代码搜索：initialisation

找到约 2,024 项符合「initialisation」的源代码

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m kmeans.m

%KMEANS k-means clustering % % [LABELS,A] = KMEANS(A,K,MAXIT,INIT,FID) % % INPUT % A Matrix or dataset % K Number of clusters to be found (optional; default: 2) % MAXIT maximum numb
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www.eeworm.com/read/299984/7140012

m bpxnc.m

%BPXNC Back-propagation trained feed-forward neural net classifier % % [W,HIST] = BPXNC (A,UNITS,ITER,W_INI,T,FID) % % INPUT % A Dataset % UNITS Array indicating number of units in each h
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www.eeworm.com/read/463474/7180236

m simplechaoticcirc.m

function dy=SimpleChaoticCirc(t,y,flag,rParam) %simple dissipative nonautonomous chaotic circuit %for Fourier analysis fs=0.5;vTimeRange=[0:1/fs:500]; %y0=[0.1 0]; %parameters beta=1; omega=0.
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www.eeworm.com/read/463474/7180238

m fautonomous4dcirc.m

function dy=fAutonomous4DCirc(t,y) %four dimensional autonomous chaotic circuit with physical parameters %y0=[0.1 0 0 0]; %C2 seem to be very important %parameters L1=200e-3;%[H] L2=300e-3;%[H
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www.eeworm.com/read/463474/7180239

m fcolpittsosc.m

function dy=fColpittsOsc(t,y,flag,rParam) %Colpitts oscillator with physical parameters %y0=[0.1 0 0]; %for Fourier analysis fs=0.5e6; vTimeRange=[0:1/fs:1e-3]; %parameters betaF=200; Vth=0.75
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www.eeworm.com/read/463474/7180243

m fchuacirc.m

function dy=fChuaCirc(t,y,flag,rParam) %Chua's autonomous circuit with physical parameters %y0=[1 0.2 0];[V] %for Fourier analysis fs=30e6; vTimeRange=[0:1/fs:10e-6]; %parameters C1=10e-12;%[F]
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www.eeworm.com/read/463474/7180245

m frayleighosc.m

function dy=fRayleighOsc(t,y,flag,rParam) %Rayleigh oscillator with physical parameters %y0=[0.1 0] [V]; %for Fourier analysis fs=200e3; vTimeRange=[0:1/fs:1e-3]; %parameters E1=1;%[V] E2=878e
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www.eeworm.com/read/463474/7180246

m lorenz.m

function dy=Lorenz(t,y,flag,rParam) %Lorenz system %parameters sigma=rParam;%10 rho=28; beta=8/3; %initialisation dy=zeros(3,1); %ODE dy(1)=sigma*(y(2)-y(1)); dy(2)=rho*y(1)-y(2)-y(1)*
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www.eeworm.com/read/463474/7180247

m chuacirc.m

function dy=ChuaCirc(t,y,flag,rParam) %Chua's autonomous circuit %y0=[1 0.2 0]; %parameters alpha=rParam;%10 beta=15; a=-1.3; b=-0.7; %nonlinearity nonlin=b*y(1)+0.5*(a-b)*(abs(y(1)+1)-ab
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www.eeworm.com/read/463474/7180249

m rayleighosc.m

function dy=RayleighOsc(t,y,flag,rParam) %Rayleigh oscillator %y0=[0.1 0]; %for Fourier analysis fs=4; vTimeRange=[0:1/fs:150]; %parameters eps=0.1; a=0.56946; b=5e-4;%5e-2; k=rParam;%0.5;%1
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