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Bruce & Young Model of Face Recognition, 1986. One of the most widely accepted theories of face perception argues that understanding faces involves several stages: [7] from basic perceptual manipulations on the sensory information to derive details about the person (such as age, gender or attractiveness), to being able to recall meaningful details such as their name and any relevant past ...
The test assumes that perception is based on the collected information taken from the different regions of the image, which then constitute a holistic representation of a face. [3] Today, there are many iterations of the Mooney Face Test, a number of which contain images that involve image color inversion and facial feature scrambling. [4]
The Cambridge Face Perception Test allows participants to look at a target face, while ranking 6 other faces according to their resemblance to the target face. [12] Prosopagnosics will fail this test, while prosopamnesiacs will pass it, making it the hallmark for distinguishing between the two disorders.
The greebles are artificial objects designed to be used as stimuli in psychological studies of object and face recognition. [2] They were named by the American psychologist Robert Abelson . [ 3 ] The greebles were created for Isabel Gauthier 's dissertation work at Yale, [ 4 ] so as to share constraints with faces: they have a small number of ...
Prosopagnosia, [2] also known as face blindness, [3] is a cognitive disorder of face perception in which the ability to recognize familiar faces, including one's own face (self-recognition), is impaired, while other aspects of visual processing (e.g., object discrimination) and intellectual functioning (e.g., decision-making) remain intact.
The fusiform face area (FFA) is a part of the brain located in the fusiform gyrus with a debated purpose. Some researchers believe that the FFA is evolutionary purposed for face perception. Others believe that the FFA discriminates between any familiar stimuli.
The brain region that specifies in facial recognition is the fusiform face area. Prosopagnosia can also be divided into apperceptive and associative subtypes. Recognition of individual chairs, cars, animals can also be impaired; therefore, these object share similar perceptual features with the face that are recognized in the fusiform face area ...
The basic principles of the Thatcher effect in face perception have also been applied to biological motion. The local inversion of individual dots is hard, and in some cases, nearly impossible to recognize when the entire figure is inverted. [6]