Thanks! For testing purposes this rescaling works! But unfortunately due to
timing constraints I'm not able to do the rescaling of the data, so as I
mentioned I have to work on with unscaled data. So I have to calculate
$f(\vec x) = sum_{i \in sv} coefs_i \langle \vec x_i \cdot \vec x \rangle -
\rh
Hi Matthias,
On Wed, Jul 13, 2011 at 5:22 AM, Meffy wrote:
> Dear Community!
> I'm using the svm method of package e1071 for classifying my data. This
> really works fine, but however I have to work after creating the support
> vectors and the parameters with unscaled data. So the problem is when
Dear Community!
I'm using the svm method of package e1071 for classifying my data. This
really works fine, but however I have to work after creating the support
vectors and the parameters with unscaled data. So the problem is when I try
to train the classifier with the option "scale=F" the result i
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