Most haptic object recognition tasks contain sensory, spatial, proprioceptive, constructive, and motor components. As a result, haptic perception involves functional interconnections between SI, SII, premotor regions, and more posterior portions of the parietal cortex.
The first study illustrates the integrative function of the brain in processing touch, whereas the second underlines the distributed nature of touch processing.
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Summary. The peripheral and central nervous systems underlying haptic perception are reviewed and two experimental studies are presented.
The peripheral and central nervous systems underlying haptic perception are reviewed, and a case study of a stroke patient whose brain lesion resulted in ...
In this review, we describe how shape information is processed as it ascends the somatosensory neuraxis of primates.
The intent of this chapter is to present an overview of the neural mechanisms of haptic object recognition. We will focus particularly on mechanisms.
Aug 20, 2024 · Haptic perception involves a distributed network of brain areas, including somatosensory cortices, motor areas, and multisensory integration
Haptic perception involves the cutaneous receptors of touch, and proprioceptors that sense movement and body position. The inability for haptic perception is ...
Haptic perception depends primarily on 4 mechanoreceptive afferent types responsive to skin deformation. They are: slowly adapting type 1 (SA1), ...
Mar 23, 2018 · When we interact with an object, neural signals from the skin, joints, and muscles convey information about the shape, size, weight, ...