Pinglei Bao

The paper investigates how macaque inferotemporal cortex represents visual anagrams, finding that neuronal responses align with specific interpretations based on orientation and shape preference.

The paper examines coding regimes in macaque inferotemporal cortex, finding both shared low-dimensional representations and sparse, feature-random single-neuron responses that contribute to object recognition.

This study compares spatial representations in visual working memory (VWM) and perception, finding that VWM recruits ipsilateral visual cortex regions, unlike perception which relies on contralateral regions.

The paper introduces the Triple-N dataset, which combines single-neuron recordings and fMRI from non-human primates to study visual processing, enabling cross-species comparisons with human data.

The paper constructs a hybrid SOM model to explain the topological organization of object selectivities in the ventral temporal cortex using a wiring cost minimization principle.

The paper investigates how neurons in macaque IT cortex respond to multiple objects and finds that normalization with homogeneous category selectivity explains their responses.

The paper investigates how macaque color patches represent colored objects, finding distinct computational strategies across three patches for hue and shape information.