Lihui Wang

This study compares how convolutional neural networks and Vision Transformers align with human eye movement patterns during facial expression recognition, finding that ViT better captures sequential fixation strategies.

The paper shows dynamic face-related eye movement representations in the ventral pathway during gaze tracking without image perception.

The paper demonstrates that frontocentral beta oscillations causally contribute to understanding linguistic communicative functions through EEG and tACS experiments.

The paper investigates dissociated amplitude and phase effects of pre-stimulus alpha oscillations in rhythm- and sequence-based temporal expectation, showing how they influence perceptual performance.

The paper shows that communicative goals in language are represented in the premotor cortex through fMRI and lesion studies.

This study shows that object recognition in simulated retinal implant perception can be improved through training and generalized to new tasks and viewpoints, with naming tasks being more effective.