Sentence examples for sensory stages from inspiring English sources

Note that we borrow the terms "central" and "peripheral" from Turvey [24], who used the term "peripheral" to describe the representations and processes that are engendered and carried out in the earliest (sensory) stages of visual processing.

We observed a similar activation time course in somatosensory cortices in both groups, which suggested relevant and durable responses to mechanical stimulation at the "sensory" stage of nociceptive processing, irrespectively of subjective pain severity.

Object content, matched for perceptual characteristics such as size, luminance, and spatial frequency distribution, is also known to affect the earliest sensory stage.

The existence of an apperceptive level of object processing is well-established in vision, and corresponds to a post-sensory stage of perceptual categorization that generates (or accesses) structural representations: sets of distinctive geometric and volumetric features that enable object identity to be abstracted despite changing contexts and viewpoints.

Rapid cerebellar transmission engages a pathway comprising connections from early sensory processing stages to the cerebellum and from there to the thalamus, effectively bypassing more central stages of classical sensory pathways.

Studies comparing self-generated and externally-generated sound responses have provided converging evidence for reduced responses to self-generated sounds taking place in the early sensory processing stages.

As the suppression effects take place in early sensory processing stages, they can hardly be (fully) explained as a 'retro'-spective evaluation of whether or not a sound has been generated by me, which is initiated after the sound has been processed to its full extent.

Altogether these results indicate that expected reward affects perceptual decision-making both at the sensory representation stage (parameter k) and the integration stage (parameter B).

A bounded accumulation decision model, applied to analyse behavioural performance, revealed that the interaction of expected reward with microstimulation can be explained if expected reward modulates a sensory representation stage of perceptual decision-making, in addition to the better-known effects at the integration stage.

Often the darkness is sensory, the stage lighting dim.

This indicates that visual visual and visual auditory memory recollection involves equivalent network components without any additional recruitment during an initial period of the sensory processing stage which is then followed by recruitment of additional network components for modality specific memory recollection.