Description: H=WIM(WIMPAR,LINKPAR,ANTPAR) is a 5D-array of channel coefficients. For
explanation of the input parameter structs, see WIMPARSET, LAYOUT2LINK, LAYOUTPARSET,
and ANTPARSET. H is a cell array of size K (number of links.SIZE(H{i})=[U S N T], where U is the number of MS (RX)elements, S is the number of BS (TX) elements, N is the number of paths,T is the number of time sample
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File list (Check if you may need any files):
winner2
.......\AntennaArray.m
.......\AntennaResponse.m
.......\antenna_pol_vect.m
.......\Aperture_Calc.p
.......\arrayparset.m
.......\ArrayPreprocess.m
.......\BP2Aperture.m
.......\BP2Aperture1D.m
.......\cas.m
.......\Contents.m
.......\dipole.m
.......\ds.m
.......\example_channel_matrix.m
.......\example_EADF_approx.m
.......\example_syntetic_arrays.m
.......\fixedAoas.m
.......\fixedAods.m
.......\fixedPdp.m
.......\fixedScatterFreq.m
.......\generate_bulk_par.m
.......\G_Calc1D_simple.p
.......\G_Calc3D_simple.p
.......\interpbp.p
.......\layout2link.m
.......\layoutparset.m
.......\lhc_mimoofdm_est.m
.......\LOSprobability.m
.......\LScorrelation.m
.......\mycart2sph.m
.......\mysph2cart.m
.......\NTlayout.m
.......\offset_matrix_generation.m
.......\pathloss.m
.......\rotate_vector.m
.......\ScenarioMapping.m
.......\ScenParTables.m
.......\StationDirectionXY.m
.......\StationDistXY.m
.......\StationNumElements.m
.......\StationVelocityXY.m
.......\struct_generation.m
.......\unrotate_vector.m
.......\vel_vector.m
.......\wim.m
.......\WIM2 Matlab documentation V1.0.pdf
.......\WIM2_ver064_notes.txt
.......\wimparset.m
.......\wim_core.m
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