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  1. mlxtend - GitHub Pages

    Welcome to mlxtend's documentation! Mlxtend (machine learning extensions) is a Python library of useful tools for the day-to-day data science tasks.

  2. Installation - mlxtend - GitHub Pages

    In rare cases, users reported problems on certain systems with the default pip installation command, which installs mlxtend from the binary distribution ("wheels") on PyPI.

  3. Association rules - mlxtend - GitHub Pages

    The generate_rules takes dataframes of frequent itemsets as produced by the apriori, fpgrowth, or fpmax functions in mlxtend.association. To demonstrate the usage of the generate_rules …

  4. Fpgrowth - mlxtend - GitHub Pages

    Each itemset in the 'itemsets' column is of type frozenset, which is a Python built-in type that behaves similarly to sets except that it is immutable (For more info, see …

  5. Apriori - mlxtend - GitHub Pages

    from mlxtend.frequent_patterns import apriori Overview Apriori is a popular algorithm [1] for extracting frequent itemsets with applications in association rule learning. The apriori algorithm …

  6. TransactionEncoder - mlxtend - GitHub Pages

    Via the fit method, the TransactionEncoder learns the unique labels in the dataset, and via the transform method, it transforms the input dataset (a Python list of lists) into a one-hot encoded …

  7. SequentialFeatureSelector: The popular forward and backward …

    Since mlxtend v0.21.0, it is possible to specify feature groups. Feature groups allow you to group certain features together, such that they are always selected as a group.

  8. Mlxtend.frequent patterns - mlxtend - GitHub Pages

    Each entry in the "antecedents" and "consequents" columns are of type frozenset, which is a Python built-in type that behaves similarly to sets except that it is immutable (For more info, …

  9. ExhaustiveFeatureSelector: Optimal feature sets by considering all ...

    Since mlxtend v0.21.0, it is possible to specify feature groups. Feature groups allow you to group certain features together, such that they are always selected as a group.

  10. plot_decision_regions: Visualize the decision regions of a classifier

    n_jobs : int or None, optional (default=None) The number of CPUs to use to do the computation using Python's multiprocessing library. None means 1. -1 means using all processors. New in …