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The effects of sustained and transient responses to inducing lines on the perceived position of nearby test lines were measured as constant errors in the vernier alignment of the test lines. The sustained response to the continued presence of the inducing lines had no effect on the perceived position of the test lines for very small inducing/test-line distances, and a repulsive effect for larger distances. Transient responses to the onset of the inducing lines had attractive effects for small distances, whereas transient responses to the offset of the inducing lines had repulsive effects for all distances tested. Attraction and repulsion effects on perceived position are accounted for by facilitating and inhibiting interactions that influence the relative sensitivities of an ensemble of position-selective detecting units.
H S Hock, and
K E Eastman
January 1986,
Vision research,
H S Hock, and
K E Eastman
January 1978,
Vision research,
H S Hock, and
K E Eastman
May 2018,
IEEE transactions on neural systems and rehabilitation engineering : a publication of the IEEE Engineering in Medicine and Biology Society,
H S Hock, and
K E Eastman
September 1962,
The American journal of psychology,
H S Hock, and
K E Eastman
January 2002,
Neuropsychologia,
H S Hock, and
K E Eastman
February 2018,
Scientific reports,
H S Hock, and
K E Eastman
March 2007,
Journal of vision,
H S Hock, and
K E Eastman
November 2008,
Vision research,
H S Hock, and
K E Eastman
May 2006,
Perception & psychophysics,
