Preprint Finds Brain Alignment In DNNs Completes Within First 3% Of Training · Digg

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Preprint Finds Brain Alignment In DNNs Completes Within First 3% Of Training

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Preprint Finds Brain Alignment In DNNs Completes Within First 3% Of Training

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Steven scholte@hsteven9 2 days ago
New preprint: brain alignment in DNNs is almost complete within the first 3% of training, while classification performance is still low. The features involved in classification are largely independent of those that predict the brain (@_niklasmueller , @IrisGroen , @marcelge )
- likes: 47
- replies: 4
- bookmarks: 23
- reposts: 9
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Steven scholte@hsteven9 2 days ago
New preprint: brain alignment in DNNs is almost complete within the first 3% of training, while classification performance is still low. The features involved in classification are largely independent of those that predict the brain (@_niklasmueller , @IrisGroen , @marcelge )
- likes: 47
- replies: 4
- bookmarks: 23
- reposts: 9

Combined views

3.1K

2 posts, first seen 2d ago

47 likes

4

23 saves

9 reposts

4 comments

23 saves

9 reposts

Reactions

2 posts

SS
Steven scholte@hsteven9 2 days ago
New preprint: brain alignment in DNNs is almost complete within the first 3% of training, while classification performance is still low. The features involved in classification are largely independent of those that predict the brain (@_niklasmueller , @IrisGroen , @marcelge )
- likes: 47
- replies: 4
- bookmarks: 23
- reposts: 9
SS
Steven scholte@hsteven9 2 days ago
New preprint: brain alignment in DNNs is almost complete within the first 3% of training, while classification performance is still low. The features involved in classification are largely independent of those that predict the brain (@_niklasmueller , @IrisGroen , @marcelge )
- likes: 47
- replies: 4
- bookmarks: 23
- reposts: 9