function [cfgEHT, simParameters, channel, chInfo, maxChDelay, satelliteDopplerShift, chanBW] = create_baseline_configuration(profile, ...
                                     bandwidth_mhz, ...
                                     include_free_space_pathloss, ...
                                     delay_model, ...
                                     carrier_frequency, ...
                                     mobile_speed, ...
                                     mobile_altitude, ...
                                     satellite_altitude, ...
                                     random_stream, ...
                                     seed, ...
                                     tx_antenna_count, ...
                                     rx_antenna_count, ...
                                     apep)

    switch bandwidth_mhz
        case 20
            chanBW = 'CBW20';
        case 40
            chanBW = 'CBW40';
        case 80
            chanBW = 'CBW80';
        case 160
            chanBW = 'CBW160';
        case 320
            chanBW = 'CBW320';
        otherwise
            error("Not supported bandwidth!");
    end
    
    cfgEHT = wlanEHTMUConfig(chanBW);
    cfgEHT.User{1}.APEPLength = apep;
    cfgEHT.NumTransmitAntennas = tx_antenna_count;
    cfgEHT.User{1}.NumSpaceTimeStreams = 1;
    cfgEHT.User{1}.MCS = 0; % default to sweep later
    fs = wlanSampleRate(chanBW);

    simParameters.IncludeFreeSpacePathLoss = include_free_space_pathloss;
    simParameters.DelayModel = delay_model;
    simParameters.CarrierFrequency = carrier_frequency;
    simParameters.ElevationAngle = 0; % default to sweep later
    simParameters.MobileSpeed = mobile_speed;
    simParameters.MobileAltitude = mobile_altitude;
    simParameters.SatelliteAltitude = satellite_altitude;
    simParameters.SampleRate = fs;
    simParameters.RandomStream = random_stream;
    simParameters.Seed = seed;
    simParameters.NumTransmitAntennas = tx_antenna_count;
    simParameters.NumReceiveAntennas = rx_antenna_count;
    
    simParameters.NTNChannelType = "TDL";
    simParameters.DelayProfile = "NTN-TDL-" + profile;
    simParameters.DelaySpread = 30e-9;
        
    c = physconst("lightspeed");
    satelliteDopplerShift = dopplerShiftCircularOrbit( ...
        simParameters.ElevationAngle,simParameters.SatelliteAltitude, ...
        simParameters.MobileAltitude,simParameters.CarrierFrequency);
    
    channel = nrTDLChannel;
    channel.DelayProfile = simParameters.DelayProfile;
    channel.DelaySpread = simParameters.DelaySpread;
    channel.SatelliteDopplerShift = satelliteDopplerShift;
    channel.MaximumDopplerShift = simParameters.MobileSpeed*simParameters.CarrierFrequency/c;
    channel.NumTransmitAntennas = simParameters.NumTransmitAntennas;
    channel.NumReceiveAntennas = simParameters.NumReceiveAntennas;
    
    channel.SampleRate = simParameters.SampleRate;
    channel.RandomStream = simParameters.RandomStream;
    channel.Seed = simParameters.Seed;
    
    chInfo = info(channel);
    maxChDelay = ceil(max(chInfo.PathDelays*channel.SampleRate)) + chInfo.ChannelFilterDelay;
end