“Economies of Experience”—Disambiguation of Degraded Stimuli Leads to a Decreased Dispersion of Eye‐Movement Patterns
We demonstrate “economies of experience” in eye‐movement patterns—that is, optimization
of eye‐movement patterns aimed at more efficient and less costly visual processing, similar
to the priming‐induced formation of sparser cortical representations or reduced reaction
times. Participants looked at Mooney‐type, degraded stimuli that were difficult to recognize
without prior experience, but easily recognizable after exposure to their undegraded
versions. As predicted, eye‐movement dispersion, velocity, and the number of fixations …
of eye‐movement patterns aimed at more efficient and less costly visual processing, similar
to the priming‐induced formation of sparser cortical representations or reduced reaction
times. Participants looked at Mooney‐type, degraded stimuli that were difficult to recognize
without prior experience, but easily recognizable after exposure to their undegraded
versions. As predicted, eye‐movement dispersion, velocity, and the number of fixations …
[PDF][PDF] “Economies of experience”–disambiguation of degraded stimuli leads to a decreased dispersion of eye-movement patterns
ME Król¹, M Król - researchgate.net
We demonstrate “economies of experience” in eye-movement patterns, ie optimization of
eye-movement patterns aimed at more efficient and less costly visual processing, similar to
the priming-induced formation of sparser cortical representations or reduced reaction times.
Participants looked at Mooney-type, degraded stimuli that were difficult to recognize without
prior experience, but easily recognizable after exposure to their undegraded versions. As
predicted, eye-movement dispersion, velocity and number of fixations decreased with each …
eye-movement patterns aimed at more efficient and less costly visual processing, similar to
the priming-induced formation of sparser cortical representations or reduced reaction times.
Participants looked at Mooney-type, degraded stimuli that were difficult to recognize without
prior experience, but easily recognizable after exposure to their undegraded versions. As
predicted, eye-movement dispersion, velocity and number of fixations decreased with each …
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