Object Recognition: Neural mechanisms

Poster Session: Tuesday, May 23, 2023, 2:45 – 6:45 pm, Pavilion

Abstract# 

Poster Title

First Author

56.413

Spatial-frequency channels for object recognition by neural networks are twice as wide as those of humans

Subramanian, Ajay

56.414

Detectability of optogenetic stimulation in inferior temporal cortex in non-human primates depends on the plausibility of a corresponding visual event in the external world

Lafer-Sousa, Rosa

56.415

Neurons in macaque V4 prefer natural images to scrambled textures

Lieber, Justin D.

56.416

Probing the role of bypass connections in core object recognition by chemogenetic suppression of macaque V4 neurons

Kar, Kohitij

56.417

Simultaneous recordings from posterior and anterior body-responsive regions in the macaque Superior Temporal Sulcus.

Bognar, Anna

56.418

Adaptation to numerosity changes monotonic responses of early visual cortex

Zhang, Liangyou

56.419

Color and Shape Contingency Representations in Rhesus Macaques

Loggia, Spencer

56.420

Recurrent processing in the visual cortex during object recognition

Maniquet, Timothée

56.421

The effects of visual backward masking on visual spatiotemporal dynamics

Xie, Siying

56.422

Changes in the speed of visual processing between foveola and perifovea: a combined behavioral and EEG investigation

Poletti, Martina

56.423

Lesioning category-selective units in silico yields functionally specialized deficits

Prince, Jacob S.

56.424

Evaluating the Central-Peripheral Dichotomy in human visual cortex using anatomical and retinotopic data in Human Connectome Project

Zhaoping, Li

56.425

Brain-optimized models reveal increase in few-shot concept learning accuracy across human visual cortex

St-Yves, Ghislain