NR PDSCH吞吐量利用信道状态信息反馈gydF4y2Ba

simParameters =结构();gydF4y2Ba%明显simParameters变量包含所有关键仿真参数gydF4y2BasimParameters。NFrames = 2;gydF4y2Ba% 10 ms的帧数gydF4y2BasimParameters。SNRIn = -10 [10];gydF4y2Ba%信噪比范围(dB)gydF4y2Ba

simParameters。PerfectChannelEstimator =gydF4y2Ba真正的gydF4y2Ba;gydF4y2Ba

simParameters。DisplaySimulationInformation =gydF4y2Ba真正的gydF4y2Ba;gydF4y2Ba

simParameters。DisplayDiagnostics =gydF4y2Ba假gydF4y2Ba;gydF4y2Ba

% SCS载波参数gydF4y2BasimParameters。载体= nrCarrierConfig;gydF4y2Ba%载波资源网格配置gydF4y2BasimParameters.Carrier。NSizeGrid = 52个;gydF4y2Ba%的带宽资源块的数量gydF4y2BasimParameters.Carrier。SubcarrierSpacing = 15;gydF4y2Ba% 15、30、60、120(赫兹)gydF4y2BasimParameters.Carrier。CyclicPrefix =gydF4y2Ba“正常”gydF4y2Ba;gydF4y2Ba%“正常”或“扩展”(CP相关延长60 kHz SCS)gydF4y2BasimParameters.Carrier。NCellID = 1;gydF4y2Ba%细胞身份gydF4y2Ba

simParameters。PDSCH = nrPDSCHConfig;gydF4y2Ba%这个PDSCH定义是所有PDSCH传输模拟的基础gydF4y2Ba%定义PDSCH时间分配在一个插槽gydF4y2BasimParameters.PDSCH。MappingType =gydF4y2Ba“一个”gydF4y2Ba;gydF4y2Ba% PDSCH映射类型(“A”(slot-wise),“B”(非slot-wise))gydF4y2BasymAlloc = [2 simParameters.Carrier.SymbolsPerSlot-2];gydF4y2Ba%开始每个PDSCH的象征和符号的数量分配gydF4y2BasimParameters.PDSCH。SymbolAllocation = symAlloc;gydF4y2Ba%定义PDSCH每槽充满电网频率资源分配gydF4y2BasimParameters.PDSCH。PRBSet = 0: simParameters.Carrier.NSizeGrid-1;gydF4y2Ba%匆忙标识符gydF4y2BasimParameters.PDSCH。NID = simParameters.Carrier.NCellID; simParameters.PDSCH.RNTI = 1;

simParameters.PDSCH.DMRS。DMRSTypeAPosition =gydF4y2Ba2gydF4y2Ba;gydF4y2Ba%映射类型。第一个DM-RS符号位置(2、3)gydF4y2BasimParameters.PDSCH.DMRS。DMRSLength =gydF4y2Ba1gydF4y2Ba;gydF4y2Ba%的前置DM-RS符号(1(单符号),2(双符号))gydF4y2BasimParameters.PDSCH.DMRS。DMRSAdditionalPosition =gydF4y2Ba2gydF4y2Ba;gydF4y2Ba%额外DM-RS标志位置(最大范围0…3)gydF4y2BasimParameters.PDSCH.DMRS。DMRSConfigurationType =gydF4y2Ba2gydF4y2Ba;gydF4y2Ba% DM-RS配置类型(1、2)gydF4y2BasimParameters.PDSCH.DMRS。NumCDMGroupsWithoutData =gydF4y2Ba3gydF4y2Ba;gydF4y2Ba% CDM组没有数据(1、2、3)gydF4y2Ba

simParameters。PDSCHExtension =结构();simParameters.PDSCHExtension。PRGBundleSize =gydF4y2Ba4gydF4y2Ba;gydF4y2Ba% 2、4或[]表示“宽带”gydF4y2BasimParameters.PDSCHExtension。MCSTable =gydF4y2Ba“表1”gydF4y2Ba;gydF4y2Ba%“表1”,…,“Table4”gydF4y2BasimParameters.PDSCHExtension。XOverhead =gydF4y2Ba[]gydF4y2Ba;gydF4y2Ba% 0、6、12、18或自动选择[]。gydF4y2Ba

simParameters.PDSCHExtension。LDPCDecodingAlgorithm =gydF4y2Ba“规范化min-sum”gydF4y2Ba;simParameters.PDSCHExtension。MaximumLDPCIterationCount = 6;gydF4y2Ba

simParameters.TransmitAntennaArray。NumPanels =gydF4y2Ba1gydF4y2Ba;gydF4y2Ba%的面板水平维度(Ng)gydF4y2BasimParameters.TransmitAntennaArray。PanelDimensions =gydF4y2Ba(2 - 2)gydF4y2Ba;gydF4y2Ba%的列和行数面板(N1、N2)gydF4y2BasimParameters.ReceiveAntennaArray。NumPanels =gydF4y2Ba1gydF4y2Ba;gydF4y2Ba%的面板水平维度(Ng)gydF4y2BasimParameters.ReceiveAntennaArray。PanelDimensions = 1 [2];gydF4y2Ba%的列和行数面板(N1、N2)gydF4y2Ba

simParameters。NTxAnts = numAntennaElements(simParameters.TransmitAntennaArray); simParameters.NRxAnts = numAntennaElements(simParameters.ReceiveAntennaArray);

simParameters。csir = nrCSIRSConfig;simParameters.CSIRS。CSIRSType =gydF4y2Ba“nzp”gydF4y2Ba;gydF4y2Ba%的nzp”、“zp”gydF4y2BasimParameters.CSIRS。RowNumber =gydF4y2Ba6gydF4y2Ba;gydF4y2Ba% 1…18gydF4y2BasimParameters.CSIRS。NumRB = simParameters.Carrier.NSizeGrid - simParameters.CSIRS.RBOffset; simParameters.CSIRS.CSIRSPeriod = [10 0]; simParameters.CSIRS.SymbolLocations = 4; simParameters.CSIRS.SubcarrierLocations = [0,3,6,9]; simParameters.CSIRS.Density =“一个”gydF4y2Ba;disp ([gydF4y2Ba“CSI-RS端口数量:”gydF4y2Banum2str (simParameters.CSIRS.NumCSIRSPorts)gydF4y2Ba“。”gydF4y2Ba])gydF4y2Ba

csirsCDMLengths = getCSIRSCDMLengths (simParameters.CSIRS);gydF4y2Ba%检查CSI-RS端口和传输天线元素的数量匹配gydF4y2Ba%和多个CSI-RS资源的一致性gydF4y2BavalidateCSIRSConfig (simParameters.Carrier simParameters.CSIRS simParameters.NTxAnts);gydF4y2Ba

simParameters.CSIReportMode=“RI-PMI-CQI”gydF4y2Ba;gydF4y2Ba%’RI-PMI-CQI”、“AI CSI压缩”,“完美CSI”gydF4y2Ba

simParameters。CSIReportConfig =结构();simParameters.CSIReportConfig。时间= [5 0];gydF4y2Ba% Peridocity和抵消插槽的CSI报告gydF4y2Ba如果gydF4y2BasimParameters.CSIReportMode==“RI-PMI-CQI”gydF4y2BasimParameters.CSIReportConfig。CQITable =gydF4y2Ba“表1”gydF4y2Ba;gydF4y2Ba%“表1”、“表”,“Table3”gydF4y2BasimParameters.CSIReportConfig。CQIMode =gydF4y2Ba“宽带”gydF4y2Ba;gydF4y2Ba%“宽带”、“子”gydF4y2BasimParameters.CSIReportConfig。PMIMode =gydF4y2Ba“子”gydF4y2Ba;gydF4y2Ba%“宽带”、“子”gydF4y2BasimParameters.CSIReportConfig。CodebookType =gydF4y2Ba“Type1SinglePanel”gydF4y2Ba;gydF4y2Ba%’Type1SinglePanel”、“Type1MultiPanel,类型2的gydF4y2BasimParameters.CSIReportConfig。SubbandSize =gydF4y2Ba4gydF4y2Ba;gydF4y2Ba%部分波段大小RB (4、8、16、32)gydF4y2BasimParameters.CSIReportConfig。CodebookMode =gydF4y2Ba1gydF4y2Ba;gydF4y2Ba% 1、2gydF4y2BasimParameters.CSIReportConfig。RIRestriction = [];gydF4y2Ba%空没有等级限制gydF4y2BasimParameters.CSIReportConfig。NumberOfBeams =gydF4y2Ba2gydF4y2Ba;gydF4y2Ba% 2,3,4。只对II型电报密码本gydF4y2BasimParameters.CSIReportConfig。PhaseAlphabetSize =gydF4y2Ba8gydF4y2Ba;gydF4y2Ba% 4、8。只对II型电报密码本gydF4y2BasimParameters.CSIReportConfig。SubbandAmplitude =gydF4y2Ba真正的gydF4y2Ba;gydF4y2Ba%真/假。只对II型电报密码本gydF4y2BasimParameters.CSIReportConfig。NStartBWP = [];gydF4y2Ba%空整个载波信号gydF4y2BasimParameters.CSIReportConfig。NSizeBWP = [];gydF4y2Ba%空整个载波信号gydF4y2Ba%配置指定的CSI与天线面板尺寸报告gydF4y2BasimParameters.CSIReportConfig。PanelDimensions =getCSIReportPanelDimensions(simParameters.TransmitAntennaArray,simParameters.CSIReportConfig.CodebookType);其他的gydF4y2Ba% AI CSI压缩gydF4y2Ba%指定文件名的人工智能神经网络gydF4y2BasimParameters。AINetworkFilename =gydF4y2Ba“csiTrainedNetwork.mat”gydF4y2Ba;gydF4y2Ba结束gydF4y2Ba

simParameters。UEProcessingDelay = 7;simParameters。BSProcessingDelay = 1;gydF4y2Ba

simParameters。DelayProfile =gydF4y2Ba“CDL-C”gydF4y2Ba;gydF4y2Ba% CDL-A,…,‘CDL-E’,‘TDL-A’,……,“TDL-E”gydF4y2BasimParameters。DelaySpread = 300 e-9;gydF4y2Ba% sgydF4y2BasimParameters。MaximumDopplerShift = 5;gydF4y2Ba%赫兹gydF4y2BasimParameters。频道= createChannel (simParameters);gydF4y2Ba

%数组来存储所有信噪比点的最大吞吐量gydF4y2BamaxThroughput = 0(长度(simParameters.SNRIn), 1);gydF4y2Ba%数组来存储所有信噪比点的模拟吞吐量gydF4y2BasimThroughput = 0(长度(simParameters.SNRIn), 1);gydF4y2Ba%单元阵列存储CSI报告每个信噪比点gydF4y2BaCSIReport = {};gydF4y2Ba为gydF4y2BasnrIdx = 1:元素个数(simParameters.SNRIn)gydF4y2Ba% parfor snrIdx = 1:元素个数(simParameters.SNRIn)gydF4y2Ba%减少总模拟时间,你可以执行这个循环gydF4y2Ba%并行使用并行计算工具箱。注释掉”的gydF4y2Ba%声明和取消“parfor”声明。gydF4y2Ba%重置重复性的随机数发生器gydF4y2Barng (0,gydF4y2Ba“旋风”gydF4y2Ba);gydF4y2Ba%显示模拟信息在这个信噪比点gydF4y2BadisplaySNRPointProgress (simParameters snrIdx);gydF4y2Ba%充分simulation-level参数结构,这样的副本gydF4y2Ba%不PCT变量在使用parfor播出gydF4y2BasimParamLocal = simParameters;gydF4y2Ba%设置发射机,传播渠道,接收机,CSIgydF4y2Ba%反馈配置参数。gydF4y2Ba(载体、encodeDLSCH pdsch、pdschextra csir, mtx) = setupTransmitter (simParamLocal);(通道、maxChDelay N0) = setupChannel (simParamLocal snrIdx);[decodeDLSCH, pathFilters timingOffset] = setupReceiver (simParamLocal);csiFeedbackOpts = getCSIFeedbackOptions (simParamLocal snrIdx);gydF4y2Ba%获得最初的CSI报告基于完美的信道估计gydF4y2Ba% Tx可以使用适应传输参数。gydF4y2BacsiReports = initialCSIReport (simParamLocal snrIdx,载体,csir,通道,csiFeedbackOpts);csiAvailableSlots = 0;gydF4y2Ba%的总数槽模拟时期gydF4y2BaNSlots = simParamLocal。NFrames* carrier.SlotsPerFrame;%遍历整个波形长度gydF4y2Ba为gydF4y2Banslot = 0: NSlots-1gydF4y2Ba%更新承运人槽编号为新槽gydF4y2Ba母舰。NSlot = nslot;%使用新配置层数和CSI报告gydF4y2Ba%的调制PDSCH DL-SCH如果速度和目标代码gydF4y2Ba%有一个新的报告。gydF4y2Ba[isNewReport, repIdx] = ismember (nslot csiAvailableSlots);gydF4y2Ba如果gydF4y2BaisNewReport [pdsch.Modulation pdschextra。TargetCodeRate mtx) = hCSIDecode(载体、pdsch pdschextra, csiReports (repIdx) csiFeedbackOpts);pdsch。NumLayers = size(wtx,1); encodeDLSCH.TargetCodeRate = pdschextra.TargetCodeRate;结束gydF4y2Ba%创建一个OFDM资源网格的一个插槽gydF4y2BadlGrid = nrResourceGrid(载体、csirs.NumCSIRSPorts);gydF4y2Ba% CSI-RS槽资源网格的映射gydF4y2Ba[csirsInd, csirsInfo] = nrCSIRSIndices(载体,csir);csir csirsSym = nrCSIRS(载体);dlGrid (csirsInd) = csirsSym;csirsTransmission = ~ isempty (csirsInd);gydF4y2Ba% PDSCH保留CSI-RS REsgydF4y2Bapdsch。ReservedRE = csirsInd-1;gydF4y2Ba%基于指数gydF4y2Ba% PDSCH代gydF4y2Ba%计算传输的传输块大小的槽gydF4y2Ba[pdschIndices, pdschIndicesInfo] = nrPDSCHIndices(载体,pdsch);trBlkSizes = nrTBS (pdsch.Modulation、pdsch.NumLayers元素个数(pdsch.PRBSet) pdschIndicesInfo.NREPerPRB, pdschextra.TargetCodeRate, pdschextra.XOverhead);gydF4y2Ba%交通阻塞一代gydF4y2Ba为gydF4y2BacwIdx = 1: pdsch.NumCodewordsgydF4y2Ba%的新数据对当前码字然后创建一个新的DL-SCH交通阻塞gydF4y2BatrBlk =兰迪([0,1],trBlkSizes (cwIdx), 1);setTransportBlock (encodeDLSCH trBlk cwIdx-1);resetSoftBuffer (decodeDLSCH cwIdx-1);gydF4y2Ba结束gydF4y2Ba%编码DL-SCH传输块gydF4y2Ba房车= 0 (1、pdsch.NumCodewords);codedTrBlocks = encodeDLSCH (pdsch.Modulation pdsch.NumLayers,gydF4y2Ba…gydF4y2BapdschIndicesInfo.G, RV);gydF4y2Ba% PDSCH调制和预编码gydF4y2BapdschSymbols = nrPDSCH(载体,pdsch codedTrBlocks);[pdschAntSymbols, pdschAntIndices] = hPRGPrecode(大小(dlGrid)、carrier.NStartGrid pdschSymbols, pdschIndices, mtx);dlGrid (pdschAntIndices) = pdschAntSymbols;gydF4y2Ba% PDSCH DM-RS预编码和映射gydF4y2BadmrsSymbols = nrPDSCHDMRS(载体、pdsch);dmrsIndices = nrPDSCHDMRSIndices(载体、pdsch);[dmrsAntSymbols, dmrsAntIndices] = hPRGPrecode(大小(dlGrid)、carrier.NStartGrid dmrsSymbols, dmrsIndices, mtx);dlGrid (dmrsAntIndices) = dmrsAntSymbols;gydF4y2Ba% OFDM调制gydF4y2BatxWaveform = nrOFDMModulate(载体、dlGrid);gydF4y2Ba%通过通道模型传递数据。附加零结束的时候gydF4y2Ba%传播波形冲洗频道内容。这些零gydF4y2Ba%考虑推迟引入的通道。gydF4y2BatxWaveform = [txWaveform;0 (maxChDelay、尺寸(txWaveform 2)));gydF4y2Ba% #好< AGROW >gydF4y2Ba[rxWaveform, pathGains sampleTimes] =通道(txWaveform);gydF4y2Ba%添加情况下接收到的时域波形gydF4y2Ba噪音= N0 *复杂(randn(大小(rxWaveform)), randn(大小(rxWaveform)));rxWaveform = rxWaveform +噪声;gydF4y2Ba如果gydF4y2Ba(simParamLocal.PerfectChannelEstimator)gydF4y2Ba%完美同步。使用提供的信息gydF4y2Ba%频道找到最强的多路径组件gydF4y2BapathFilters = getPathFilters(渠道);[timingOffset,杂志]= nrPerfectTimingEstimate (pathGains pathFilters);gydF4y2Ba其他的gydF4y2Ba%实际同步。将接收到的波形gydF4y2Ba%的PDSCH DM-RS获取时间偏移和gydF4y2Ba%的相关性大小。接收方更新时间偏移量gydF4y2Ba%只有当相关程度高。gydF4y2Ba(t, mag) = nrTimingEstimate(载体、rxWaveform dmrsIndices, dmrsSymbols);timingOffset = hSkipWeakTimingOffset (timingOffset t杂志);gydF4y2Ba%显示一个警告,如果估计时间抵消超过gydF4y2Ba%最大信道延迟gydF4y2Ba如果gydF4y2BatimingOffset > maxChDelay警告([gydF4y2Ba的估计时间偏移(% d)大于最大信道延迟(% d)。gydF4y2Ba…gydF4y2Ba这将导致一个解码失败。这可能是由于低信噪比,gydF4y2Ba…gydF4y2Ba”或不够DM-RS符号同步成功。”gydF4y2Ba,timingOffset maxChDelay);gydF4y2Ba结束gydF4y2Ba结束gydF4y2BarxWaveform = rxWaveform (1 + timingOffset:最终,);gydF4y2Ba%完成OFDM解调接收的数据重新创建gydF4y2Ba%网格资源,包括填充时,实用gydF4y2Ba%同步解调结果在一个不完整的槽gydF4y2BarxGrid = nrOFDMDemodulate(载体、rxWaveform);[K, L R] =大小(rxGrid);gydF4y2Ba如果gydF4y2Ba(L < carrier.SymbolsPerSlot) rxGrid =猫(2 rxGrid 0 (K, carrier.SymbolsPerSlot-L, R));gydF4y2Ba结束gydF4y2Ba如果gydF4y2Ba(simParamLocal.PerfectChannelEstimator)gydF4y2Ba%完美的信道估计,使用路径的价值收益gydF4y2Ba%由渠道提供。这个通道估计没有gydF4y2Ba%包括发射机预编码的影响gydF4y2Ba命令= nrPerfectChannelEstimate(载体,pathGains、pathFilters timingOffset, sampleTimes);gydF4y2Ba%得到完美的噪声估计(从噪声实现)gydF4y2BanoiseGrid = nrOFDMDemodulate(载体、噪音(1 + timingOffset:最终,));噪音= var (noiseGrid (:));gydF4y2Ba%得到PDSCH从接收到的网格和资源元素gydF4y2Ba%信道估计gydF4y2Ba[pdschRx pdschHest, ~, pdschHestIndices] = nrExtractResources (pdschIndices, rxGrid命令);gydF4y2Ba%预编码应用到信道估计gydF4y2BapdschHest = hPRGPrecode(大小(命令),运营商。NStartGrid,pdschHest,pdschHestIndices,permute(wtx,[2 1 3]));其他的gydF4y2Ba%实际收到网格和之间的信道估计gydF4y2Ba%每个传输层,使用PDSCH DM-RSgydF4y2Ba%层。这个通道估计包括的影响gydF4y2Ba%发射机预编码gydF4y2Ba(命令、噪音)= hSubbandChannelEstimate(载体、rxGrid dmrsIndices, dmrsSymbols, pdschextra.PRGBundleSize,gydF4y2Ba“CDMLengths”gydF4y2Ba,pdsch.DMRS.CDMLengths);gydF4y2Ba%的平均噪音估计PRGs和层gydF4y2Ba噪音=意味着(噪音,gydF4y2Ba“所有”gydF4y2Ba);gydF4y2Ba%得到PDSCH从接收到的网格和资源元素gydF4y2Ba%信道估计gydF4y2Ba[pdschRx, pdschHest] = nrExtractResources (pdschIndices rxGrid,命令);gydF4y2Ba结束gydF4y2Ba%均衡gydF4y2Ba[pdschEq, eqCSIScaling] = nrEqualizeMMSE (pdschRx pdschHest,噪音);gydF4y2Ba%解码PDSCH物理通道gydF4y2Ba[dlschLLRs, rxSymbols] = nrPDSCHDecode(载体、pdsch pdschEq,噪音);gydF4y2Ba%显示维生素与每层每槽和RBgydF4y2Ba如果gydF4y2Ba(simParamLocal.DisplayDiagnostics) plotLayerEVM (NSlots、nslot pdsch,大小(dlGrid) pdschIndices, pdschSymbols, pdschEq);gydF4y2Ba结束gydF4y2Ba% llr规模gydF4y2BaeqCSIScaling = nrLayerDemap (eqCSIScaling);gydF4y2Ba% CSI demapping扩展层gydF4y2Ba为gydF4y2BacwIdx = 1: pdsch.NumCodewordsQm = length(dlschLLRs{cwIdx})/length(rxSymbols{cwIdx});%每个符号位gydF4y2BaeqCSIScaling {cwIdx} = repmat (eqCSIScaling {cwIdx}。”、Qm 1);gydF4y2Ba%增加每个每个符号gydF4y2BadlschLLRs {cwIdx} = dlschLLRs {cwIdx}。* eqCSIScaling {cwIdx} (:);gydF4y2Ba% llr规模gydF4y2Ba结束gydF4y2Ba%解码DL-SCH传输通道gydF4y2BadecodeDLSCH。TransportBlockLength = trBlkSizes;decodeDLSCH。TargetCodeRate = pdschextra.TargetCodeRate;[decbits, blkerr] = decodeDLSCH (dlschLLRs, pdsch.Modulation pdsch.NumLayers, RV);gydF4y2Ba%存储值计算的吞吐量gydF4y2BasimThroughput (snrIdx) = simThroughput (snrIdx) + (~ blkerr。* trBlkSizes)总和;maxThroughput (snrIdx) = maxThroughput (snrIdx) +总和(trBlkSizes);gydF4y2Ba% CSI测量和编码gydF4y2Ba如果gydF4y2BacsirsTransmissiongydF4y2Ba如果gydF4y2Ba(~ simParamLocal.PerfectChannelEstimator)gydF4y2Ba%只考虑基于CSI-RS NZP-CSI-RS符号和指数gydF4y2Ba%信道估计gydF4y2Banzpind = (csirsSym ~ = 0);gydF4y2Ba基于CSI-RS %计算实际的信道估计。使用gydF4y2Ba%的时间平均覆盖所有的窗口gydF4y2Ba% CSI-RS传播符号。gydF4y2Ba(命令、噪音)= nrChannelEstimate (rxGrid载体,gydF4y2Ba…gydF4y2BacsirsInd (nzpind) csirsSym (nzpind),gydF4y2Ba“CDMLengths”gydF4y2Ba,csirsCDMLengths);gydF4y2Ba结束gydF4y2Ba%生成CSI报告。存储报告时使用gydF4y2Ba%发射机。CSI反馈的延迟gydF4y2Ba%取决于CSI周期性和问题处理报告gydF4y2Ba%的延迟。CSI的槽是可供使用的gydF4y2Ba%发射机取决于BS处理延迟。gydF4y2Bacsir rxCSIReport = hCSIEncode(载体,命令,噪音,csiFeedbackOpts);csiFeedbackSlot = nextCSISlot (1 + nslot + simParamLocal.UEProcessingDelay csiFeedbackOpts.CSIReportPeriod);csiAvailableSlots结束(+ 1)= 1 + csiFeedbackSlot + simParamLocal.BSProcessingDelay;gydF4y2Ba% #好< SAGROW >gydF4y2BacsiReports结束(+ 1)= rxCSIReport;gydF4y2Ba% #好< SAGROW >gydF4y2Ba结束gydF4y2Ba% slot-wise打印信息gydF4y2Ba如果gydF4y2Ba(simParamLocal.DisplaySimulationInformation) printSlotInfo (NSlots,载体,pdsch、pdschextra blkerr, trBlkSizes. / pdschIndicesInfo.G csirsTransmission, csiReports, repIdx)gydF4y2Ba结束gydF4y2Ba结束gydF4y2Ba为每一个信噪比点%商店CSI报告gydF4y2BaCSIReport {snrIdx} = csiReports;gydF4y2Ba% #好< SAGROW >gydF4y2Ba%动态在命令窗口中显示结果gydF4y2Ba如果gydF4y2Ba(simParamLocal.DisplaySimulationInformation)流(gydF4y2Ba' \ n 'gydF4y2Ba);gydF4y2Ba结束gydF4y2Ba流(gydF4y2Ba' \ nThroughput (Mbps) % d帧(s) = % .4f \ n 'gydF4y2BasimParamLocal.NFrames 1 e-6 * simThroughput (snrIdx) / (simParamLocal.NFrames * 10 e - 3));gydF4y2Ba结束gydF4y2Ba

图;情节(simParameters.SNRIn,1 e-6 * simThroughput / (simParameters.NFrames * 10 e - 3),gydF4y2Ba“啊——”。gydF4y2Ba)包含(gydF4y2Ba“信噪比(dB)”gydF4y2Ba);ylabel (gydF4y2Ba吞吐量(Mbps)的gydF4y2Ba);网格gydF4y2Ba在gydF4y2Ba;标题(sprintf (gydF4y2Ba' % s (%) % d) / NRB = % d / SCS = % dkHz / CSI: % s的gydF4y2Ba,gydF4y2Ba…gydF4y2BasimParameters.DelayProfile、simParameters.NTxAnts simParameters.NRxAnts,gydF4y2Ba…gydF4y2BasimParameters.Carrier.NSizeGrid simParameters.Carrier.SubcarrierSpacing,gydF4y2Ba…gydF4y2Bachar (simParameters.CSIReportMode)));gydF4y2Ba

如果gydF4y2BasimParameters.CSIReportMode==“RI-PMI-CQI”gydF4y2Baperc = 90;plotCQI (simParameters CSIReport全氯乙烯)gydF4y2Ba结束gydF4y2Ba

%包到合并结构关键参数和结果记录gydF4y2BasimResults。simParameters = simParameters;simResults。simThroughput = simThroughput;simResults。maxThroughput = maxThroughput;simResults。CSIReport = CSIReport;gydF4y2Ba

函数gydF4y2Ba(载体、eDLSCH pdsch、pdschextra csir, mtx) = setupTransmitter (simParameters)gydF4y2Ba%提取通道和信号电平参数,创建DL-SCH编码器和gydF4y2Ba%初始化天线系统预编码矩阵。gydF4y2Ba载体= simParameters.Carrier;pdsch = simParameters.PDSCH;pdschextra = simParameters.PDSCHExtension;csir = simParameters.CSIRS;gydF4y2Ba如果需要%选择XOverhead TBS计算gydF4y2Ba如果gydF4y2Bapdschextra isempty (pdschextra.XOverhead)。csir XOverhead = getXOverhead(载体);gydF4y2Ba结束gydF4y2Ba%创建DL-SCH编码器系统对象执行传输通道gydF4y2Ba%的编码gydF4y2BaeDLSCH = nrDLSCH;gydF4y2Ba%初始化天线系统预编码矩阵gydF4y2Bawtx = 1;gydF4y2Ba结束gydF4y2Ba函数gydF4y2Ba[decodeDLSCH, pathFilters timingOffset] = setupReceiver (simParameters)gydF4y2Ba%创建和配置DL-SCH解码器和初始化接收机参数gydF4y2Ba%创建DL-SCH解码器系统对象执行传输通道gydF4y2Ba%解码gydF4y2BadecodeDLSCH = nrDLSCHDecoder;decodeDLSCH。LDPCDecodingAlgorithm = simParameters.PDSCHExtension.LDPCDecodingAlgorithm;decodeDLSCH。MaximumLDPCIterationCount = simParameters.PDSCHExtension.MaximumLDPCIterationCount;gydF4y2Ba%初始化通道路径过滤器和时间偏移量。时间偏移量是gydF4y2Ba%更新每一个完美的同步,当槽gydF4y2Ba%为实际同步相关性强gydF4y2BapathFilters = [];timingOffset = 0;gydF4y2Ba结束gydF4y2Ba函数gydF4y2Ba频道= createChannel (simParameters)gydF4y2Ba%创建和配置传播通道。如果天线的数量gydF4y2Ba% 1,配置只有1极化,否则配置2偏振。gydF4y2Ba%的天线元素和偏振gydF4y2BanTxAnts = simParameters.NTxAnts;numTxPol = 1 + (nTxAnts > 1);nRxAnts = simParameters.NRxAnts;numRxPol = 1 + (nRxAnts > 1);gydF4y2Ba如果gydF4y2Ba包含(simParameters.DelayProfilegydF4y2BaCDL的gydF4y2Ba)gydF4y2Ba%创建CDL通道gydF4y2Ba频道= nrCDLChannel;gydF4y2Ba%在CDL Tx天线阵列配置通道。天线的数量gydF4y2Ba%元素取决于面板尺寸。天线的尺寸gydF4y2Ba%数组(M, N, P, Mg, Ng)。M和N行和列的数量gydF4y2Ba%的天线阵列。P偏振的数量(1或2)。MggydF4y2Ba% Ng是数组的行和列分别面板。请注意gydF4y2Ba%,N1和N2面板尺寸遵循不同的约定gydF4y2Ba%表示行和列的数量,分别。gydF4y2BatxArray = simParameters.TransmitAntennaArray;M = txArray.PanelDimensions (2);N = txArray.PanelDimensions (1);Ng = txArray.NumPanels;channel.TransmitAntennaArray。大小= [M N numTxPol 1 Ng);channel.TransmitAntennaArray。ElementSpacing = (0.5 - 0.5 1);gydF4y2Ba%元素波长间距gydF4y2Bachannel.TransmitAntennaArray。PolarizationAngles = 45 [-45];gydF4y2Ba%偏振角的度gydF4y2Ba% Rx CDL通道天线阵列配置gydF4y2BarxArray = simParameters.ReceiveAntennaArray;M = rxArray.PanelDimensions (2);N = rxArray.PanelDimensions (1);Ng = rxArray.NumPanels;channel.ReceiveAntennaArray。大小= [M N numRxPol 1 Ng);channel.ReceiveAntennaArray。ElementSpacing = (0.5 - 0.5 1);gydF4y2Ba%元素波长间距gydF4y2Bachannel.ReceiveAntennaArray。PolarizationAngles = [0 90];gydF4y2Ba%偏振角的度gydF4y2BaelseifgydF4y2Ba包含(simParameters.DelayProfilegydF4y2Ba“TDL”gydF4y2Ba)= nrTDLChannel频道;通道。NumTransmitAntennas = nTxAnts; channel.NumReceiveAntennas = nRxAnts;其他的gydF4y2Ba错误(gydF4y2Ba“渠道不支持。”万博1manbetxgydF4y2Ba)gydF4y2Ba结束gydF4y2Ba%配置常见的信道参数:延迟,延迟扩展gydF4y2Ba%最大的多普勒频移gydF4y2Ba通道。DelayProfile = simParameters.DelayProfile;通道。DelaySpread = simParameters.DelaySpread;通道。MaximumDopplerShift = simParameters.MaximumDopplerShift;gydF4y2Ba%得到信息后的基带波形OFDM调制的一步gydF4y2BawaveInfo = nrOFDMInfo (simParameters.Carrier);gydF4y2Ba%更新频道基于载体信息的采样率gydF4y2Ba通道。SampleRate = waveInfo.SampleRate;gydF4y2Ba结束gydF4y2Ba函数gydF4y2Ba(通道、maxChannelDelay N0) = setupChannel (simParameters snrIdx)gydF4y2Ba%重置传播渠道。获得最大的渠道gydF4y2Ba%延迟并计算AWGN标准差。gydF4y2Ba%提取通道gydF4y2Ba频道= simParameters.Channel;channel.reset ();gydF4y2Ba%获得信道的信息gydF4y2BachInfo =信息(渠道);maxChannelDelay = chInfo.MaximumChannelDelay;gydF4y2Ba%计算噪声标准差。由传输线正常化噪声功率gydF4y2Ba%大小用于OFDM调制的OFDM调制器应用gydF4y2Ba%正常化传播波形。gydF4y2BaSNRdB = simParameters.SNRIn (snrIdx);信噪比= 10 ^ (SNRdB / 10);waveInfo = nrOFDMInfo (simParameters.Carrier);N0 = 1 /√(2.0 *双(waveInfo.Nfft) *信噪比);gydF4y2Ba%也正常接收天线的数量如果通道gydF4y2Ba%这个正常化适用于输出gydF4y2Ba如果gydF4y2Ba通道。NormalizeChannelOutputs N0 = N0/sqrt(chInfo.NumOutputSignals);结束gydF4y2Ba结束gydF4y2Ba函数gydF4y2BacsiReport = initialCSIReport (simParameters snrIdx,载体,csir,通道,csiFeedbackOpts)gydF4y2Ba%得到一个初始CSI报告使用一个完美的信道估计gydF4y2Ba[命令,据nVar] = getInitialChannelEstimate(载体、通道simParameters.SNRIn (snrIdx));csiFeedbackOpts。PerfectChannelEstimator = true;csir。CSIRSPeriod =gydF4y2Ba“上”gydF4y2Ba;csir csiReport = hCSIEncode(载体,命令,据nVar, csiFeedbackOpts);gydF4y2Ba结束gydF4y2Ba函数gydF4y2Ba[estChannelGrid,据nVar] = getInitialChannelEstimate(载体、propchannel SNRdB)gydF4y2Ba%获得信道估计之前第一次传输。这可以使用gydF4y2Ba%获得初始传输参数gydF4y2BaofdmInfo = nrOFDMInfo(载体);chInfo = info (propchannel);gydF4y2Ba%克隆通道和路径收益和样品时间完美的时机gydF4y2Ba%和信道估计gydF4y2Ba频道=克隆(propchannel);释放(渠道);通道。ChannelFiltering = false;通道。NumTimeSamples = (ofdmInfo.SampleRate/1000/carrier.SlotsPerSubframe)+chInfo.MaximumChannelDelay; [pathGains,sampleTimes] = channel();%的时间同步gydF4y2BapathFilters = getPathFilters(渠道);抵消= nrPerfectTimingEstimate (pathGains pathFilters);gydF4y2Ba%完美的信道估计gydF4y2BaestChannelGrid = nrPerfectChannelEstimate(载体,pathGains pathFilters,抵消,sampleTimes);gydF4y2Ba%噪声方差(不占通道效果。)gydF4y2Ba据nVar = 10 ^ (-SNRdB / 10) /大小(estChannelGrid 3);gydF4y2Ba结束gydF4y2Ba函数gydF4y2Bacsir XOverhead = getXOverhead(载体)gydF4y2Ba%计算传输块大小XOverhead决心的基础上gydF4y2Ba% CSI-RS资源网格占用gydF4y2Ba[~,csirsInfo] = nrCSIRSIndices(载体,csir);csirsRE =长度(csirsInfo.KBarLBar{1}) *长度(csirsInfo.KPrime{1}) *长度(csirsInfo.LPrime {1});[~,XOverhead] = quantiz (csirsRE [0 6 12], [0 6 12 18]);gydF4y2Ba结束gydF4y2Ba函数gydF4y2BacdmLengths = getCSIRSCDMLengths (csir)gydF4y2Ba% CDMLENGTHS = getCSIRSCDMLengths (csir)返回给定的CDM的长度gydF4y2Bacsir % CSI-RS配置对象。gydF4y2BaCDMType = csirs.CDMType;gydF4y2Ba如果gydF4y2Ba~ iscell (csirs.CDMType) CDMType = {csirs.CDMType};gydF4y2Ba结束gydF4y2BaCDMTypeOpts = {gydF4y2Ba“noCDM”gydF4y2Ba,gydF4y2Ba“fd-CDM2”gydF4y2Ba,gydF4y2Ba“CDM4”gydF4y2Ba,gydF4y2Ba“CDM8”gydF4y2Ba};CDMLengthOpts = {[1], [2 1], [2 2], [2 - 4]};cdmLengths = CDMLengthOpts {strcmpi (CDMTypeOpts CDMType {1})};gydF4y2Ba结束gydF4y2Ba函数gydF4y2BacsiFeedbackOpts = getCSIFeedbackOptions (simParameters snrIdx)gydF4y2Ba%创建一个CSI反馈算法选择结构gydF4y2BacsiFeedbackOpts =结构();csiFeedbackOpts。CSIReportMode =simParameters.CSIReportMode;csiFeedbackOpts。CSIReportPeriod = simParameters.CSIReportConfig.Period;csiFeedbackOpts。CSIReportConfig = simParameters.CSIReportConfig;csiFeedbackOpts。PerfectChannelEstimator = simParameters.PerfectChannelEstimator;gydF4y2Ba如果gydF4y2BasimParameters.CSIReportMode==“人工智能CSI压缩”gydF4y2Ba%副本附加链接适应配置AI CSI压缩模式gydF4y2BacsiFeedbackOpts。AINetworkFilename = simParameters.AINetworkFilename;gydF4y2Ba%下载和提取pretrained CSI网络AI CSI压缩模式gydF4y2BadisplayProgress = (snrIdx = = 1);helperCSINetDownloadData (displayProgress);gydF4y2Ba结束gydF4y2Ba结束gydF4y2Ba函数gydF4y2BapanelDimensions = getCSIReportPanelDimensions (antennaArray codebookType)gydF4y2Ba据TS %配置天线阵列尺寸38.214节gydF4y2Ba% 5.2.2.2作为单一的面板向量(N1、N2)数组和一个向量gydF4y2Ba% (Ng, N1、N2)多层面板阵列。gydF4y2BapanelDimensions = antennaArray.PanelDimensions;gydF4y2Ba%添加数量的板如果电报密码本类型是多层面板gydF4y2Ba如果gydF4y2Bastrcmpi (codebookTypegydF4y2Ba“Type1MultiPanel”gydF4y2Ba(antennaArray) panelDimensions =。NumPanels panelDimensions];gydF4y2Ba结束gydF4y2Ba结束gydF4y2Ba函数gydF4y2Banslot csislot = nextCSISlot(期)gydF4y2Ba%返回第一个槽的槽数CSI反馈gydF4y2Ba%根据CSI报告周期gydF4y2Bap =时期(1);gydF4y2Ba%槽周期性gydF4y2Bao =时期(2);gydF4y2Ba%槽抵消gydF4y2Bacsislot = p *装天花板((nslot-o) / p) + o;gydF4y2Ba结束gydF4y2Ba函数gydF4y2Ba[numElemenets, numPol] = numAntennaElements (antArray)gydF4y2Ba%计算天线在天线阵列元素的数量gydF4y2Ba任何(antArray numPol = 1 +。PanelDimensions ~ = 1);numElemenets = numPol * antArray.NumPanels * prod (antArray.PanelDimensions);gydF4y2Ba结束gydF4y2Ba函数gydF4y2BavalidateCSIRSConfig(载体,csir nTxAnts)gydF4y2Ba% validateCSIRSConfig(载体,csir NTXANTS)验证CSI-RSgydF4y2Ba%的配置,给承运人特定配置对象载体,gydF4y2Bacsir % CSI-RS配置对象,发射天线的数量gydF4y2Ba% NTXANTS。gydF4y2Ba%验证CSI-RS端口的数量gydF4y2Ba如果gydF4y2Ba~ isscalar(独特(csirs.NumCSIRSPorts)错误(gydF4y2Ba“nr5g: InvalidCSIRSPorts”gydF4y2Ba,gydF4y2Ba…gydF4y2Ba所有CSI-RS资源必须配置为具有相同数量的CSI-RS港口。”gydF4y2Ba);gydF4y2Ba结束gydF4y2Ba%验证CSI-RS和TX天线阵列配置gydF4y2Ba如果gydF4y2Ba任何(csirs.Ports_Options (csirs.RowNumber) ~ = nTxAnts) rn = num2str(找到(csir。Ports_Options = = nTxAnts),gydF4y2Ba“% 3 d”,gydF4y2Ba);str =gydF4y2BaCSI-RS端口的数量必须等于Tx天线元素的数量。”gydF4y2Ba;str = (str sprintf (gydF4y2BaTx天线阵大小配置,有效CSI-RS行数(% s)。gydF4y2Barn (1: end-1)));错误(str)gydF4y2Ba结束gydF4y2Ba%验证CDM的长度gydF4y2Ba如果gydF4y2Ba~ iscell (csirs.CDMType) cdmType = {csirs.CDMType};gydF4y2Ba其他的gydF4y2BacdmType = csirs.CDMType;gydF4y2Ba结束gydF4y2Ba如果gydF4y2Ba(~ (strcmpi (cdmType cdmType{1})))错误(gydF4y2Ba“nr5g: InvalidCSIRSCDMTypes”gydF4y2Ba,gydF4y2Ba…gydF4y2Ba“所有CSI-RS资源必须配置CDM的长度相同。gydF4y2Ba);gydF4y2Ba结束gydF4y2Ba如果gydF4y2BanTxAnts ~ = csirs.NumCSIRSPorts(1)错误(gydF4y2Ba“nr5g: InvalidNumTxAnts”gydF4y2Ba,(gydF4y2Ba发射天线的数量(“gydF4y2Banum2str (nTxAnts)gydF4y2Ba…gydF4y2Ba”)必须等于CSI-RS端口的数量(“gydF4y2Banum2str (csirs.NumCSIRSPorts (1))gydF4y2Ba”)。”gydF4y2Ba]);gydF4y2Ba结束gydF4y2Ba%检查CSI-RS指数之间的重叠gydF4y2Bacsir csirsInd = nrCSIRSIndices(航空公司,gydF4y2Ba“OutputResourceFormat”gydF4y2Ba,gydF4y2Ba“细胞”gydF4y2Ba);numRes =元素个数(csirsInd);csirsIndAll =细胞(1、numRes);ratioVal = csirs.NumCSIRSPorts(1) /刺激(getCSIRSCDMLengths (csir));gydF4y2Ba为gydF4y2BaresIdx = 1: numResgydF4y2Ba如果gydF4y2Ba~ isempty (csirsInd {resIdx})网格= nrResourceGrid(载体,csirs.NumCSIRSPorts (1));[~,tempInd] = nrExtractResources (csirsInd {resIdx},网格);gydF4y2Ba如果gydF4y2Ba元素个数(tempInd) /元素个数(csirsInd {resIdx}) ~ = ratioVal错误(gydF4y2Ba“nr5g: OverlappedCSIRSREsSingleResource”gydF4y2Ba,(gydF4y2Ba“资源CSI-RS指数”gydF4y2Ba…gydF4y2Banum2str (resIdx)gydF4y2Ba“必须是唯一的。试着改变符号或副载波的位置。”gydF4y2Ba]);gydF4y2Ba结束gydF4y2BacsirsIndAll {resIdx} = tempInd (:);gydF4y2Ba为gydF4y2Baidx = 1: resIdx-1 overlappedInd = ismember (csirsIndAll {idx}, csirsIndAll {resIdx});gydF4y2Ba如果gydF4y2Ba任何(overlappedInd)错误(gydF4y2Ba“nr5g: OverlappedCSIRSREsMultipleResources”gydF4y2Ba,(gydF4y2Ba“资源的元素”gydF4y2Ba…gydF4y2Ba配置CSI-RS资源不能重叠。试着改变的符号或gydF4y2Ba…gydF4y2Ba“副载波CSI-RS资源的位置”gydF4y2Banum2str (idx)gydF4y2Ba“和资源”gydF4y2Banum2str (resIdx)gydF4y2Ba“。”gydF4y2Ba]);gydF4y2Ba结束gydF4y2Ba结束gydF4y2Ba结束gydF4y2Ba结束gydF4y2Ba结束gydF4y2Ba函数gydF4y2BadisplaySNRPointProgress (simParameters snrIdx)gydF4y2Ba%输出信噪比一点进步gydF4y2Bastr = [gydF4y2Ba' \ nSimulating传输方案1 (%)% d)和“gydF4y2Ba…gydF4y2Ba' SCS = %和% s dkHz频道在% d % gdB信噪比10 ms框架(s) \ n 'gydF4y2Ba…gydF4y2Ba使用% s的CSI反馈。\ n”gydF4y2Ba];gydF4y2Ba开关gydF4y2BasimParameters.CSIReportModegydF4y2Ba情况下gydF4y2Ba“RI-PMI-CQI”gydF4y2BamodeText =gydF4y2Ba“医院药学部国际扶轮,PMI,”gydF4y2Ba;gydF4y2Ba情况下gydF4y2Ba“人工智能CSI压缩”gydF4y2BamodeText =gydF4y2Ba“压缩通道估计”gydF4y2Ba;gydF4y2Ba否则gydF4y2BamodeText =gydF4y2Ba信道估计的gydF4y2Ba;gydF4y2Ba结束gydF4y2BaSNRdB = simParameters.SNRIn (snrIdx);流(str, simParameters.NTxAnts simParameters.NRxAnts simParameters.Carrier.SubcarrierSpacing,gydF4y2Ba…gydF4y2BasimParameters.DelayProfile、SNRdB simParameters.NFrames modeText);gydF4y2Ba结束gydF4y2Ba函数gydF4y2BaprintSlotInfo (NSlots载体,pdsch、pdschextra blkerr, ECR, csirsTransmission, csiReports, reportIndex)gydF4y2Ba%打印当前的位置信息的传播gydF4y2Ba作战飞机= pdsch.NumCodewords;((pdsch cwLayers =地板。NumLayers + (0:ncw-1)) / ncw); infoStr = [];为gydF4y2BacwIdx = 1:作战飞机gydF4y2Ba如果gydF4y2Bablkerr infoStrCW =gydF4y2Ba“传输失败”gydF4y2Ba;gydF4y2Ba其他的gydF4y2BainfoStrCW =gydF4y2Ba“传输成功”gydF4y2Ba;gydF4y2Ba结束gydF4y2BainfoStrCW = sprintf (gydF4y2Ba“% 22 s(层= % d, Mod = % 5 s, TCR = %。3 f, CR = % .3f)。”gydF4y2Ba、infoStrCW cwLayers (cwIdx) pdsch.Modulation {cwIdx}, pdschextra.TargetCodeRate (cwIdx), ECR (cwIdx));gydF4y2Ba如果gydF4y2Ba(ncw > 1) infoStr = sprintf (gydF4y2Ba“% s \ n % s % s”gydF4y2Ba、infoStr sprintf (gydF4y2Ba“连续波% d: % s”gydF4y2BacwIdx-1) infoStrCW);gydF4y2Ba其他的gydF4y2BainfoStr = infoStrCW;gydF4y2Ba结束gydF4y2Ba结束gydF4y2BacsirsInfoStr = [];gydF4y2Ba如果gydF4y2BacsirsTransmission csirsInfoStr =gydF4y2Ba“CSI-RS传播。”gydF4y2Ba;gydF4y2Ba结束gydF4y2BacsifbInfoStr = [];gydF4y2Ba如果gydF4y2Ba母舰。NSlot == 0 csifbInfoStr =“使用初始CSI。”gydF4y2Ba;gydF4y2BaelseifgydF4y2BareportIndex > 0 csifbInfoStr = sprintf (gydF4y2Ba“使用CSI NSlot = % 2 d。”gydF4y2BacsiReports (reportIndex) .NSlot);gydF4y2Ba结束gydF4y2Banslot = carrier.NSlot;流(gydF4y2Ba' \ n (% 5.2 f % %) NSlot = % 2 d: % s的gydF4y2Ba100 * (nslot + 1) / NSlots nslot,加入([infoStr, csifbInfoStr csirsInfoStr]));gydF4y2Ba结束gydF4y2Ba函数gydF4y2BaplotLayerEVM (NSlots、nslot pdsch、siz pdschIndices, pdschSymbols, pdschEqSymbols)gydF4y2Ba%情节维生素与信息gydF4y2Ba持续的gydF4y2BaslotEVM;gydF4y2Ba持续的gydF4y2BarbEVMgydF4y2Ba持续的gydF4y2BaevmPerSlot;gydF4y2Ba持续的gydF4y2BanumLayers;maxNumLayers = 8;gydF4y2Ba如果gydF4y2Ba(nslot = = 0) slotEVM = comm.EVM;rbEVM = comm.EVM;evmPerSlot =南(NSlots maxNumLayers);numLayers = pdsch.NumLayers;图;gydF4y2Ba其他的gydF4y2Ba%的最大层数保持在传奇gydF4y2BanumLayers = max (numLayers pdsch.NumLayers);gydF4y2Ba结束gydF4y2Ba(Ns, P) = (pdschEqSymbols)大小;pdschEqSym = 0 (Ns, maxNumLayers);pdschSym = 0 (Ns, maxNumLayers);pdschEqSym (:, 1: P) = pdschEqSymbols;pdschSym (:, 1: P) = pdschSymbols;:evmPerSlot (nslot + 1) = slotEVM (pdschSym pdschEqSym);次要情节(2,1,1);情节(0:(NSlots-1)、evmPerSlotgydF4y2Ba“啊——”gydF4y2Ba);包含(gydF4y2Ba“槽数”gydF4y2Ba);ylabel (gydF4y2Ba'维生素(%)'gydF4y2Ba);传奇(gydF4y2Ba“层”gydF4y2Ba+ (1:numLayers),gydF4y2Ba“位置”gydF4y2Ba,gydF4y2Ba“EastOutside”gydF4y2Ba);标题(gydF4y2Ba“维生素与每层每槽”gydF4y2Ba);次要情节(2,1,2);(k ~ p) = ind2sub (siz pdschIndices);rbsubs =地板((k - 1) / 12);NRB = siz (1) / 12;evmPerRB =南(NRB maxNumLayers);gydF4y2Ba为gydF4y2Baν= 1:pdsch.NumLayersgydF4y2Ba为gydF4y2Barb =独特(rbsubs)。”this = (rbsubs==rb & p==nu); evmPerRB(rb+1,nu) = rbEVM(pdschSym(this),pdschEqSym(this));结束gydF4y2Ba结束gydF4y2Ba情节(0:(NRB-1)、evmPerRBgydF4y2Ba“x -”gydF4y2Ba);包含(gydF4y2Ba“资源块”gydF4y2Ba);ylabel (gydF4y2Ba'维生素(%)'gydF4y2Ba);传奇(gydF4y2Ba“层”gydF4y2Ba+ (1:numLayers),gydF4y2Ba“位置”gydF4y2Ba,gydF4y2Ba“EastOutside”gydF4y2Ba);标题([gydF4y2Ba“维生素与每层资源块,槽#”gydF4y2Banum2str (nslot)]);drawnow;gydF4y2Ba结束gydF4y2Ba函数gydF4y2BaplotCQI (simParameters CSIReport全氯乙烯)gydF4y2Ba%医院药学部情节值和百分位数gydF4y2Ba%计算值和百分位数gydF4y2Ba地中海= cellfun (@ (x)中位数([x.CQI]), CSIReport);p1 = cellfun (@ (x) prctile ([x.CQI], 50-perc / 2) CSIReport);p2 = cellfun (@ (x) prctile ([x.CQI], 50 +全氯乙烯/ 2),CSIReport);gydF4y2Ba%计算医院药学部的百分比而不是集{医院药学部医院药学部医院药学部值1,值、中值+ 1}gydF4y2BacqiPerc = cellfun (@ (x, y)和(abs ([x.CQI] - y) > 1) /长度(x) CSIReport, num2cell(地中海));图;次要情节(211)errorbar (p2-p1 simParameters.SNRIn,地中海,gydF4y2Ba“啊——”。gydF4y2Ba)ylabel (gydF4y2Ba医院药学部的“价值”gydF4y2Ba)标题(sprintf (gydF4y2Ba医院药学部的中值和(% g, % g)百分位数gydF4y2Ba50-perc / 2, 50 +全氯乙烯/ 2));网格次要情节(212)情节(simParameters.SNRIn cqiPerc,gydF4y2Ba“啊——”。gydF4y2Ba)包含(gydF4y2Ba“信噪比(dB)”gydF4y2Ba)ylabel (gydF4y2Ba“%”gydF4y2Ba)标题(gydF4y2Ba医院药学部的不是设置\{医院药学部医院药学部医院药学部值1,值、中值+ 1 \}”gydF4y2Ba);网格gydF4y2Ba结束gydF4y2Ba