- List of Contributors
- Face Perception: a Developmental Perspective
- Cognitive and Computational Approaches to Face Recognition
- Ecological and Social Approaches to Face Perception
- Face Neurons
- Disorders of Face Perception
- Distributed Neural Systems for Face Perception
- The Functional Architecture of the Face System: integrating Evidence from fMRI and Patient Studies
- Applied Research in Face Processing
- Are Faces Special?
- Features, Configuration, and Holistic Face Processing
- Face Perception and Perceptual Expertise in Adult and Developmental Populations
- An Experience-Based Holistic Account of the Other-Race Face Effect
- Social Categorization Influences Face Perception and Face Memory
- Adaptive Norm-Based Coding of Face Identity
- Unfamiliar Face Perception
- Face Recognition in Eyewitness Memory
- The Face-Sensitive N170 Component of the Event-Related Brain Potential
- Neurophysiological Correlates of Face Recognition
- Transcranial Magnetic Stimulation Studies of Face Processing
- Computer-Generated Images in Face Perception
- Neurocomputational Models of Face Processing
- Does Facial Identity and Facial Expression Recognition Involve Separate Visual Routes?
- Attention and Automaticity in Processing Facial Expressions
- On Perceiving Facial Expressions: the Role of Culture and Context
- Automated Facial Expression Measurement: recent Applications to Basic Research in Human Behavior, Learning, and Education
- Influence of Personality Traits on Processing of Facial Expressions
- Real Faces, Real Emotions: perceiving Facial Expressions in Naturalistic Contexts of Voices, Bodies, and Scenes
- The Impact of Social Gaze Perception on Attention
- Neural Substrates of Social Perception
- Functional and Neural Mechanisms for Eye Gaze Processing
- Speechreading: what’s MISS-ing?
- Personality Impressions from Facial Appearance
- Structure, Expression, and Motion in Facial Attractiveness
- Neural Encoding Principles in Face Perception Revealed Using Non-Primate Models
- Face Perception in Non-Human Primates
- Taking Apart the Neural Machinery of Face Processing
- Recognizing the Faces of Other Species: What Can a Limited Skill Tell Us About Face Processing?
- The Neurodevelopment of Face Perception
- Development of Face Processing Expertise
- Sensitive Periods in Face Perception
- Impairments in Face Perception
- Developmental Prosopagnosia: cognitive, Neural, and Developmental Investigations
- Face Processing in Autism
- Facial Expression Perception in Schizophrenia and Mood Disorders
- Delusions and Faces
Abstract and Keywords
Research in the field of computer graphics and vision strives to precisely synthesize any possible human face in a way that it is perceived as a real face and to parametrically describe or analyze any existing human face. This article provides an overview of the theoretical and technical steps taken to get a model of human faces that satisfied two demands for face stimuli for experimental research: full control over the information in faces enabling precise manipulations on the one hand, and high ecological validity of the stimuli, i.e. the ability to generate face stimuli that look very natural, on the other. It presents a new technology that fulfills both conditions. An important advance in the development of computer-generated face stimuli is initiated by the proposal of a theoretical face-space framework for the encoding of faces.
Thomas Vetter is a professor in the Computer Science Department at the University of Basel in Basel, Switzerland.
Mirella Walker is a professor in the Department of Psychology at the University of Basel in Basel, Switzerland.
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