Licensing and patents are orthogonal.
They are pretty much unrelated. In terms of the license, you can do with
the code whatever you like.
If any of the algorithms were (are?) patented, independent of the
implementation, you would
have to pay a license fee to use it - no matter if you use a comm
Let's say I have a base estimator that predicts the likelihood of an
binary (Bernoulli) outcome:
model.fit(X, y) where y contains [0 or 1]
P = model.predict(X)/predict_proba(X) give values in the range [0 to 1]
(model here might be a calibrated LogisticRegression model).
Is there a way to est
Hi Roman,
Thank you for the detailed and informative answer.
On Mon, Oct 2, 2017 at 12:14 PM, Roman Yurchak
wrote:
> Hello,
>
> sklearn.cluster.Birch follows the original BIRCH paper, that appears to be
> mostly focused on efficiently building the hierarchical clustering tree
> (and not so much