代码搜索：M

找到约 10,000 项符合「M」的源代码

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热门代码： main.c GPIO I2C SPI UART timer interrupt ADC PWM LED
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m m06_qpsk.m

% 第一步：设置参数 M = 8; % Number of symbols in alphabet len = 10000; % Number of symbols in the original message Fd = 1; % 频率分辨力 Fs = 3; % 调制信号的采样频率 % 第二步：创建输入信号 signal = randint(len,1,M); % 这里输入一个随
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m m06_encode.m

n=31; %码常 k=26; %信元长度 num_of_row=200; msg=randint(k*num_of_row,1,2); %信号码元 code =encode(msg,n,k,'hamming'); %Hamming编码 msg = decode(code, n, k, 'hamming'); %Hamming解码 noise=ran
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m m06_demodce.m

M = 4; %设置M的数目 Fd = 1; %信号采样速率 Fs = 32; %采样频率 SNRperBit = 5; %信噪比 adjSNR = SNRperBit-10*log10(Fs/Fd)+10*log10(log2(M)); x = randint(5000,1,M); % 源信号 %正交FSK调制 tone = 0
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m m06_amod.m

t0=0.15; %信号保持时间 ts=0.001; %采样时间间隔 fc=250; %载波频率 fs=1/ts; %采样频率 df=0.3; %频率分辨力 a=0.8; %调制系数 t=[0:ts:t0];%时间矢量 m=[ones(1,t0/(3*ts)),-2*ones(1,t0/(3*ts)),zeros(1,t0/(3*ts)+1)
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m m06_scatter.m

M = 16; Fd = 1; Fs = 10; Pd = 200; % msg_d = randint(Pd,1,M); %生成随机信号 msg_a = modmap(msg_d,Fd,Fs,'qask',M);%采用QASK调制方式. rcv = rcosflt(msg_a,Fd,Fs); N = Fs/Fd; rcv_a = rcv(3*N+1:end-4*N,:); h
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www.eeworm.com/read/245506/12797218

m m06_lowsample.m

t0=10; %定义时间长度 ts=0.005; %采样周期 fs=1/ts; df=0.5; t=[-t0/2:ts:t0/2];%采样时间序列 x=sin(200*t)./(200*t);%计算除零时产生的误差点 w=t0/(2*ts)+1; %修正零点误差 x(w)=1; x=x.*x;x=50.*x; [M,mn,df]=fft_se
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m m06_ssbdom.m

t0=0.15; %信号保持时间 ts=0.001; %采样时间间隔 fc=250; %载波频率 fs=1/ts; %采样频率 df=0.3; %频率分辨力 t=[0:ts:t0];%时间矢量 m=[ones(1,t0/(3*ts)),-2*ones(1,t0/(3*ts)),zeros(1,t0/(3*ts)+1)]; %定义信号序列
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www.eeworm.com/read/245506/12797224

m m06_dsbmod.m

t0=0.15; %信号保持时间 ts=0.001; %采样时间间隔 fc=250; %载波频率 fs=1/ts; %采样频率 df=0.3; %频率分辨力 t=[0:ts:t0];%时间矢量 m=[ones(1,t0/(3*ts)),-2*ones(1,t0/(3*ts)),zeros(1,t0/(3*ts)+1)]; %定义信号序列
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www.eeworm.com/read/245506/12797226

m m06_amodce.m

Fs = 100; % 信号采样频率 t = [0:1/Fs:5]'; % 信号采样时间 % Combine three signals into a three-column matrix. % Each signal occupies one column. x = [sin(2*pi*t), .5*cos(5*pi*t), sawtooth(4*t)]; y = amodce(x,
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www.eeworm.com/read/244381/12869647

m trans2_m.m

% Approximation of uncertain transfer function by unstructured % multiplicative perturbation % hold off omega = logspace(1,4,100); % % first-order fit Wm = nd2sys([0.3803 60.8973],[1.0000 599.5
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