代码搜索：Problem
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www.eeworm.com/read/473219/6849074
m decaybmiex.m
clc
echo on
%*********************************************************
%
% Decay-rate estimation using non-convex SDP
%
%*********************************************************
%
% The probl
www.eeworm.com/read/473219/6849164
m cut.m
function F = cut(varargin)
%CUT Defines a cut constraint
%
% The syntax for CUT is exactly the same as the
% syntax for SET. In fact, the result from CUT is
% a SET object.
%
% The differenc
www.eeworm.com/read/295657/8147956
m c5ex10.m
% First part of problem
num = [0 0 15 25 20];
den = [1 10 17 10 16];
[R, P, k] = residue(num, den)
% Second part of problem
D1 = [1 0 1];
D2 = [0 1 2];
D3 = [0 1 8];
den = conv(D1, conv(D2,D3))
www.eeworm.com/read/394483/8221778
m test7.m
% Let's solve the minimal surface problem
% -div( 1/sqrt(1+grad|u|^2) * grad(u) ) = 0
% with u=x^2 on the boundary
g='circleg'; % The unit circle
b='circleb2'; % x^2 on the boun
www.eeworm.com/read/193277/8242487
m cut.m
function F = cut(varargin)
%CUT Defines a cut constraint
%
% The syntax for CUT is exactly the same as the
% syntax for SET. In fact, the result from CUT is
% a SET object.
%
% The differenc
www.eeworm.com/read/193277/8243089
m decaybmiex.m
clc
echo on
%*********************************************************
%
% Decay-rate estimation using non-convex SDP
%
%*********************************************************
%
% The probl
www.eeworm.com/read/193277/8243320
m cut.m
function F = cut(varargin)
%CUT Defines a cut constraint
%
% The syntax for CUT is exactly the same as the
% syntax for SET. In fact, the result from CUT is
% a SET object.
%
% The differenc
www.eeworm.com/read/192735/8289541
m svm_multi_predk.m
function [beta, bo] = svm_multi_predK(X,Y,C,K)
% SVM_MULTI_PREDK
%
% Support Vector Multi Classification
%
% USAGE: [beta, bo] = svm_multi_pred(X,Y,C,K)
%
% PARAMETERS: X - (m,d) matrix of m Tra