文件名称:LTE_system_Level_1.2_r300
介绍说明－－下载内容均来自于网络，请自行研究使用
维也纳大学使用matlab做的LTE的系统级的仿真源代码，对LTE有着详细的功能实现.-Using matlab to do system-level simulation of LTE, the source code, the detailed features of the LTE has to achieve
(系统自动生成,下载前可以参看下载内容)
下载文件列表
+channel_gain_wrappers\fastFadingWrapper.m
......................\macroscopicPathlossMap.m
......................\macroscopicPathlossWrapper.m
......................\shadowFadingMapClaussen.m
.........models\downlinkChannelModel.m
...............\uplinkChannelModel.m
.macroscopic_pathloss_models\cost231PathlossModel.m
............................\freeSpacePathlossModel.m
............................\generalPathlossModel.m
............................\TS25814PathlossModel.m
............................\TS36942PathlossModel.m
.network_elements\bestCqiScheduler.m
.................\clock.m
.................\eNodeB.m
.................\eNodebSignaling.m
.................\eNodeB_sector.m
.................\lteScheduler.m
.................\proportionalFairScheduler.m
.................\resourceBlockGrid.m
.................\roundRobinScheduler.m
.................\UE.m
.phy_modeling\PregeneratedFastFading.m
.............\txModeTrace.m
.results\cellSpecificTraces.m
........\README.txt
........\simulationResults.m
........\ueSpecificTraces.m
.tracing\enodebTrace.m
........\receivedFeedbackTrace.m
........\schedulerTrace.m
........\sectorTrace.m
........\simTraces.m
........\ueTrace.m
.utils\blerCurves.m
......\cqiMapper.m
......\dlnode.m
......\eesmAverager.m
......\fifoQueue.m
......\miesmAverager.m
......\sinrAverager.m
.walking_models\straightWalkingModel.m
...............\walkingModel.m
C-source\COST231_urban_micro_pathloss.c
data_files\AWGN_BLERs\AWGN_1.4MHz_SISO_cqi1.mat
..........\..........\AWGN_1.4MHz_SISO_cqi10.mat
..........\..........\AWGN_1.4MHz_SISO_cqi11.mat
..........\..........\AWGN_1.4MHz_SISO_cqi12.mat
..........\..........\AWGN_1.4MHz_SISO_cqi13.mat
..........\..........\AWGN_1.4MHz_SISO_cqi14.mat
..........\..........\AWGN_1.4MHz_SISO_cqi15.mat
..........\..........\AWGN_1.4MHz_SISO_cqi2.mat
..........\..........\AWGN_1.4MHz_SISO_cqi3.mat
..........\..........\AWGN_1.4MHz_SISO_cqi4.mat
..........\..........\AWGN_1.4MHz_SISO_cqi5.mat
..........\..........\AWGN_1.4MHz_SISO_cqi6.mat
..........\..........\AWGN_1.4MHz_SISO_cqi7.mat
..........\..........\AWGN_1.4MHz_SISO_cqi8.mat
..........\..........\AWGN_1.4MHz_SISO_cqi9.mat
.ocumentation\Documentation_v1.2r310.pdf
.............\License Agreement.pdf
old_sources\COST231_pathloss_urbanmicro.m
reproducibility\VTC2010\LTE_load_params_2x2_OLSM_BCQI.m
...............\.......\LTE_load_params_2x2_OLSM_RR.m
...............\.......\LTE_load_params_2x2_TxD_BCQI.m
...............\.......\LTE_load_params_2x2_TxD_RR.m
...............\.......\LTE_plot_UE_throughput_CDF.m
...............\.......\LTE_sim_batch_2x2_OLSM_BCQI_batch.m
...............\.......\LTE_sim_batch_2x2_OLSM_RR_batch.m
...............\.......\LTE_sim_batch_2x2_TxD_BCQI_batch.m
...............\.......\LTE_sim_batch_2x2_TxD_RR_batch.m
...............\.......\LTE_sim_VTC.m
...............\.......\plot_ECDFs.m
..sults\here is where results should be saved.txt
LTE_aux_COST231_urban_micro_pathloss.mexmaci
LTE_aux_COST231_urban_micro_pathloss.mexw32
LTE_aux_COST231_urban_micro_pathloss.mexw64
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