Results 241 to 250 of about 494,663 (279)

Adaptive heading performance during self‐motion perception

PsyCh Journal, 2019
AbstractPrevious 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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Self-motion Perception and Cybersickness

2020
Understanding self-motion perception is essential to design and apply countermeasures against cybersickness. This section provides introductory knowledge of motion perception, carried out by our visual systems and vestibular as well as kinesthetic organs.
Andras Kemeny, Jean-Rémy Chardonnet, Florent Colombet   +2 more
openaire   +1 more source

Hearing, self-motion perception, mobility, and aging

Hearing Research, 2018
Hearing 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, Robert, Ramkhalawansingh, M Kathleen, Pichora-Fuller   +2 more
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Spatial Sensory References for Vestibular Self-Motion Perception

Multisensory Research, 2023
Abstract While navigating through the surroundings, we constantly rely on inertial vestibular signals for self-motion along with visual and acoustic spatial references from the environment. However, the interaction between inertial cues and environmental spatial references is not yet fully understood. Here we investigated whether vestibular self-motion
Silvia Zanchi, Luigi F. Cuturi, Giulio Sandini, Monica Gori, Elisa R. Ferrè   +4 more
openaire   +2 more sources

Visual self-motion perception during head turns

Nature Neuroscience, 1998
Extra-retinal information is critical in the interpretation of visual input during self-motion. Turning our eyes and head to track objects displaces the retinal image but does not affect our ability to navigate because we use extra-retinal information to compensate for these displacements.
Crowell, James A., Banks, Martin S., Shenoy, Krishna V., Andersen, Richard A.   +3 more
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Chromaticity, Spatial Complexity, and Self-Motion Perception

Perception, 2006
The 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 vestibular, proprioceptive,
Frederick, Bonato, Andrea, Bubka
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Perception & control of self-motion

Choice Reviews Online, 1991
Contents: 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, Rik Warren, Alexander H. Wertheim   +2 more
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Self-motion perception: Assessment by computer-generated animations

Acta Astronautica, 1998
The goal of this research is more precise description of adaptation to sensory rearrangements, including microgravity, by development of improved procedures for assessing spatial orientation perception. Thirty-six subjects reported perceived self-motion following exposure to complex inertial-visual motion. Twelve subjects were assigned to each of 3
D E, Parker, D L, Harm, G R, Sandoz, N C, Skinner   +3 more
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Auditory space perception during self-motion

Journal of the Acoustical Society of America, 2016
Spatial information inputted to the auditory periphery dramatically changes with a listener’s body movements relative to the sound source. Nevertheless, listeners can perceive a stable auditory environment and react appropriately to the sound source.
Shuichi Sakamoto, Wataru Teramoto, Akio Honda, Yôiti Suzuki, Jiro Gyoba   +4 more
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Neck muscle fatigue disrupts self-motion perception

Experimental Brain Research
The effect of neck muscle fatigue induced by prolonged isometric contraction of the neck extensor muscles on self-motion perception was studied. The magnitude of self-motion perception was assessed by evaluating the tracking of a remembered earth-fixed visual target during passive symmetric and asymmetric sinusoidal horizontal body rotation.
F M, Botti, M, Guardabassi, A, Ferraresi, M, Faralli, G M, Filippi, V, Marcelli, C, Occhigrossi, V E, Pettorossi   +7 more
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