Somatosensory sensation of the lower limbs may be associated with vestibular sense (Horak & Hlavacka, 2001) and may also be associated with body-width perception.
By combining this robotic setup with a virtual-reality visual display, a recent study created objects with different haptic and visual widths and was able to determine the weighting given to each source of information in the perception of width, weightings that matched the predictions of an optimal estimator.
In this study, we investigated neural correlates of the perception of body width and thickness by using distorted own-body images.
Visual perception of own-body width has been examined in normal subjects and in patients with eating disorders (Probst et al., 1998; Johnstone et al., 2008).
Replicating an earlier report (Wallach & O'Leary, 1982), reducing the apparent angular declination below the horizon produced apparent object width increases (by 33%%), consistent with the perception of a greater ground distance to the object.
These companies tend to see fortunes ebb and flow on the sometimes equally arbitrary perceptions of media, competitors, the width of the opening of the initial public offering window and public companies' appetite for M&A at premiums.
Horizontal width images yielded slightly more subjective own-body perceptions than dorsoventral thickness images did.
Window width and reconstruction filters [20, 40] also influence the perception of noise within CT images, but again a considerable number from each cohort were not in agreement.
In addition to the superior and middle temporal gyrus, the bilateral SI and secondary somatosensory cortex (SII) were also involved in the perception of body images and expansions in width.
Generally, sound is perceived in all three dimensions, width, height, and depth, which are all necessary to achieve a natural perception of sound [1].
