代码搜索：eigenvalues
找到约 1,100 项符合「eigenvalues」的源代码
代码结果 1,100
www.eeworm.com/read/227960/14405257
m gtm_pca.m
function [eVts, eVls] = gtm_pca(T)
% Calculates the principal components of a data set.
%
% The principal components equals the eigenvectors of
% the covariance matrix of the data..
%
% Synop
www.eeworm.com/read/291439/8419214
m algebeig.m
%The name of the M-file:algebeig.m
%It provides the plot of the eigenvalues of Jacobian matrix Dyg
% at each parameter value
figure('NumberTitle','off','Name','VST- loci of Eigenvalues of Load-Fl
www.eeworm.com/read/291439/8419706
m algebeig.m
%The name of the M-file:algebeig.m
%It provides the plot of the eigenvalues of Jacobian matrix Dyg
% at each parameter value
figure('NumberTitle','off','Name','VST- loci of Eigenvalues of Load-Fl
www.eeworm.com/read/291439/8419866
m chlpe1.m
% The name of the M-file:chlpe1.m
% It plots the location of eigenvalues at each load point
% **********************************************************
figure('NumberTitle','off','Name','Voltage St
www.eeworm.com/read/291439/8420034
m chlpe1.m
% The name of the M-file:chlpe1.m
% It plots the location of eigenvalues at each load point
% **********************************************************
figure('NumberTitle','off','Name','Voltage St
www.eeworm.com/read/446553/7576867
m algebeig.m
%The name of the M-file:algebeig.m
%It provides the plot of the eigenvalues of Jacobian matrix Dyg
% at each parameter value
figure('NumberTitle','off','Name','VST- loci of Eigenvalues of Load-Fl
www.eeworm.com/read/446553/7576936
m chlpe1.m
% The name of the M-file:chlpe1.m
% It plots the location of eigenvalues at each load point
% **********************************************************
figure('NumberTitle','off','Name','Voltage St
www.eeworm.com/read/398927/7908890
txt makbasis.txt
function [W,neig] = makebasis(X)
% A = makebase(X)
%
% Function that creates the "faces space", i. e. the
% basis of the space created throught the eigenvectors
% of the covariance matrix of the
www.eeworm.com/read/339930/12194672
m ksir.m
function [EigenVectors, EigenValues, ratio] = KSIR(K, y, NumOfSlice, NumOfPC)
%----------------------------------------------------------------------------%
% KSIR: kernel sliced inverse regressio
www.eeworm.com/read/291439/8419223
m chlpe.m
% The name of the M-file:chlpe.m
% It plots the location of eigenvalues at each load point
% **********************************************************
figure('NumberTitle','off','Name','VST- Loci