Scikit learn kmeans with custom definition of inertia?Scikit Learn: KMeans Clustering 3D data over a time...
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Scikit learn kmeans with custom definition of inertia?
Scikit Learn: KMeans Clustering 3D data over a time period (dimentionality reduction?)How to extract features and classify alert emails coming from monitoring tools into proper category?Kmeans: Between class intertiaScikit-Learn - Learned model description?Categorical data in KmeansUsing GridSearchCV for custom kernel SVM in scikit-learnPassing a custom kernel with more than two arguments into `svm.SVC` in scikit-learnOptimising Kernel parameters using training data in GaussianProcessRegressor of Scikit-learnFind Cluster Diameter and Associated Cluster Points with KMeans Clustering (scikit learn)where does kmeans store its trained model parameters in scikit learn?
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I've coded a small clustering algorithm for time signals using kmeans, which works ok (gives acceptable results).
However, kmeans uses the sum of squared differences. I would like to be able to input instead my own measure of difference, but there doesn't seem to be a way provided by the library to do that.
What would be the easiest way to achieve this? Any other python library which may provide me some way to input instead my own function to define the distance? Or I guess I could instead re-implement the algorithm myself, but I'd rather keep the sci-kit one (since they provide functionalities I want to use such as parallel processing).
scikit-learn clustering k-means
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I've coded a small clustering algorithm for time signals using kmeans, which works ok (gives acceptable results).
However, kmeans uses the sum of squared differences. I would like to be able to input instead my own measure of difference, but there doesn't seem to be a way provided by the library to do that.
What would be the easiest way to achieve this? Any other python library which may provide me some way to input instead my own function to define the distance? Or I guess I could instead re-implement the algorithm myself, but I'd rather keep the sci-kit one (since they provide functionalities I want to use such as parallel processing).
scikit-learn clustering k-means
New contributor
$endgroup$
add a comment |
$begingroup$
I've coded a small clustering algorithm for time signals using kmeans, which works ok (gives acceptable results).
However, kmeans uses the sum of squared differences. I would like to be able to input instead my own measure of difference, but there doesn't seem to be a way provided by the library to do that.
What would be the easiest way to achieve this? Any other python library which may provide me some way to input instead my own function to define the distance? Or I guess I could instead re-implement the algorithm myself, but I'd rather keep the sci-kit one (since they provide functionalities I want to use such as parallel processing).
scikit-learn clustering k-means
New contributor
$endgroup$
I've coded a small clustering algorithm for time signals using kmeans, which works ok (gives acceptable results).
However, kmeans uses the sum of squared differences. I would like to be able to input instead my own measure of difference, but there doesn't seem to be a way provided by the library to do that.
What would be the easiest way to achieve this? Any other python library which may provide me some way to input instead my own function to define the distance? Or I guess I could instead re-implement the algorithm myself, but I'd rather keep the sci-kit one (since they provide functionalities I want to use such as parallel processing).
scikit-learn clustering k-means
scikit-learn clustering k-means
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Francis VachonFrancis Vachon
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