Introduction 3. How is a face perceived? 3.1. Cue saliency and the analytical view of face
perception 3.2. Holistic/configural face perception 4. How is a face not (well) perceived? The …

In this article, we provide a detailed survey of 3D Morphable Face Models over the 20 years
since they were first proposed. The challenges in building and applying these models …

A number of human brain areas showing a larger response to faces than to objects from
different categories, or to scrambled faces, have been identified in neuroimaging studies …

Face perception is a socially important but complex process with many stages and many
facets. There is substantial evidence from many sources that it involves a large extent of the …

The uncanny valley hypothesis (Mori,) predicts differential experience of negative and
positive affect as a function of human likeness. Affective experience of humanlike robots and …

A face‐selective neural signal is reliably found in humans with functional MRI and event‐
related potential (ERP) measures, which provide complementary information about the …

Detecting brief changes of facial expression is vital for social communication. Yet, how
reliably, how fast these changes are detected and how long they are processed in the …

Face perception is highly lateralized to the right hemisphere (RH) in humans, as supported
originally by observations of face recognition impairment (prosopagnosia) following brain …

Faces are one of the most significant social stimuli and the processes underlying face
perception are at the intersection of cognition, affect, and motivation. Vision scientists have …

Computer-generated (CG) faces are an important visual interface for human-computer
interaction in social contexts. Here we investigated whether the human brain processes …