Influence of correlated visual cues on auditory signal detection
Influence of correlated visual cues on auditory signal detection
AUDITORY SIGNAL↗
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Results for “Visualization”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Development of visual, contact and decision subsystems for a Mars rover, July 1966 - January 1967
Visual, contact, and decision subsystems for Mars rover
DECISION MAKING↗
The visualization of turbulent flows by means of flow birefringence
Visualization of turbulent flows by means of flow birefringence
BIREFRINGENCE↗
Visual problems of extended spaceflight.
NASA research on visual problems of extended spaceflight
ASTRONAUT PERFORMANCE↗
Need for Validity in Simulation of the Extraterrestrial Visual Environment
Effect on human performance of variations from true values in simulation of extraterrestrial visual environment
VISUAL TASK↗
A queueing model of many-instrument visual sampling.
Queueing model of many-instrument visual sampling
INSTRUMENTATION↗
Visualization of hydrogen fires.
Hydrogen fire visualization detection techniques including application of photography, TV and image converter in IR and UV regions
ULTRAVIOLET RADIATION↗
Dissociation of the visual placing response into elicited and guided components.
Visually controlled placing response tests for kittens reared without sight of limbs
CAT↗
Adaptation to displaced and delayed visual feedback from the hand.
Adaptation to displaced and delayed visual feedback during hand movement
ADAPTATION↗
Absolute judgment of more than 32 categories /5 bits/ with a unidimensional visual stimulus.
Absolute judgment of more than 32 categories with unidimensional visual stimulus
VISUAL STIMULUS↗
Visual perception in the determination of spacecraft attitude.
Visual perception in determining spacecraft attitude in simulator conditions
VISUAL PERCEPTION↗
Observations on some experiments on visual masking.
Review and interpretation of experiments on masking of visual stimuli
VISUAL STIMULI↗
Dissociation of visual functions by deprivation and rearrangement.
Dissociation of visual functions by deprivation and rearrangement in cats and humans
SENSORY DEPRIVATION↗
Single unit analysis of backward visual masking and metacontrast in the cat lateral geniculate nucleus.
Single unit analysis of backward visual masking and metacontrast in lateral geniculate nucleus in cats
MASKING↗
Egocentric visual localization in normals and partially blind during exposure to centripetal force.
Comparison of effects of stimulation by centripetal force on perception of visual horizontal in partially sighted and normal humans
CENTRIPETAL FORCE↗
Visual horizontal-perception in relation to otolith-function.
Influence of otolith organs on visual localization of horizontal at 10 degrees of body tilt through 90 degrees leftward and rightward from gravitational vertical
VISUAL PERCEPTION↗
Visual backward masking of a single line by a single line.
Visual backward masking of single target line by single masking line - signal detectability with contour control
HUMAN BEINGS↗
Characteristics of covert and overt visual orienting: Evidence from attentional and oculomotor capture
Five visual search experiments found oculomotor and attentional capture consistent with predictions of contingent orienting, contrary to claims that oculomotor capture is purely stimulus driven. Separate saccade and attend-only conditions contained a color target appearing either singly, with an onset or color distractor, or both. In singleton mode, onsets produced oculomotor and attentional capture. In feature mode, capture was absent or greatly reduced, providing evidence for top-down modulation of both types of capture. Although attentional capture by color abstractors was present throughout, oculomotor capture by color occurred only when accompanied by transient change, providing evidence for a dissociation between oculomotor and attentional capture. Oculomotor and attentional capture appear to be mediated by top-down attentional control settings, but transient change may be necessary for oculomotor capture. ((c) 2003 APA, all rights reserved).
Clinical Trial↗