci64
├── LTE_rx_siso_decode.mexw32
├── LTE_rx_siso_decode.mexw64
├── LTE_rx_soft_sd2.mexa64
├── LTE_rx_soft_sd2.mexmaci64
├── LTE_rx_soft_sd2.mexw32
├── LTE_rx_soft_sd2.mexw64
├── LTE_rx_turbo_decode.m
├── LTE_rx_turbo_rate_matcher.m
├── LTE_setclock.m
├── LTE_set_results.m
├── LTE_sim_batch_best_CQI_scheduler.m
├── LTE_sim_batch_BLER_curves.m
├── LTE_sim_batch.m
├── LTE_sim_batch_michal_wsa_2010.m
├── LTE_sim_batch_quick_test.m
├── LTE_sim_batch_R1_07196.m
├── LTE_sim_batch_winner_channel_model.m
├── LTE_sim_main.m
├── LTE_sim_main_par.m
├── LTE_sim_main_single.m
├── LTE_sim_main_single_optimumprecoder.m
├── LTE_sim_result_plots.m
├── LTE_sim_results_scheduler_plot.m
├── LTE_softsphere.m
├── LTE_tx_append_crc.m
├── LTE_tx_code_block_concatenation.m
├── LTE_tx_code_block_segmentation.m
├── LTE_tx_convolutional_encoder.mexa64
├── LTE_tx_convolutional_encoder.mexmaci64
├── LTE_tx_convolutional_encoder.mexw32
├── LTE_tx_convolutional_encoder.mexw64
├── LTE_tx_DLSCH_encode.m
├── LTE_TX.m
├── LTE_tx_precoding.m
├── LTE_tx_turbo_encode.m
├── LTE_tx_turbo_rate_matcher.m
├── LTE_winner_channel_model_antenna_init.m
├── LTE_winner_channel_model.m
├── +network_elements
│   ├── AdaptiveFeedbackScheduler.m
│   ├── bestCqiScheduler.m
│   ├── clock.m
│   ├── eNodeB.m
│   ├── fixedScheduler.m
│   ├── harqProcess.m
│   ├── lteScheduler.m
│   ├── roundRobinScheduler.m
│   ├── UE.m
│   ├── UE_scheduling_params.m
│   └── UeSpecificEnodebData.m
├── +outputs
│   ├── bsOutput.m
│   ├── genieInformation.m
│   ├── ueOutput.m
│   └── ueSignaling.m
├── plot_quick_test_results_r553.m
├── plot_R1071967_BLER_curves_r553.m
├── plot_reference_BLER_curves_r548.m
├── +results
│   ├── cellSpecificTraces.m
│   ├── simulationResults.m
│   └── ueSpecificTraces.m
├── results
│   └── here is where results should be saved.txt
├── Winner Channel Model
│   └── readme_where_to_download_winner_channel_model.txt
└── WSA_schwarz_batch.m

14 directories, 249 files

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