Binding in vision as a multistage process. Humphreys, G. W Publication Title: (2003). Behrmann, Marlene (Ed), et al. Kimchi, Ruth (Ed), Perceptual organization in vision: Behavioral and neural perspectives. (pp.377 402). Mahwah, NJ, US: Lawrence Erlbaum Associates, Publishers. xii, 475 pp.abstract bibtex (from the chapter) Damage to areas of the brain concerned with visual processing can lead to selective disorders of visual perception. In many instances, these disorders affect the processing of some aspects of the visual world but not others. For example, patients can have selective loss of color vision without necessarily having an impairment of form perception or motion vision. In contrast, patients can have a gross impairment in motion vision without suffering loss of color perception. Likewise there can be marked damage to form perception along with maintenance of the ability to reach and grasp objects using properties of form, or, contrariwise, impaired reaching and grasping from vision along with spared object perception. In this chapter I use neuropsychological evidence on the fractionation of visual processing to argue that binding is not a single operation but instead can be decomposed into multiple stages, each of which may offer a probabilistic interpretation of how image features are interrelated. I link this argument to converging evidence from experimental psychology and neurophysiology, which suggests that forms of binding can be achieved at early stages of vision to be verified by later stages perhaps using reentrant feedback. (PsycINFO Database Record (c) 2003 APA, all rights reserved)
@misc{humphreys_binding_nodate,
title = {Binding in vision as a multistage process},
abstract = {(from the chapter) Damage to areas of the brain concerned with visual processing can lead to selective disorders of visual perception. In many instances, these disorders affect the processing of some aspects of the visual world but not others. For example, patients can have selective loss of color vision without necessarily having an impairment of form perception or motion vision. In contrast, patients can have a gross impairment in motion vision without suffering loss of color perception. Likewise there can be marked damage to form perception along with maintenance of the ability to reach and grasp objects using properties of form, or, contrariwise, impaired reaching and grasping from vision along with spared object perception. In this chapter I use neuropsychological evidence on the fractionation of visual processing to argue that binding is not a single operation but instead can be decomposed into multiple stages, each of which may offer a probabilistic interpretation of how image features are interrelated. I link this argument to converging evidence from experimental psychology and neurophysiology, which suggests that forms of binding can be achieved at early stages of vision to be verified by later stages perhaps using reentrant feedback. (PsycINFO Database Record (c) 2003 APA, all rights reserved)},
author = {Humphreys, Glyn W},
note = {Publication Title: (2003). Behrmann, Marlene (Ed), et al. Kimchi, Ruth (Ed), Perceptual organization in vision: Behavioral and neural perspectives. (pp.377 402). Mahwah, NJ, US: Lawrence Erlbaum Associates, Publishers. xii, 475 pp.},
keywords = {*Motion Perception, *Visual Perception, Experimental Psychology, Human, Neurophysiology, Neuropsychology, Record 5 of 8 in PsycINFO 2003 Part B},
}
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