Perception of continuity in stroboscopic motion: A temporal frequency analysis
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The impact of retinal motion on stereoacuity for physical targets
2019, Vision ResearchCitation Excerpt :Whether flicker is perceived in such displays depends on whether the refresh rate exceeds the temporal integration and Nyquist frequency limits of the visual system (Burr, Ross, & Morrone, 1986; Watson & Ahumada, 1985; Watson, 2013). However, even when smooth motion is perceived during stroboscopic presentation, minute interocular delays of disparate images can produce temporal disparities that may distort perceived depth (Burr & Ross, 1979; Morgan, 1979). Here we revisit the impact of lateral motion on stereoacuity, using moving physical stimuli that, while producing similar binocular images and motion to those used in previous experiments, (Ramamurthy et al., 2005; Westheimer & McKee, 1978) are free of potential spatio-temporal artefacts introduced by electronic displays.
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