Functional relation between stimulus intensity and photically evoked cerebral responses in man.
Stimulus intensity and photically evoked cerebral response as possible objective index of brightness perception for man
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Stimulus intensity and photically evoked cerebral response as possible objective index of brightness perception for man
Stereoscopic television pictures are produced by placing a colorless, transparent screen of adjacent parallel cylindrical lenses before a raster from two synchronized TV cameras. Alternate frames from alternate cameras are displayed. The viewers sensory perception fuses the two images into one three-dimensional picture.
Pattern degradation influence on human responses in pattern perception studies
Free flight dynamic stability measurements indicate that boundary layer transition has no perceptible effect
Computer analysis of speech, vowel perception by children, and articulatory activity during production of intervocalic fricative consonants
Laboratory experiments and Voskhod flight data on vision sharpness, efficiency, and perception during space flights
Hidden line problem and visual perception of computer-drawn polyhedron edges using algorithms
Distance and size perception in human beings
Human depth perception of television displays in stereo, and nonstereo presentations
Visual masking using different test stimulus patterns - relationship between human visual perception latency and object luminance during high velocity flight
Occulting-filter technique allows several types of flashing-light visibility data necessary for rendezvous and docking maneuvers, to be obtained for studying the perception of flashes at the visual threshold. The indications are that the method can be used to compare sources of radically different spectral composition.
Effects of pure tone corrections on human noise level perception
Dynamic model for human auditory sound perception and frequency response characteristics
Application of electron microscopes to study of human perception and development of prosthetic sensors
Angular displacement perception techniques for flight training candidates
Human perception of multiple-point tactile and visual stimuli
Noise level perception and subjective judgments for broadband noise with single, modulated and multiple tones, considering tone correction procedures