Contrastive learning: two augmentations are a positive pair, every other image is a negative, and InfoNCE does the rest
Article summary
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Supervised learning is spectacular, but it runs on labels, and labels are slow, costly and scarce. Meanwhile the internet is a bottomless well of un*labelled images. Contrastive learning — the heart of SimCLR — learns a genuinely useful representation with **no labels at all , from one deceptively simple idea. I built a demo that trains a real encoder live in the browser on the true InfoNCE loss, where the labels are used *only to colour the dots and never touch the loss, so you can literally…
1Key Takeaways
- Supervised learning is spectacular, but it runs on labels, and labels are slow, costly and scarce.
- Meanwhile the internet is a bottomless well of un*labelled images.
- Contrastive learning — the heart of SimCLR — learns a genuinely useful representation with **no labels at all , from one deceptively simple idea.
- I built a demo that trains a real encoder live in the browser on the true InfoNCE loss, where the labels are used *only to colour the dots and never touch the loss, so you can literally….
2AIWedia Score
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3Why it matters
Coding AI shifts how fast software ships and how much human review each change needs. DEV — ML reports that supervised learning is spectacular, but it runs on labels, and labels are slow, costly and scarce.
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