4.6.
  • References/Python/scikit-learn/Guide

This submodule contains functions that approximate the feature mappings that correspond to certain kernels, as they are used for example in support vector machines (see

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1.13.
  • References/Python/scikit-learn/Guide

The classes in the

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2.4.
  • References/Python/scikit-learn/Guide

Biclustering can be performed with the module

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3.4.
  • References/Python/scikit-learn/Guide

After training a scikit-learn model, it is desirable to have a way to persist the model for future use without having to retrain. The following section gives you an example

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4.1.
  • References/Python/scikit-learn/Guide

4.1.1. Pipeline: chaining estimators

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3.1.
  • References/Python/scikit-learn/Guide

Learning the parameters of a prediction function and testing it on the same data is a methodological mistake: a model that would just repeat

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1.3.
  • References/Python/scikit-learn/Guide

Kernel ridge regression (KRR) [M2012]

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4.8.
  • References/Python/scikit-learn/Guide

4.8.1. Label binarization

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3.2.
  • References/Python/scikit-learn/Guide

Hyper-parameters are parameters that are not directly learnt within estimators. In scikit-learn they are passed as arguments to the constructor of

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3.3.
  • References/Python/scikit-learn/Guide

There are 3 different approaches to evaluate the quality of predictions of a model: Estimator score

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