function [Output_Waveform_MIMO,cdl] = Process_CDL_Channel_UMi(Input_Waveform,Sampling_Rate,Tx_Angle,Rx_Angle,...
    Moving_Speed,fc,Chanel_Seed,tauLos,PLosdb,PhiAOA,PhiAOD,PhiZOA,PhiZOD,K,CASDLos,CASALos,...
    CZSDLos,CZSALos,XPRLos)

% process CDL Channel
  
cdl = nrCDLChannel;
cdl.DelayProfile = 'custom';
cdl.CarrierFrequency = fc;
cdl.PathDelays = tauLos;
cdl.AveragePathGains = PLosdb;
cdl.AnglesAoA = PhiAOA;
cdl.AnglesAoD = PhiAOD;
cdl.AnglesZoA = PhiZOA;
cdl.AnglesZoD = PhiZOD;
cdl.HasLOSCluster = false;
% cdl.KFactorFirstCluster = K;
cdl.AngleSpreads = [CASDLos CASALos CZSDLos CZSALos];
cdl.XPR = XPRLos;
cdl.NumStrongestClusters = 0;

%   MaximumDopplerShift     - 最大多普勒频移 (Hz)
c = physconst('lightspeed');    					% 电磁波传播速度 (m/s)
v = Moving_Speed * 1000 / 3600;                        		% UE 移动速度 (m/s)
cdl.MaximumDopplerShift = v / c * cdl.CarrierFrequency; 	% 最大多普勒频移 (Hz)

%   Channel Seed
    if(Chanel_Seed>0)
        cdl.Seed = Chanel_Seed;
    end
    
    cdl.SampleRate = Sampling_Rate;

    cdl.TransmitAntennaArray.Size = [1 1 1 1 1];				% 4*8极化天线
    cdl.TransmitAntennaArray.ElementSpacing = [0.5 0.5 0.5 0.5];		% 天线间隔 0.5λ
%     cdl.TransmitAntennaArray.PolarizationAngles = [-45 45];	% 极化天线角度±45°
    cdl.TransmitAntennaArray.Orientation = Tx_Angle;            % Tx 天线朝向

    %   ReceiveAntennaArray     - 接收端天线阵列
    cdl.ReceiveAntennaArray.Size = [4 8 1 1 1];		
%     cdl.ReceiveAntennaArray.ElementSpacing = [0.5 0.5 0.5 0.5];		% 天线间隔 0.5λ
%     cdl.ReceiveAntennaArray.PolarizationAngles = [-45 45];	% 双极化天线角度±45% UE 单天线
    cdl.ReceiveAntennaArray.Orientation = Rx_Angle;            % Rx 天线朝向

    Output_Waveform_MIMO = cdl(Input_Waveform);
end