代码搜索：corresponding
找到约 4,250 项符合「corresponding」的源代码
代码结果 4,250
www.eeworm.com/read/156653/11786603
m cplxcomp.m
function I = cplxcomp(p1,p2)
% I = cplxcomp(p1,p2)
% Compares two complex pairs which contain the same scalar elements
% but (possibly) at differrent indices. This routine should be
% used after C
www.eeworm.com/read/155919/11838382
m cp0602_thr_db_vectors.m
%
% FUNCTION 6.5 : "cp0602_thr_dB_vectors"
%
% Evaluates the bandwidth of the input 'PSD' with values in
% the frequency range given by the frequency vector 'f'.
% bandwidth is evaluated accordin
www.eeworm.com/read/344640/11869928
m mexsvmclass.m
function [ClassRate, DecisionValue]= mexSVMClass(Samples, Labels, AlphaY, SVs, Bias, Parameters)
% [ClassRate, DecisionValue]= mexSVMClass(Samples, Labels, AlphaY, SVs, Bias, Parameters)
%
% Class
www.eeworm.com/read/344640/11869939
m mexsvmtrain.m
function [AlphaY, SVs, Bias, Parameters] = mexSVMTrain(Samples, Labels, Parameters)
% [AlphaY, SVs, Bias, Parameters] = mexSVMTrain(Samples, Labels, Parameters)
%
% Construct a 2-class SVM classifi
www.eeworm.com/read/343751/11930406
m ctp43.m
function [c, A] = ctp43(x, ctrl)
%Call: [c A]=ctp43(x,ctrl)
%Evaluate both the constraints and the corresponding
%Jacobian if ctrl>0, for the problem below at x
%The problem is defined as c(x)>=0
www.eeworm.com/read/343751/11930418
m sysequ.m
function [GNlambda, r, p, beta, lenJp, JpTf] = SysEqu(Aset,Jc,Teq,T,J,Tnfixed,nfixed,fixed,Abounds,b,f,m,n)
%Call:
%[GNlambda, r, p, beta, lenJp, JpTf] = SysEqu(Aset,Jc,Teq,T,J,Tnfixed,nfixed,fixed,
www.eeworm.com/read/343751/11930467
m colinmod.m
function [c, A] = cOlinMod(x, ctrl, t, u)
%Call: [c A]=ctp25(x,ctrl,t,u)
%Evaluate the constraints and the corresponding
%Jacobian for the problem below at x.
%if ctrl>0 only the Jacobian is compu
www.eeworm.com/read/343751/11930498
m hmukai.m
function [h, A] = hmukai(x, ctrl)
%Call: [h A]=hmukai(x,ctrl)
%Evaluate both the constraints and the corresponding
%Jacobian if ctrl>0, for the problem below at x
%The problem is defined as h(x)>=
www.eeworm.com/read/343751/11930518
m ctp269.m
function [c, A] = ctp269(x, ctrl)
%Call: [c A]=ctp269(x,ctrl)
%Evaluate both the constraints and the corresponding
%Jacobian if ctrl>0, for the problem below at x
%The problem is defined as c(x)=0
www.eeworm.com/read/343751/11930532
m folinmod.m
function [f, J] = fOlinMod(x, ctrl, t, u)
%Call: [f J]=fOlinMod(x,ctrl,t,u)
%Evaluate the residuals corresponding
%to the objective in a nonlinear lsq problem.
%If ctrl>0 the Jacobian J should be