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您现在的位置是:虫虫源码 > Matlab > LTE仿真模型

LTE仿真模型

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  • 上传时间:2021-06-29
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  • 标      签: Matlab matlab lte 仿真 模型

资 源 简 介

应用背景 3G LTE的正式名称是3G Long Term Evolution(LTE),即3GPP长期演进(LTE)项目; LTE系统引入了OFDM(Orthogonal Frequency Division Multiplexing,正交频分复用)和MIMO(Multi-Input & Multi-Output,多输入多输出)等关键技术,显著增加了频谱效率和数据传输速率。 关键技术 LTE仿真模型,十分好用,可以快速帮你理解 LTE链路,有些功能是用C代码写的。 考虑了现有LTE的大部分技术。MATLAB仿真。OFDM MIMO

文 件 列 表

LTE_Link_Level_1.2_r553
+channels
uplinkChannel.m
+channel_resampling
nearestNeighborInterpolator.m
+network_elements
bestCqiScheduler.m
+outputs
bsOutput.m
+results
cellSpecificTraces.m
C-source
bit2byte.c
docs
Documentation_v1.2r553.pdf
LTE_aux_mex_files.m
LTE_channel_estimator.m
LTE_channel_matrix.m
LTE_channel_model.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_Reference_Signal.asv
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_detecting.m
LTE_detect_CLSM.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.asv
LTE_load_parameters_dependent.m
LTE_load_parameters_MUMIMO.m
LTE_load_parameters_MUMIMO_winner_example.asv
LTE_load_parameters_MUMIMO_winner_example.m
LTE_load_parameters_MUSISO.m
LTE_load_parameters_SUMIMO.m
LTE_load_parameters_SUMIMO_quick_test.m
LTE_load_parameters_SUSISO.m
LTE_load_parameters_SUSISO_best_CQI.m
LTE_load_parameters_SUSISO_BLER_curves_batch.m
LTE_load_parameters_SUSISO_quick_test.m
LTE_map2antenna.m
LTE_precoding.m
LTE_processTTI_results.m
LTE_RX.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_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.m
LTE_sim_batch_best_CQI_scheduler.m
LTE_sim_batch_BLER_curves.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_results_scheduler_plot.m
LTE_sim_result_plots.m
LTE_softsphere.m
LTE_TX.asv
LTE_TX.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_precoding.m
LTE_tx_turbo_encode.m
LTE_tx_turbo_rate_matcher.m
LTE_winner_channel_model.m
LTE_winner_channel_model_antenna_init.m
plot_quick_test_results_r553.m
plot_R1071967_BLER_curves_r553.m
plot_reference_BLER_curves_r548.m
results
here is where results should be saved.txt
Winner Channel Model
AntennaArray.m
+channels
+channel_resampling
+network_elements
+outputs
+results
C-source
data_files
docs
results
Winner Channel Model
+channels
channelMatrixTrace.m
LTE_Link_Level_1.2_r553

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