Linear models#
Least squares, regularized, robust, Bayesian and generalized linear models.
Bayesian ARD (automatic relevance determination) regression. |
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Bayesian ridge regression. |
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Linear regression with a combined l1 and l2 penalty, fitted by coordinate descent. |
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Elastic net with |
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Generalized linear model with a Gamma distribution and a log link. |
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Linear regression with the Huber loss, robust to outliers. |
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Isotonic regression: the best monotone fit of one feature. |
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Least angle regression (LARS). |
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Linear regression with an l1 penalty, fitted by coordinate descent. |
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Lasso with |
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Lasso fitted by least angle regression. |
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Ordinary least squares linear regression. |
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Logistic regression classifier, solved by a quasi-Newton method. |
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Logistic regression with |
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Passive-aggressive classifier (PA-I or PA-II). |
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Passive-aggressive regressor (PA-I or PA-II). |
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Perceptron classifier. |
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Generalized linear model with a Poisson distribution and a log link. |
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Linear regression on the squared or absolute loss, solved by a quasi-Newton method. |
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Linear regression that predicts a conditional quantile. |
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Linear least squares with l2 regularization. |
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Classifier using ridge regression on -1/+1 targets. |
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Ridge regression with built-in selection of |
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Linear classifier trained by stochastic gradient descent. |
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Linear one-class SVM trained by stochastic gradient descent. |
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Linear regression trained by stochastic gradient descent. |
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Generalized linear model with a Tweedie distribution. |