Latest Articles for Visual Processing

Researchers study how mice perceive depth using virtual reality.

A novel approach to understanding how retinal neurons respond to changing visuals.

A new method improves voice separation in noisy settings with multiple speakers.

Research reveals how anatomical features impact BOLD responses in the visual cortex.

A deep look into how we and machines recognize objects.

A new framework improves efficiency in processing visual data.

Research reveals how similar neuron responses influence their connections.

A study reveals how AI models recognize objects using attention mechanisms.

Research improves predictions of imagined images using brain activity data.

This study examines how certain neurons maintain stability in the visual system amidst changes.

Examining how early vision shapes neuronal development and function in the brain.

Exploring key models that explain how the brain processes information.

New benchmarks test AI's causal reasoning using only images.

Research shows how repeated exposure improves image recognition in the brain.

Exploring how rodent neurons process visual information and connect uniquely.

Research reveals how the cerebellum influences visual attention and eye movements.

Study shows visual cortex organization begins before birth.

A dataset helps AI systems learn better from distracting visuals.

R-JEPA learns to process images like our brains, improving computer vision.

Researchers combine brain imaging tools to reveal visual processing.

Discover how the V4 region helps us recognize objects in our world.

Study reveals how neuron activity shapes connections in the dLGN for better visual processing.

Explore the role of spatial information in remembering visual items.

This article discusses the issues of hallucinations in LVLMs and potential solutions.

Discover how neurons in the visual cortex respond to various stimuli.

Learn how VTC-CLS improves multimodal AI models by managing visual data effectively.

WCGEN improves how robots understand language and navigate in new spaces.

Discover how flies process visual information with remarkable neural dynamics.

Scientists develop miVAE to better analyze visual stimuli and neural responses.

A framework that simplifies visual task solutions for everyone.

New method boosts multimodal language models' visual task performance.