检查“蓝牙协议的通信工具箱库”%支金宝app持包是否安装。comm金宝appSupportPackageCheck (“蓝牙”）;

rxPerformanceTest =“互调”；从集合中选择一个{'C/I'， '阻塞'，'互调'}%根据蓝牙RF-PHY测试规范选择PHY传输模式phyMode =“LE1M”；% {LE1M, LE2M, LE500K, LE125K}用于C/I% {LE1M, LE2M}用于阻塞和互调根据性能测试选择IUT的操作频率%通用访问配置文件(GAP)角色，如下表所示。% --------------------------------------------------------------------------------%操作|外围设备和中心设备|广播设备和观察设备|%频率| | |% (MHz ) |---------------------------------|----------------------------------|% | C/I |阻断|互调| C/I |阻断|互调|% ----------|------|----------|---------------|------|----------|----------------|%最低| 2406 | - | 2402 | 2402 | - | 2402 |%中间| 2440 | 2426 | 2440 | 2426 | 2426 | 2426 |% Highest | 2476 | - | 2480 | 2480 | - | 2480 |% --------------------------------------------------------------------------------Fc = 2426e6;%操作频率，单位为HzpayloadLength =37；%有效负载长度(以字节为单位)，必须在[37,255]范围内SPS = 40;%每个符号的样本数目%根据PHY传输方式计算采样率，单位为HzRsym = 1e6;如果比较字符串(phyMode“LE2M”) Rsym = 2e6;结束Fs = Rsym*sps;

产生一个需要的信号，它总是一个调制载波与PRBS9%的有效载荷payloadTypeWanted = 0;% PRBS9序列的有效载荷类型wanted波形= helperbletest波形(payloadTypeWanted,payloadLength,sps,phyMode);产生干扰信号#1，这是一个调制载波与a% PRBS15有效载荷payloadTypeInterference = 3;% PRBS15序列的有效载荷类型interferenceWaveform1 = helperbletest波形(payloadTypeInterference,payloadLength,sps,phyMode);

%内插系数用于上转换以覆盖BLE射频频段% (2400e6至2485e6)interpFactor = ceil(2*2485e6/Fs);创建数字上转换器系统对象upConv = dsp。DigitalUpConverter (.．.“InterpolationFactor”interpFactor,.．.“SampleRate”Fs,.．.“带宽”2 e6,.．.“StopbandAttenuation”44岁的.．.“PassbandRipple”, 0.5,.．.“CenterFrequency”、Fc);将基带波形上转换为通带wantedWaveformUp = upConv([wanted波形;零(8*sps,1)]);

(α,β,γ,interferenceFreq1 interferenceFreq2] =.．.helperBLETestParamGenerate (rxPerformanceTest Fc, phyMode);

pktCnt = 10;%包数maxInterferenceParams = min(length(interferenceFreq1)，pktCnt);用于模拟的最大干扰参数数目重复所有干扰参数，使PER可以平均选定接收机的整个干扰频率范围%性能测试。repFact = ceil(pktCnt/maxInterferenceParams);%重复因子betaRep = repmat(beta,repFact,1);gammaRep = repmat(gamma,repFact,1);干涉efreq1rep = repmat(干涉efreq1,repFact,1);interferenceFreq2Rep = repmat(interferenceFreq2,repFact,1);

根据缓冲区上转换并存储干扰波形#1%大小，这样存储的干涉波形可以重复使用数据包计数超过缓冲区大小。干涉波形1up = 0(长度(wantedWaveformUp)，maxInterferenceParams);如果任何(strcmp (rxPerformanceTest, {“C /我”，“互调”}))为i=1:maxInterferenceParams release(upConv) upConv。CenterFrequency = interferenceFreq1Rep(i);interferenceWaveform1Up(:，i) = upConv([interferenceWaveform1; 0 (8*sps,1)]);结束结束初始化一个变量以重用干扰波形#1j = rem(1:pktCnt,maxInterferenceParams);j(j == 0) = maxInterferenceParams;创建一个数字下转换器系统对象downConv = dsp。DigitalDownConverter (.．.“DecimationFactor”interpFactor,.．.“SampleRate”Fs * interpFactor,.．.“带宽”2 e6,.．.“StopbandAttenuation”44岁的.．.“PassbandRipple”, 0.5,.．.“CenterFrequency”、Fc);创建自动增益控制系统对象agc = com . agc“DesiredOutputPower”1);创建一个热噪声系统对象Nf = 12;%噪音系数(dB)thNoise = com . thermalnoise (“NoiseMethod”，“噪声图”，.．.“SampleRate”, interpFactor * Fs,.．.“NoiseFigure”、NF);产生正弦非调制干扰信号的时间矢量，即。%干扰信号#2。t = (0:(length(wantedWaveformUp)-1)).'/(interpFactor*Fs);pktLost = 0;初始化计数器为我= 1:pktCnt生成一个干扰波形#2，这是一个正弦%未调制信号。根号(2)因子确保%正弦信号归一化。interferenceWaveform2 =√(2*pi*interferenceFreq2Rep(i)*t);将干扰信号加到通缉信号中rx波形= alpha*wantedWaveformUp + betaRep(i)*interferenceWaveform1Up(:，j(i)) + gamma arep (i)*interferenceWaveform2;chanOut = thNoise(复杂(rx波形));为信号添加热噪声downConvOut = downConv(real(chanOut));%执行频率下变频agcOut = agc(downConvOut);%应用AGC[payload,accessAddr] = bleIdealReceiver(agcOut，“模式”phyMode,.．.“SamplesPerSymbol”sps,“WhitenStatus”，“关闭”）;提取消息信息[crcFail,pdu] = helperBLETestPacketValidate(payload,accessAddr);验证BLE测试包pktLost = pktLost + crcFail;结束确定PERper = pktLost/pktCnt;

%设置频谱查看器spectrumScope = dsp。简介(.．.“SampleRate”, interpFactor * Fs,.．.“SpectralAverages”10.．.“YLimits”， [-160 0]，.．.“标题”，“通缉令及干扰信号频谱”，.．.“SpectrumUnits”，dBm的，.．.“NumInputPorts”2,.．.“ChannelNames”, {“想要的信号”，干扰信号的}，.．.“ShowLegend”,真的,.．.“FrequencySpan”，“启动和停止频率”，.．.“StartFrequency”2400 e6,.．.“StopFrequency”2485 e6,.．.“RBWSource”，“属性”，.．.“RBW”1 e5,.．.“PlotAsTwoSidedSpectrum”、假);如果比较字符串(rxPerformanceTest“C /我”) spectrumScope(α* wantedWaveformUp betaRep(结束)* interferenceWaveform1Up(:,结束)elseif比较字符串(rxPerformanceTest“阻止”) spectrumScope。StartFrequency = 30e6;spectrumScope(α* wantedWaveformUp gammaRep(结束)* interferenceWaveform2)其他的spectrumScope。NumInputPorts = 3;spectrumScope。ChannelNames = {“想要的信号”，“干扰信号#1”，干扰信号2号};spectrumScope(α* wantedWaveformUp betaRep(结束)* interferenceWaveform1Up(:,结束),gammaRep(结束)* interferenceWaveform2)结束

berTable = [0.1 0.064 0.034 0.017]*0.01;如果(payloadLength <= 37) refBER = berTable(1);elseif(payloadLength <= 63) refBER = berTable(2);elseif(payloadLength <= 127) refBER = berTable(3);其他的refBER = berTable(4);结束accessAddLen = 4;访问地址长度(以字节为单位)crcLengthBytes = 3;%以字节为单位的CRC长度pduHeaderLen = 2;%头长度(以字节为单位)refPER = 1-(1- refber)^((payloadLength+accessAddLen+pduHeaderLen+crcLengthBytes)*8);流('负载长度%d字节的测量PER和参考PER分别为%f， %f。\n',每payloadLength refPER);

如果/ <= refPER fprintf('%s性能测试通过。\n', rxPerformanceTest);其他的流('%s性能测试失败。\n', rxPerformanceTest);结束