Frequency-dependent integration of auditory and vestibular cues for self-motion perception
CS Shayman, RJ Peterka, FJ Gallun… - Journal of …, 2020 - journals.physiology.org
Recent evidence has shown that auditory information may be used to improve postural
stability, spatial orientation, navigation, and gait, suggesting an auditory component of self-
motion perception. To determine how auditory and other sensory cues integrate for self-
motion perception, we measured motion perception during yaw rotations of the body and the
auditory environment. Psychophysical thresholds in humans were measured over a range of
frequencies (0.1–1.0 Hz) during self-rotation without spatial auditory stimuli, rotation of a …
stability, spatial orientation, navigation, and gait, suggesting an auditory component of self-
motion perception. To determine how auditory and other sensory cues integrate for self-
motion perception, we measured motion perception during yaw rotations of the body and the
auditory environment. Psychophysical thresholds in humans were measured over a range of
frequencies (0.1–1.0 Hz) during self-rotation without spatial auditory stimuli, rotation of a …
Frequency-dependent integration of auditory and vestibular cues for self-motion
ABSTRACT 1 Recent evidence has shown that auditory information may be used to improve
postural stability, spatial 2 orientation, navigation, and gait, suggesting an auditory
component of self-motion perception. To determine how 3 auditory and other sensory cues
integrate for self-motion perception, we measured motion perception during yaw 4 rotations
of the body and the auditory environment. Psychophysical thresholds in humans were
measured over a 5 range of frequencies (0.1-1.0 Hz) during self-rotation without spatial …
postural stability, spatial 2 orientation, navigation, and gait, suggesting an auditory
component of self-motion perception. To determine how 3 auditory and other sensory cues
integrate for self-motion perception, we measured motion perception during yaw 4 rotations
of the body and the auditory environment. Psychophysical thresholds in humans were
measured over a 5 range of frequencies (0.1-1.0 Hz) during self-rotation without spatial …
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