PERCEPTION OF DYNAMIC STIMULI
Stemming from considerations of a cybernetic nature, the program was directed towards a theoretical and empirical examination of the perception of changing stimuli. Representative stimuli were selected so as to fall into two classes: Kinetic (e.g., changing loudness and brightness), and topographic...
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| creator | Notterman,Joseph M Filion,Ross D. L Mandriota,Frank J |
| description | Stemming from considerations of a cybernetic nature, the program was directed towards a theoretical and empirical examination of the perception of changing stimuli. Representative stimuli were selected so as to fall into two classes: Kinetic (e.g., changing loudness and brightness), and topographic (e.g., expanding lines and circles; moving points). Both classes of stimuli were presented in such manner as to permit either continuous or discontinuous display, and in either of two modes: Isochronal (equal time for standard and comparison stimuli), or isometric (equal final magnitudes attained by standard and comparison stimuli). It is tentatively concluded that topographic displays are superior (i.e., are perceived more precisely) to kinetic, discontinuous (initial and final values only) are superior to continuous, and isochronal are superior to isometric. (Author) |
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L ; Mandriota,Frank J ; PRINCETON UNIV N J DEPT OF PSYCHOLOGY</creatorcontrib><description>Stemming from considerations of a cybernetic nature, the program was directed towards a theoretical and empirical examination of the perception of changing stimuli. Representative stimuli were selected so as to fall into two classes: Kinetic (e.g., changing loudness and brightness), and topographic (e.g., expanding lines and circles; moving points). Both classes of stimuli were presented in such manner as to permit either continuous or discontinuous display, and in either of two modes: Isochronal (equal time for standard and comparison stimuli), or isometric (equal final magnitudes attained by standard and comparison stimuli). It is tentatively concluded that topographic displays are superior (i.e., are perceived more precisely) to kinetic, discontinuous (initial and final values only) are superior to continuous, and isochronal are superior to isometric. 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It is tentatively concluded that topographic displays are superior (i.e., are perceived more precisely) to kinetic, discontinuous (initial and final values only) are superior to continuous, and isochronal are superior to isometric. 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| subjects | CYBERNETICS DISPLAY SYSTEMS DYNAMICS HUMAN FACTORS ENGINEERING Human Factors Engineering & Man Machine System MAN MACHINE SYSTEMS PERCEPTION Psychology PSYCHOPHYSICS STIMULATION(PHYSIOLOGY) |
| title | PERCEPTION OF DYNAMIC STIMULI |
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