The recurrent model emphasizes that the effects of a stimulus on the higher centres of the brain not only influence our subjective perception but also feed back down to modulate the ‘early’ stages of processing. ‘Higher’ stages of processing are taken to be those that exist anatomically further away from the sensory receptors, and are also those with more ‘cognitive’ as opposed to primarily ‘sensory’ functions, i.e. where learning, memory and thinking enter into the processing. As we shall see, a substantial amount of evidence has now accumulated indicating that the influence of these higher functions can be seen at almost all stages of sensory analysis, thereby casting serious doubt on the existence of sharp divisions between serial stages of sensation, perception and cognition. First, however, let us look at evidence for the parallel processing model.
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Monday, December 20, 2010
The recurrent processing model
The recurrent model emphasizes that the effects of a stimulus on the higher centres of the brain not only influence our subjective perception but also feed back down to modulate the ‘early’ stages of processing. ‘Higher’ stages of processing are taken to be those that exist anatomically further away from the sensory receptors, and are also those with more ‘cognitive’ as opposed to primarily ‘sensory’ functions, i.e. where learning, memory and thinking enter into the processing. As we shall see, a substantial amount of evidence has now accumulated indicating that the influence of these higher functions can be seen at almost all stages of sensory analysis, thereby casting serious doubt on the existence of sharp divisions between serial stages of sensation, perception and cognition. First, however, let us look at evidence for the parallel processing model.
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