Ventral visual cortex

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Computational Neuroscience 2 itemsNeuroscience 2 itemsVision Science 2 itemsArtificial Intelligence 1 itemBehavioral Neuroscience 1 itemBiology 1 itemCognition 1 itemComputer Science 1 itemComputer Vision 1 itemDeep Learning 1 itemElectrophysiology 1 itemMachine Learning 1 itemMathematical Modeling 1 item

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COSYNE 2022

Do better object recognition models improve the generalization gap in neural predictivity?

Yifei Ren, Pouya Bashivan

Linking neural dynamics across macaque V4, IT, and PFC to trial-by-trial object recognition behavior

Kohitij Kar, Reese Green, James DiCarlo

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James DiCarlo
- 1 poster
KK
Kohitij Kar
- 1 poster
PB
Pouya Bashivan
- 1 poster
RG
Reese Green
- 1 poster

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Iso-orientation bias of layer 2/3 connections unifies spontaneous, visually and optogenetically driven V1 dynamics

25 Nov 2026

visual cortex

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JD
James DiCarlo
- 1 poster
KK
Kohitij Kar
- 1 poster
PB
Pouya Bashivan
- 1 poster
RG
Reese Green
- 1 poster

Coming up nearby

Iso-orientation bias of layer 2/3 connections unifies spontaneous, visually and optogenetically driven V1 dynamics

25 Nov 2026

visual cortex

Ventral visual cortex

ePosters2

Do better object recognition models improve the generalization gap in neural predictivity?

Linking neural dynamics across macaque V4, IT, and PFC to trial-by-trial object recognition behavior

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Coming up nearby

Iso-orientation bias of layer 2/3 connections unifies spontaneous, visually and optogenetically driven V1 dynamics