Results 71 to 80 of about 996 (165)
Concussion# Background We investigated whether everyday situations that trigger post-concussion symptoms (i.e., dynamic visual scenes), induce vection (illusory self-motion) and/or affect postural stability.
Grace A. Gabriel +4 more
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Second-order motions contribute to vection
Vision Research, 1998 First- and second-order motions differ in their ability to induce motion aftereffects (MAEs) and the kinetic depth effect (KDE). To test whether second-order stimuli support computations relating to motion-in-depth we examined the vection illusion (illusory self motion induced by image flow) using a vection stimulus (V, expanding concentric rings) that
Gurnsey, Rick +2 more
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Consistent wind Facilitates Vection
i-Perception, 2011 We examined whether a consistent haptic cue suggesting forward self-motion facilitated vection. We used a fan with no blades (Dyson, AM01) providing a wind of constant strength and direction (wind speed was 6.37 m/s) to the subjects' faces with the ...
Masaki Ogawa +3 more
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Effects of Viewpoint Jitters Onf Roll Vection
i-Perception, 2011 It has been revealed that random viewpoint jitters or periodical viewpoint oscillation superimposed in visual stimulus which simulates the observer's self-motion can enhance visually induced self-motion perception (vection), even if there are sustained ...
Shinji Nakamura
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Binocular contributions to linear vertical vection
Journal of Vision, 2014 Compelling illusions of self-motion, known as vection, can be produced in a stationary observer by visual stimulation alone. The role of binocular vision and stereopsis in these illusions was explored in a series of three experiments. Previous research had provided evidence of stereoscopic enhancements for linear vection in depth (e.g., Palmisano, 1996,
Allison, Robert +2 more
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Directionless Vection: A New Illusory Self-Motion Perception
i-Perception, 2012 We report a new visual illusion, “directionless vection.” When expanding and contracting optic flows are simultaneously presented in the same depth plane, observers can perceive illusory self-motion (vection) without direction.
Takeharu Seno +2 more
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PLoS ONE, 2014 Visually-induced illusions of self-motion (vection) can be compelling for some people, but they are subject to large individual variations in strength. Do these variations depend, at least in part, on the extent to which people rely on vision to maintain
Deborah Apthorp +2 more
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Frontiers in Psychology, 2014 In the absence of other congruent multisensory motion cues, sound contribution to illusions of self-motion (vection) is relatively weak and often attributed to purely cognitive, top-down processes.
Aleksander eVäljamäe +3 more
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Gender Difference in Roll Vection
Equilibrium Research, 2003 Vestibular function gradually deteriorates with aging, however, its behavioral consequences are not easily recognized due to a substitution process by other sensory modalities such as visual or proprioceptive inputs. Not only age but also gender can make a significant difference in these functions. To reveal such hidden substitution processes by visual
Goto, Fumiyuki +3 more
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Visual Vection does not Perturb Squatting Posture
BIO Web of Conferences, 2011 Vision contributes fundamentally to the control of the standing posture. The illusion of self motion falsely perceived (vection) increases postural sway while standing.
Dietrich Gilles +2 more
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