Comments (2)
Here is a slightly older version of the file, probably right before losing the outer loop.
clear all; close all; clc;
pathAll('');
rate = 0.01;
for iii = 1:5
rate = 0.03;
p = 1;
for k_variance = -3:3
%for rate = [0.01 0.03 0.05]
%for p = [0.8 0.9 0.95 1]
% p = 1;
if rate == 0.01 && iii == 1
continue;
end
[X,Y] = readUCIData('iris' );
%[X,Y] = gaussians(200);
size1 = size(X,1);
order = randperm(size1);
X = X(order,:);
Y = Y(order,:);
k = 3;
kprime = k-k_variance;
if kprime > 0
experiment_1(X,Y,kprime, ['Variable_k_iris_p=' num2str(p) ....
'_rate=' num2str(rate) '_i=' num2str(iii) '_k_variance=' num2str(k_variance) ], rate, p);
end
% p = 1;
[X,Y] = readUCIData('wine');
%[X,Y] = gaussians(200);
size1 = size(X,1);
order = randperm(size1);
X = X(order,:);
Y = Y(order,:);
k = 3;
kprime = k-k_variance;
if kprime > 0
experiment_1(X,Y,kprime, ['Variable_k_wine_p=' num2str(p) '_rate=' num2str(rate) '_i=' num2str(iii)], rate, p);
end
% p = 1;
[X,Y] = readUCIData('ecoli');
%[X,Y] = gaussians(200);
size1 = size(X,1);
order = randperm(size1);
X = X(order,:);
Y = Y(order,:);
k = 8;
kprime = k-k_variance;
if kprime > 0
experiment_1(X,Y,kprime, ['Variable_k_eclli_p=' num2str(p) '_rate=' num2str(rate) '_i=' num2str(iii)], rate, p);
end
% p = 1;
[X,Y] = readUCIData('glass');
%[X,Y] = gaussians(200);
size1 = size(X,1);
order = randperm(size1);
X = X(order,:);
Y = Y(order,:);
k = 7;
kprime = k-k_variance;
if kprime > 0
experiment_1(X,Y,kprime, ['Variable_k_glass_p=' num2str(p) '_rate=' num2str(rate) '_i=' num2str(iii) ], rate, p);
end
% p = 1;
[X,Y] = readUCIData('isomosphere');
%[X,Y] = gaussians(200);
size1 = size(X,1);
order = randperm(size1);
X = X(order,:);
Y = Y(order,:);
k = 2;
kprime = k-k_variance;
if kprime > 0
experiment_1(X,Y,kprime, ['Variable_k_isomosphere_p=' num2str(p) '_rate=' num2str(rate) '_i=' num2str(iii)], rate, p);
end
% p = 1;
[X,Y] = readUCIData('balance');
%[X,Y] = gaussians(200);
size1 = size(X,1);
order = randperm(size1);
X = X(order,:);
Y = Y(order,:);
k = 3;
kprime = k-k_variance;
if kprime > 0
experiment_1(X,Y,kprime, ['Variable_k_balance_p=' num2str(p) '_rate=' num2str(rate) '_i=' num2str(iii)], rate, p);
end
end
end
from constrained_clustering.
Ah okay so k_variance is just the range of values of k
that we are going to try, and iii
is just the number of trials.
from constrained_clustering.
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from constrained_clustering.