Engineering topics
Publications and source records attributed to Clark, B..
Vestibular, tactual and proprioceptive information in judging Coriolis rotation and attitudes during rotation and pitching on piloted flight simulator
Effects of centripetal force stimulation on perception of visual horizontal in partially blind and normal vision subjects
Stimulus thresholds for perception of angular acceleration in man
Egocentric localization of visual horizontal in normal and labyrinthine-defective observers as function of head and body tilt
Egocentric localization of visual horizontal in normal and labyrinthine defective observers for various head and body tilts
Perception of visual horizontal in normal and deaf observers during prolonged rotation
Visual and gravitational factors in delay in perception of oculogravic illusion
Influence of otolith and monotolith information in perception of oculogravic illusion
Otolith and nonotolith information influence in perception of visual horizontal by rotating human subjects with normal and defective labyrinthine functions
Measurement of oculogravic illusion in subjects with or without labyrinthine defects, showing validity as specific response to stimulation of otolith organs
Validity of oculogravic illusion as specific indicator of otolith function
Horizontal perception change delay of man after counter rotation - effects of pre-exposure conditions on visual discrimination recovery
Oculogravic illusion - perception of visual horizontal in normal and inner ear defective subjects during prolonged rotation
Pilot perception measurements of illusory motion and position in space while undergoing suprathreshold values of Coriolis acceleration
Factors contributing to delay in perception of oculogravic illusion following exposure to rotating environment - adaptation level theory
Effect of suprathreshold value of Coriolis acceleration on pilot of flight simulator - reference to perception of illusory motion and position in space
Contributing factors in perception of oculogravic illusion
Visual perception study of postural vertical in normals and subjects with vestibular defects