A revised dynamic otolith model.
Dynamic otolith model based on input-output experiments, including static component to permit steady output to acceleration or sustained tilt
Meiry, J. L.↗
Engineering topics
Young, L. R.
Publications and source records attributed to Young, L. R..
Biophysical evaluation of the human vestibular system Semiannual status report
Physical properties of labyrinthine fluids and semicircular canal response to angular and linear acceleration and thermal stimulation
Meiry, J. L.↗
A revised dynamic otolith model
Control theory applied to analysis of vestibular function for obtaining mathematical model of semicircular canals and otolith organs
Meiry, J. L.↗
Effects of linear acceleration on vestibular nystagmus
Linear acceleration influence on vestibular nystagmus and postulation of simple model based on otolith contribution
Young, L. R.↗
Physical properties of the labyrinthine fluids and quantification of the phenomenon of caloric stimulation
Physical properties of labyrinthine fluids, and caloric stimulation of semicircular canals
Li, Y. T.↗
Some effects of motion cues on manual tracking.
Inverted pendulum and VTOL control experiments with and without motion cues, discussing various motion effects
MOTION PERCEPTION↗
Studies of human dynamic space orientation using techniques of control theory
Three-dimensional contact analog display system development for use in surface, subsurface, air, and space vehicles
Li, Y. T.↗
Biophysical evaluation of the human vestibular system Semiannual status report
Analytical model of canalicular response to rotation in linear acceleration fields
Meiry, J. L.↗
Feasability study of noninvasive venous pressure measurement
Feasibility of noninvasive venous pressure measuring methods during weightlessness
WEIGHTLESSNESS↗
Biophysical evaluation of the human vestibular system Semiannual status report, 1 Jul. - 31 Dec. 1966
Physical properties of labyrinth fluids in human vestibular system
LABYRINTH↗
Studies of human dynamic space orientation using techniques of control theory Semiannual status report, Jul. 1 - Dec. 31, 1966
Human dynamic space orientation models using control theory techniques
DYNAMIC MODEL↗
Manual time-optimal control for high order plants
Closed loop, manual, time optimal, bang bang control of high order systems using concept of switching surface
Yasui, S.↗
Visual and control aspects of saccadic eye movements
Physiological, behavioral, and control investigation of rapid saccadic jump eye movement in humans
VISUAL SYSTEM↗
Biological control systems - A critical review and evaluation
Critical review and evaluation of biological control systems in humans
BIOLOGICAL MODEL↗
Studies of human dynamic space orientation using techniques of control theory Status report
Human dynamic space orientation using control theory techniques
MAN-MACHINE SYSTEM↗
Control engineering approaches to human dynamic space orientation
Control engineering approaches to study of vestibular organs and human orientation in space
SPACE ENVIRONMENT↗
Some effects of motion cues on manual tracking
Effects of motion cues on manual tracking ability of pilots
MOTION PERCEPTION↗