You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
From what I understand if I assign pulearning = 1 (in a binary classification problem), it should imply that the class of ones has no noise. Still after training, i get the following output from the confident_joint, est_py, est_nm and est_inv respectively as:
[[ 3216. 1179.]
[16989. 14594.]]
[0.79313136 0.20686864]
[[0.15916852 0.07474799]
[0.84083148 0.92525201]]
[[0.73174061 0.53791597]
[0.26825939 0.46208403]]
Is there any other way to make sure no data points from class 1 are considered as noisy?
Thanks.
The text was updated successfully, but these errors were encountered:
sharifza
changed the title
Assigned purelearning doesn't change the results much
Assigned pulearning doesn't change the results much
Nov 25, 2018
From what I understand if I assign pulearning = 1 (in a binary classification problem), it should imply that the class of ones has no noise. Still after training, i get the following output from the confident_joint, est_py, est_nm and est_inv respectively as:
[[ 3216. 1179.]
[16989. 14594.]]
[0.79313136 0.20686864]
[[0.15916852 0.07474799]
[0.84083148 0.92525201]]
[[0.73174061 0.53791597]
[0.26825939 0.46208403]]
Is there any other way to make sure no data points from class 1 are considered as noisy?
Thanks.
The text was updated successfully, but these errors were encountered: