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An eye for detail: Eye movements and attention at the foveal scale
2023, Vision ResearchThe functional operation of the vestibulo-ocular reflex
2022, Progress in Brain ResearchEye stabilization
2022, Progress in Brain ResearchCitation Excerpt :Altogether, these findings indicate that fixation and pursuit are neurologically distinct. When humans and animals have their heads immobilized, drift velocities are about 0.1–0.2 deg/s. However, Skavenski et al. (1979) showed that when the head is free, even when subjects are trying to stay as still as possible, drift rises to 0.3–0.7 deg/s, because the vestibulo-ocular reflex is not able to compensate fully for head drifts (see also Section 4 in chapter “Behavior of the saccadic system: Metrics of timing and accuracy” by Robinson). And, when we wish to identify an object in our visual scene barely at acuity threshold, we do stand still, and even hold our breath, so this drift range is probably optimum for vision.
Behavior of the saccadic system: Metrics of timing and accuracy
2022, Progress in Brain ResearchThe function and phylogeny of eye movements
2022, Progress in Brain ResearchCitation Excerpt :Given the inaccuracies of the subsystems just discussed, it is not likely that visual fading would occur in most normal situations. Skavenski et al. (1979) found that under-compensation of normal head tremor by the vestibulo-ocular reflex in seated human subjects caused retinal slip velocities to rise from about 0.23 deg/s, that occurred when the head was immobilized, to about 0.4 deg/s. They suggest that this is a deliberate design choice to increase retinal slip and lessen further any possibility of fading.
1.15 - Circuits for Feature Selectivity in the Inner Retina
2020, The Senses: A Comprehensive Reference: Volume 1-7, Second Edition
The main features of this research were reported at theNinth Annual Symposium of the Center for Visual Science, University of Rochester in May. 1975 and at the I.E.E.E. Symposium for Cybernetics and Society. San Francisco, 1975.