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Several non-probabilistic estimators, such as SVMs in particular, can be used with uncertainty sampling. Scikit-Learn estimators that support the decision_function method can be used with the closest-to-hyperplane selection algorithm [Bloodgood]. This is actually a very popular strategy in AL research and would be very easy to implement.
I am curious why you normalize the confidence scores. I can't see how applying a linear scaling factor of (1 / w_norm) to the y vector would change the return value of the function. Is it simply to ensure all values are between 0 and 1?
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e-rich commentedon Apr 28, 2022
if you just want to use the closest-to-hyperplane selection with a linear SVM, you could also write yourself a query strategy like:
lkurlandski commentedon May 1, 2022
This is great, thank you for the tip. Did not realize how simple it would be.
lkurlandski commentedon May 3, 2022
I am curious why you normalize the confidence scores. I can't see how applying a linear scaling factor of (1 / w_norm) to the y vector would change the return value of the function. Is it simply to ensure all values are between 0 and 1?
e-rich commentedon May 3, 2022
yes you are right. you do not need this step.
lkurlandski commentedon May 3, 2022
Thought so. Cheers!