Perception of linear horizontal self-motion induced by peripheral vision (linearvection) basic characteristics and visual-vestibular interactions

Berthoz, A., Pavard, B., Young, L.R.·1975·Experimental Brain Research

Cited by (453)

Items 101–200 of 453

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  10. Perceptions of Speed and Risk: Experimental Studies of Road Crossing by Older People
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    Motoyuki Hashiba · 1998 · The Japanese Journal of Physiology
  13. Vestibular Contributions to the Sense of Body, Self, and Others
    Bigna Lenggenhager, Christophe Lopez · 2015 · Zurich Open Repository and Archive (University of Zurich)
  14. Linear Self Motion Perception
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  15. Body Sway Induced by Depth Linear Vection in Reference to Central and Peripheral Visual Field.
    Tetsuya Kawakita, Shinsuke Kuno, Yozo Miyake, Satoru Watanabe · 2000 · The Japanese Journal of Physiology
  16. Perception Model Analysis of Flight Simulator Motion for a Decrab Maneuver
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  18. Assessing Postural Instability and Cybersickness Through Linear and Angular Displacement
    Christopher Widdowson, Israel Becerra, Cameron Merrill, Ranxiao Frances Wang, Steven M. LaValle · 2019 · Human Factors The Journal of the Human Factors and Ergonomics Society
  19. The Effect of Motion Direction and Eccentricity on Vection, VR Sickness and Head Movements in Virtual Reality
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  20. Vection in Depth during Treadmill Walking
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  29. A cybersickness review: causes, strategies, and classification methods
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  34. Effects of Simulated Viewpoint Jitter on Visually Induced Postural Sway
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  35. Balancing awareness: Vestibular signals modulate visual consciousness in the absence of awareness
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  36. Mental Imagery of Visual Motion Modifies the Perception of Roll-Vection Stimulation
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  37. Linear-Vection Chronometry along Spinal and Sagittal Axes in Erect Man
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  38. The search for instantaneous vection: An oscillating visual prime reduces vection onset latency
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  40. Inertial acceleration as a measure of linear vection: An alternative to magnitude estimation
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  48. The Differentiation of Self-Motion From External Motion Is a Prerequisite for Postural Control: A Narrative Review of Visual-Vestibular Interaction
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  49. Virtual Walking Sensation by Prerecorded Oscillating Optic Flow and Synchronous Foot Vibration
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  50. The relationship between vection, cybersickness and head movements elicited by illusory motion in virtual reality
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  51. Human Control Model Estimation in Physical Human–Machine Interaction: A Survey
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  52. VRSpinning
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  53. Visual dependence affects the motor behavior of older adults during the Timed Up and Go (TUG) test
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  54. Stimulus Meanings Alter Illusory Self-motion (Vection) — Experimental Examination of the Train Illusion
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  55. Translational motion perception and vestiboocular responses in the absence of non-inertial cues
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  57. Toward a New Theory of Vision Studies in Wide-Angle Space Perception
    Gunnar Johansson, Erik Börjesson · 1989 · Ecological Psychology
  58. Thresholds of Motion Perception
    Claude Bonnet · 1982 · Springer eBooks
  59. Spectrally similar periodic and non-periodic optic flows evoke different postural sway responses
    Mark C. Musolino, Patrick J. Loughlin, Patrick J. Sparto, Mark S. Redfern · 2005 · Gait & Posture
  60. Exploiting perceptual limitations and illusions to support walking through virtual environments in confined physical spaces
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  61. Some Mechanisms Underlying Sensory and Postural Stability in Man
    James R. Lackner · 1978 · Springer eBooks
  62. Will visual cues help alleviating motion sickness in automated cars? A review article
    William Emond, Dominique Bohrmann, Mohsen Zare · 2023 · Ergonomics
  63. Perceptual and motor effects elicited by a moving visual stimulus below the forearm: An example of segmentary vection
    Marie-Françoise Tardy-Gervet, Jean-Claude Gilhodes, Jean‐Pierre Roll · 1984 · Behavioural Brain Research
  64. Display Lag and Gain Effects on Vection Experienced by Active Observers
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  65. Multisensory effects on somatosensation: a trimodal visuo-vestibular-tactile interaction
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  66. Vertical object motion during horizontal ocular pursuit: compensation for eye movements increases with presentation duration
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  67. The Effect of Linear Vection on Manual Aiming at Memorized Directions of Stationary Targets
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