文件名称:LTE-Simulator
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LTE系统级仿真，可让您执行网络级仿真3GPP长期演进网络。它较低的复杂度和抽象的物理层是基于建立在LTE链路级仿真的经验。它是免费提供包中含有Matlab源文件以及一些MEX功能（还提供源代码）。-The LTE System Level simulator allows you to perform network-level simulations of 3GPP Long Term Evolution networks. It abstracts the Physical layer for lower complexity and is based on the experience built on the LTE Link Level simulator. It is freely available in a package containing Matlab source files as well as some MEX-functions (for which the source code is also provided).
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下载文件列表
LTE Simulator
.............\2010_12_25
.............\..........\+antennas
.............\..........\.........\antenna.m
.............\..........\.........\bergerAntenna.m
.............\..........\.........\omnidirectionalAntenna.m
.............\..........\.........\TS36942Antenna.m
.............\..........\+channel_gain_wrappers
.............\..........\......................\fastFadingWrapper.m
.............\..........\......................\macroscopicPathlossMap.m
.............\..........\......................\macroscopicPathlossWrapper.m
.............\..........\......................\shadowFadingMapClaussen.m
.............\..........\+channel_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
.............\..........\...............\beachWalkingModel.m
.............\..........\...............\starburstUniformWalkingModel.m
.............\..........\...............\starburstWalkingModel.m
.............\..........\...............\staticWalkingModel.m
.............\..........\...............\trainloadWalkingModel.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
.............\..........\.........