Yong Gu

BCIJelly provides a unified ecosystem for BCI research, standardizing data, integrating decoders, and enabling efficient deployment on neuromorphic hardware.

The paper identifies a motor-related choice signal in visual cortex that depends on the timing of target onset and shows it reflects feedback from motor areas.

This study investigates how goal representation is generated in the posterior parietal cortex by distinguishing saliency and intentional maps during target interception tasks.

This study shows the primate caudate nucleus has distinct neural representations and causal roles in multimodal decision-making compared to cortical areas.

This study investigates the role of the frontal eye field in mixed-strategy decision-making using a game-theoretic task in macaques, finding that FEF activity predicts choices and is causally involved in the process.

The paper identifies robust vestibular self-motion signals in macaque posterior cingulate cortex using motion stimuli and a 3D model, showing temporal components like velocity and acceleration.

The paper proposes a neural model for concurrent multisensory integration and segregation using congruent and opposite neurons to rapidly recognize stimuli based on sensory cues.

The paper shows that the brain integrates multisensory inputs optimally using a simple linear combination of neural activity, consistent with an invariant linear probabilistic population code.