Mather, G. and Radford, K. and West, S. (1992) Low-level visual processing of biological motion. Proceedings of the Royal Society B: Biological Sciences, 249 (1325). pp. 149-155. ISSN 0962-8452
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|Item Status:||Live Archive|
Biological motion displays depict a moving human figure by means of just a few isolated points of light attached to to the major joints of the body. Naive observers readily interpret the moving pattern of dots as representing a human figure, despite the complete absence of form cues. This paper reports a series of experiments which investigated the visual processes underlying the phenomenon. Results suggest that (i) the effect relies upon responses in low-level motion-detecting processes, which operate over short temporal and spatial intervals and respond to local modulations in image intensity; and (ii) the effect does not involve hierarchical visual analysis of motion components, nor does it require the presence of dots which move in rigid relation to each other. Instead, movements of the extremities are crucial. Data are inconsistent with current theoretical treatments.
|Keywords:||article, human, human experiment, information processing, motion, movement perception, normal human, priority journal, vision, visual stimulation, Humans, Joints, Locomotion, Motion Perception, Movement|
|Subjects:||B Subjects allied to Medicine > B140 Neuroscience|
C Biological Sciences > C830 Experimental Psychology
|Divisions:||College of Social Science > School of Psychology|
|Deposited On:||04 Dec 2014 09:52|
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