waveconfig = nrULCarrierConfig;创建上行运营商配置对象waveconfig。标签=“UL承运人1”；%此上行波形配置的标签waveconfig。NCellID = 0;细胞标识waveconfig。ChannelBandwidth = 40;%信道带宽(MHz)waveconfig。FrequencyRange =“FR1”；% 'FR1'或'FR2'waveconfig。NumSubframes = 10;生成的波形中1ms子帧的百分比(每1ms子帧1、2、4、8个插槽，取决于SCS)waveconfig。窗口Percent = 0;相对于FFT长度的窗口百分比waveconfig。SampleRate = [];ofdm调制波形的采样率waveconfig。载波频率= 0;%载波频率，单位为Hz。此属性用于符号相位%补偿前OFDM调制定义一组SCS特定的载体，使用a的最大尺寸% 40 MHz NR信道。有关defined的更多信息，请参阅TS 38.101-1%带宽和保护带要求。scscarriers = {nrSCSCarrierConfig,nrSCSCarrierConfig};scscarriers{1}。SubcarrierSpacing = 15;scscarriers{1}。NSizeGrid= 216; scscarriers{1}.NStartGrid = 0; scscarriers{2}.SubcarrierSpacing = 30; scscarriers{2}.NSizeGrid = 106; scscarriers{2}.NStartGrid = 1;

% BWP配置bwp = {nrWavegenBWPConfig,nrWavegenBWPConfig};bwp{1}。BandwidthPartID = 1;% BWP idbwp{1}。标签=“BWP 1 @ 15 kHz”；%此BWP标签bwp{1}。SubcarrierSpacing = 15;% BWP子载波间距bwp{1}。CyclicPrefix =“正常”；% BWP循环前缀为15 kHzbwp{1}。NSizeBWP = 25;% PRBs中BWP的大小bwp{1}。NStartBWP = 10;BWP相对于A点在CRBs中的位置bwp{2}。BandwidthPartID = 2;% BWP idbwp{2}。标签=“BWP 2 @ 30 kHz”；%此BWP标签bwp{2}。SubcarrierSpacing = 30;% BWP子载波间距bwp{2}。CyclicPrefix =“正常”；% BWP循环前缀为30 kHzbwp{2}。NSizeBWP = 51;% PRBs中BWP的大小bwp{2}。NStartBWP = 40;BWP相对于A点在CRBs中的位置

pucch = {nrWavegenPUCCH3Config};为第一个终端创建PUCCH格式3配置对象pucch{1}。Enable = 1;%启用PUCCH序列pucch{1}。标签='UE 1 - PUCCH格式3 @ 15 kHz'；%该PUCCH序列的标签pucch{1}。BandwidthPartID = 1;PUCCH传输BWP %pucch{1}。Power = 0;%功率缩放，单位为dB

pucch{1}。调制=“正交相移编码”；%的π/ 2-BPSK”、“正交相移编码”pucch{1}。FrequencyHopping =“intraSlot”；%跳频配置pucch{1}。SecondHopStartPRB = 10;%第二跳资源块偏移量pucch{1}。GroupHopping =“启用”；%组跳转配置pucch{1}。HoppingID = 1;%跳跃标识pucch{1}。Rnti = 11;% RNTI用于第一个UEpucch{1}。Nid = 0;%置乱标识

pucch{1}。SymbolAllocation = [3 11];第一个符号和长度pucch{1}。SlotAllocation = [3 4];为PUCCH序列分配槽索引pucch{1}。周期= 6;%插槽分配周期pucch{1}。PRBSet = 0:9;% PRB分配

pucch{1}。AdditionalDMRS = 1;%额外的DM-RSpucch{1}。dmrpower = 1;% DM-RS的额外功率提升，单位为dB

pucch{1}。编码= 1;pucch{1}。TargetCodeRate = 0.15;pucch{1}。NumUCIBits = 20;pucch{1}。NumUCI2Bits = 10;pucch{1}。DataSourceUCI =“PN9”；pucch{1}。DataSourceUCI2 =“PN9”；

pucch{2} = nrWavegenPUCCH2Config;为第二个终端创建PUCCH格式2配置对象pucch{2}。标签='UE 2 - PUCCH格式2 @ 30 kHz'；%该PUCCH序列的标签pucch{2}。BandwidthPartID = 2;% PUCCH映射到第二个BWPpucch{2}。SymbolAllocation = [10 2];符号分配pucch{2}。SlotAllocation = 0:2;槽位分配pucch{2}。Period = [];指定此PUCCH的槽模式不重复pucch{2}。Rnti = 12;% RNTI用于第二个UEpucch{2}。Nid0 = 0;DM-RS加扰标识pucch{3} = nrWavegenPUCCH0Config;为第三个终端创建PUCCH格式0的配置对象pucch{3}。标签='UE 3 - PUCCH格式0 @ 30 kHz'；%该PUCCH序列的标签pucch{3}。BandwidthPartID = 2;% PUCCH映射到第二个BWPpucch{3}。SymbolAllocation = [1 2];符号分配pucch{3}。PRBSet = 40;% PRB分配pucch{3}。FrequencyHopping =“interSlot”；%跳频pucch{3}。SecondHopStartPRB = 30;%第二跳资源块偏移量pucch{3}。InitialCyclicShift = 3;初始循环位移pucch{3}。NumUCIBits = 2;%包含HARQ-ACK的UCI比特数pucch{3}。DataSourceSR = 1;% SR数据源

pusch = {nrWavegenPUSCHConfig};pusch{1}。Enable = 0;pusch{1}。标签=“PUSCH @ 15 kHz”；pusch{1}。BandwidthPartID = 1;

srs = {nrWavegenSRSConfig};srs{1}。Enable = 0;srs{1}。标签=“SRS @ 15 kHz”；srs{1}。BandwidthPartID = 1;

waveconfig。SCSCarriers = SCSCarriers;waveconfig。BandwidthParts = bwp;waveconfig。皱=皱;waveconfig。PUSCH = PUSCH;waveconfig。SRS = SRS;生成复杂基带波形[波形，信息]= nrWaveformGenerator(waveconfig);

图;情节(abs(波形));标题(“5G上行基带波形的幅度”）;包含(“样本指数”）;ylabel (“级”）;

samplerate = info.ResourceGrids(1).Info.SampleRate;nfft = info. resourcegrid (1).Info.Nfft;图;光谱图(波形(:1)的(nfft, 1), 0, nfft,“中心”samplerate,“桠溪”，“MinThreshold”, -130);标题(《5G上行基带波形谱图》）;

disp (与第一个PUCCH相关的信息:) disp (info.WaveformResources.PUCCH (1))

disp (与BWP 1相关的调制信息:) disp (info.ResourceGrids info) (1)