Hi all,
I see that gmm.score(x) returns the log probability of x for that
point. I'm interested in integrating this probability over a region.
For example, finding the probability of a ball being in the space
(x,y,z) +/- (delta_x, delta_y, delta_z). In this example, I'd be
using past ball locati
Hi all,
I see that gmm.score(x) returns the log probability of x for that point.
I'm interested in integrating this probability over a region. For example,
finding the probability of a ball being in the space (x,y,z) +/- (delta_x,
delta_y, delta_z). In this example, I'd be using past ball locat
2014-08-23 21:25 GMT+02:00 Lars Buitinck :
> I was just implementing tf-chi2 today (I have a text classification
> task to improve anyway), so I might send a PR somewhere over the next
> week to at least establish the API. Supervised term weighting is
> pretty big, with hundreds of citations for th
2014-09-09 3:36 GMT+02:00 Apu Mishra :
> Lars Buitinck writes:
>
>> The way to combine HV and
>> Tfidf is
>>
>> hashing = HashingVectorizer(non_negative=True, norm=None)
>> tfidf = TfidfTransformer()
>> hashing_tfidf = Pipeline([("hashing", hashing), ("tidf", tfidf)])
>>
>
> I notice your use of t
Hello, Pietro. Thank you for having interest in the subject.
The algorithm itself is rather straightforward. Some challenge is to put it
into the framework of scikit-learn.
In the original paper they evaluated feature subsets using Mahalanobis distance
between classes, but it can be any other cr