The LTE Link Level simulator is provided with a test simulation scenario that can be used to verify that the simulator runs in the expected way. In the main directory you can execute the LTE_sim_batch_quick_test MATLAB script. This script provides a means to test the performance of an LTE transmission on an uncorrelated PedB channel and flat Rayleigh channel for several transmission modes. Since currently the feedback calculation for the Closed Loop Spatial Multiplexing (CLSM) mode is not implemented, only the Single-Input Single-Output (SISO), Transmission Diversity (TxD) and Open Loop Spatial Multiplexing (OLSM) modes are simulated.

Copy of LTE_Link_Level_6_r917\+channels\channelMatrixTrace.m
.............................\.........\uplinkChannel.m
.............................\+channels
.............................\........_resampling\nearestNeighborInterpolator.m
.............................\...................\sincInterpolator.m
.............................\+channel_resampling
.............................\.network_elements\AdaptiveFeedbackScheduler.m
.............................\.................\bestCqiSchedulerMIMO.m
.............................\.................\bestCqiSchedulerMIMOHARQ.m
.............................\.................\clock.m
.............................\.................\eesmAverager.m
.............................\.................\eNodeB.m
.............................\.................\fixedScheduler.m
.............................\.................\harqProcess.m
.............................\.................\lteScheduler.m
.............................\.................\MIdata_load.m
.............................\.................\miesmAverager.m
.............................\.................\MI_data\BICMC_16.mat
.............................\.................\.......\BICMC_4.mat
.............................\.................\.......\BICMC_64.mat
.............................\.................\.......\BICM_k_d.mat
.............................\.................\.......\BICM_k_d_MSE.mat
.............................\.................\.......\Efficiency_k_d_MSE.mat
.............................\.................\.......\MI_curves.fig
.............................\.................\.......\MI_curves.png
.............................\.................\MI_data
.............................\.................\ProportionalFairScheduler.m
.............................\.................\roundRobinScheduler.m
.............................\.................\sinrAverager.m
.............................\.................\UE.m
.............................\.................\UeSpecificEnodebData.m
.............................\.................\UE_scheduling_params.m
.............................\+network_elements
.............................\.outputs\bsOutput.m
.............................\........\genieInformation.m
.............................\........\ueOutput.m
.............................\........\ueSignaling.m
.............................\+outputs
.............................\.results\cellSpecificTraces.m
.............................\........\simulationResults.m
.............................\........\ueSpecificTraces.m
.............................\+results
.............................\.schedulers\ConstrainedScheduler.m
.............................\...........\InstProportionalFairScheduler.m
.............................\...........\Kwan_scheduler.asv
.............................\...........\Kwan_scheduler.m
.............................\...........\MaxMinScheduler.asv
.............................\...........\MaxMinScheduler.m
.............................\...........\MaxThroughputScheduler.asv
.............................\...........\MaxThroughputScheduler.m
.............................\...........\MaxThroughputScheduler2.m
.............................\...........\OptimumThroughputScheduler.asv
.............................\...........\OptimumThroughputScheduler.m
.............................\...........\PropFair_Sun.asv
.............................\...........\PropFair_Sun.m
.............................\...........\ResourceFairScheduler.asv
.............................\...........\ResourceFairScheduler.m
.............................\...........\VarFairScheduler.asv
.............................\...........\VarFairScheduler.m
.............................\...........\VariableFairnessScheduler.asv
.............................\...........\VariableFairnessScheduler.m
.............................\...........\Weighted_sumrate.asv
.............................\...........\Weighted_sumrate.m
.............................\+schedulers
.............................\.traffic_models\data_packet.m
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