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StyleGAN2

github.com

31–36 of 36 posts

Re: StyleGAN2

#31
post #28

Earlier quoted context omitted.

On your site I can consistently get 100% by looking at the backgrounds since they generate in somewhat inorganic patterns.

Also after watching the video from the StyleGAN2 team https://drive.google.com/file/d/1f_gbKW6FUUHKkUxciJ_lQx29mCq... now I know that original StyleGAN, images from which are apparently used for this "game", produces faces with a "water droplet" and phase artifacts, so I was able to spot few fakes just by looking for those things.

Only whichfaceisreal.com uses the original StyleGAN. The github.io links use StyleGAN2.

Re: StyleGAN2

#32
post #30

Earlier quoted context omitted.

On your site I can consistently get 100% by looking at the backgrounds since they generate in somewhat inorganic patterns.

When not the ears, it's the background. If the real pictures had the background removed, I'd have a very hard time scoring 100%.

That's the point of the hard version.

Re: StyleGAN2

#33
post #2

The demo in the official video is mind blowing. https://www.youtube.com/watch?v=c-NJtV9Jvp0 I wonder when we will see full movies unrecognizable from real ones made from deep learning.

Insane the part where they get multiple angles from the same generated face

Re: StyleGAN2

#34
Of course we’ll hit a wall at some point, but when this repo dropped the other night and I saw the rotating faces in the video, it made me realize that in the future, VR experiences might be generated with nets rather than modeled with traditional CG.

Re: StyleGAN2

#36
post #7
post #3

Only watched the video, but one of the interesting things is the potential method to tell a generated image from a real one: namely, if you take a generated image, it's possible to find parameters which will generate exactly the same image. But if you take a real image, it's generally not possible to get exactly the same image, but only a similar one. The exact point in the video: https://youtu.be/c-NJtV9Jvp0?t=208

This is only possible if you have access to the model neural net... If you dont you cant tell the difference.

Actually i was wrong. Generative Adverserial Nets often work accross Machine Learning models...
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