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Mechanisms of Self-Motion Perception
Annual Review of Neuroscience, 2008Guiding effective movement through the environment is one of the visual system's most important functions. The pattern of motion that we see allows us to estimate our heading accurately in a variety of environments, despite the added difficulty imposed by our own eye and head movements.
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Hearing, self-motion perception, mobility, and aging
Hearing Research, 2018Hearing helps us know where we are relative to important events and objects in our environment and it allows us to track our changing position dynamically over space and time. Auditory cues are used in combination with other sensory inputs (visual, vestibular, proprioceptive) to help us perceive our own movements through space, known as self-motion ...
Jennifer, Campos +2 more
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1982
The purpose of this paper is to review some aspects of the current knowledge concerning linear self motion perception. An adequate perception of self motion is important for movement, locomotion (Review in Schone, 1980), and in any situation in which man has to drive a machine or a vehicle; it requires the evaluation of head motion in space which can ...
Alain Berthoz, Jaques Droulez
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The purpose of this paper is to review some aspects of the current knowledge concerning linear self motion perception. An adequate perception of self motion is important for movement, locomotion (Review in Schone, 1980), and in any situation in which man has to drive a machine or a vehicle; it requires the evaluation of head motion in space which can ...
Alain Berthoz, Jaques Droulez
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Chromaticity, Spatial Complexity, and Self-Motion Perception
Perception, 2006The effects of visual field color and spatial complexity on self-motion perception were investigated by placing observers inside a large rotating cylinder (optokinetic drum). Under optokinetic-drum conditions visually induced self-motion (vection) is typically perceived within 30 s, even though all forms of sensory input (eg ...
Frederick, Bonato, Andrea, Bubka
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Cybersickness: Perception of Self-Motion in Virtual Environments
Presence: Teleoperators and Virtual Environments, 1992Human perceptual systems have evolved to provide accurate information about orientation and movement through the environment. However, these systems have been challenged in the past century by modern transportation devices and will be further challenged by virtual environments (VEs) and teleoperator systems.
Michael E. McCauley, Thomas J. Sharkey
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Adaptive heading performance during self‐motion perception
PsyCh Journal, 2019AbstractPrevious studies have documented that the perception of self‐motion direction can be extracted from the patterns of image motion on the retina (also termed optic flow). Self‐motion perception remains stable even when the optic‐flow information is distorted by concurrent gaze shifts from body/eye rotations.
Shenbing Kuang, Hu Deng, Tao Zhang
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Arthrokinetic Information Affects Linear Self-Motion Perception
Journal of Vestibular Research, 1995A sensation of linear self-motion can be induced in a blindfolded stationary sitting subject, who keeps contact with a linearly moving platform (acceleration 0.1 m/s2) in the frontoparallel plane by means of a hand-over-hand walking action. When discordant suprathreshold vestibular information from the otoliths is added by moving the subject laterally (
Bles, W. +3 more
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Perception & control of self-motion
Choice Reviews Online, 1991Contents: Part I:Phenomena, Problems, & Terms. R. Warren, Preliminary Questions for the Study of Egomotion. D.H. Owen, Lexicon of Terms for the Perception and Control of Self-Motion and Orientation. Part II:Visual Aspects. J.J. Koenderink, Some Theoretical Aspects of Optic Flow. K.
Bruce Bridgeman +2 more
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Being active over one’s own motion: Considering predictive mechanisms in self-motion perception
Neuroscience and Biobehavioral Reviews, 2023Anne-Laure Rineau +2 more
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