We are happy to share our new paper (under review) on human face perception!
In this study, we investigated how face similarity judgments are affected by dynamic 3D vs. static 2D conditions 🗿.
Preprint: http://doi.org/10.31234/osf.io/f62pw
#FacePerception #3D #CognitiveScience #similarity #NeuroAI
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In this study, we investigated how face similarity judgments are affected by dynamic 3D vs. static 2D conditions 🗿.
Preprint: http://doi.org/10.31234/osf.io/f62pw
#FacePerception #3D #CognitiveScience #similarity #NeuroAI
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Comments
We then trained sparse (#VICE, @lukasmut.bsky.social) and deep encoding models (#VGG-Face) to investigate the latent representations underlying human face similarity judgments.
#alignment
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However, ...
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Features like chin-cheek distance, eye size, nose shape 🤥, and face-width-height ratio (especially in 3D) explained much of the variance in the human judgments.
(image: DALL-E)
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#OpenScience
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Anthony, @abhaykoushik.bsky.social, @flxklotz.bsky.social, @martinhebart.bsky.social, Klaus-Robert Müller, Arno Villringer, Nico Scherf, Anna Hilsmann, Vadim Nikulin, & @mgblr.bsky.social.
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