Description: This a LTE system level simulation procedures, simulation of multi-cell communication between the user process, and considering a variety of possible interference and noise, is a very mature system level simulation program
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LTE_system_Level_1.2_r300_加注释版原版\LTE_aux_COST231_urban_micro_pathloss.mexw32
......................................\LTE_aux_mex_files.m
......................................\LTE_aux_shadowFadingMapClaussen_get_neighbors.m
......................................\LTE_common_calculate_BICM_capacity_tables.m
......................................\LTE_common_calculate_cell_capacity.m
......................................\LTE_common_calculate_sector_assignment.m
......................................\LTE_common_get_CQI_params.m
......................................\LTE_common_get_macroscopic_pathloss_model.m
......................................\LTE_common_get_target_sector.m
......................................\LTE_common_OLSM_2x2_trace.m
......................................\LTE_common_pixel_to_pos.m
......................................\LTE_common_pos_to_pixel.m
......................................\LTE_common_SISO_trace.m
......................................\LTE_common_TxD_2x2_trace.m
......................................\LTE_GUI_pathloss_antenna_info.fig
......................................\LTE_GUI_pathloss_antenna_info.m
......................................\LTE_GUI_show_cell_traces.fig
......................................\LTE_GUI_show_cell_traces.m
......................................\LTE_GUI_show_UE_traces.fig
......................................\LTE_GUI_show_UE_traces.m
......................................\LTE_init_add_schedulers.m
......................................\LTE_init_create_eNodeBs.m
......................................\LTE_init_generate_claussen_shadow_fading_map.m
......................................\LTE_init_generate_FF_tracev2.m
......................................\LTE_init_generate_network.m
......................................\LTE_init_generate_users.m
......................................\LTE_init_get_eNodeB_neighbors.m
......................................\LTE_init_get_microscale_fading_SL_trace.m
......................................\LTE_init_load_BLER_curves.m
......................................\LTE_init_network_generation.m
......................................\LTE_load_params.m
......................................\LTE_load_params_dependant.m
......................................\LTE_plot_loaded_network.m
......................................\LTE_plot_sector_SINR_cdfs.m
......................................\LTE_plot_show_network.m
......................................\LTE_sim_main.m
......................................\LTE_sim_main_launcher.m
......................................\LTE_sim_results.m
......................................\matlab.mat
......................................\print_log.m
......................................\sinr_compute.m
......................................\TBsinrs.mat
......................................\+antennas\antenna.m
......................................\.........\bergerAntenna.m
......................................\.........\omnidirectionalAntenna.m
......................................\.........\TS36942Antenna.m
......................................\+antennas
......................................\.channel_gain_wrappers\fastFadingWrapper.m
......................................\......................\macroscopicPathlossMap.m
......................................\......................\macroscopicPathlossWrapper.m
......................................\......................\shadowFadingMapClaussen.m
......................................\+channel_gain_wrappers
......................................\.........models\downlinkChannelModel.m
......................................\...............\uplinkChannelModel.m
......................................\+channel_models
......................................\.macroscopic_pathloss_models\cost231PathlossModel.m
......................................\............................\freeSpacePathlossModel.m
......................................\............................\generalPathlossModel.m
......................................\.......................
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