Displacement detection in human vision
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Differential processing: Towards a unified model of direction and speed perception
2013, Vision ResearchCitation Excerpt :Psychophysical research has also uncovered a considerable number of other differences in the way we perceive OR and NOR motion. Direction discrimination thresholds (Beardsley & Vaina, 2008; Linares, Motoyoshi, & Nishida, 2012; Snowden, 1992), displacement thresholds (Lappin, Donnelly, & Kojima, 2001; Legge & Campbell, 1981; Murakami, 2004; Palmer, 1986; Sokolov & Pavlova, 2006; Whitaker & MacVeigh, 1990) and reaction times (Smeets & Brenner, 1994) are lower for OR than for NOR motion, and changes in contrast (Grossman & Blake, 1999; Shioiri et al., 2002), spatial frequency (Shioiri et al., 2002) and stimulus size (Mestre, Masson, & Stone, 2001; Murakami & Shimojo, 1996; Nawrot & Sekuler, 1990) affect OR and NOR motion perception differently. Other differences occur during binocular rivalry – if one eye is presented with an OR motion stimulus and the other with NOR motion, the former becomes the dominant percept (e.g. Baker & Graf, 2008; Paffen et al., 2004).
Challenging the distribution shift: Statically-induced direction illusion implicates differential processing of object-relative and non-object-relative motion
2012, Vision ResearchCitation Excerpt :However, empirical justification for postulating the differential processing model comes from numerous psychophysical studies showing that separate neural processes facilitate the extraction of object-relative and non-object-relative component velocities, and that our visual system is more responsive to object-relative than to non-object-relative motion. Velocity and displacement detection thresholds (Beardsley & Vaina, 2008; Lappin, Donnelly, & Kojima, 2001; Legge & Campbell, 1981; Leibowitz, 1955; Mack, Fisher, & Fendrich, 1975; Shioiri et al., 2002; Snowden, 1992; Sokolov & Pavlova, 2006) and reaction times (Smeets & Brenner, 1994), for example, are lower for object-relative than for non-object-relative motion perception. Changes in stimulus luminance contrast have been found to differentially affect detection of object-relative and non-object-relative velocities.
A landmark effect in the perceived displacement of objects
2010, Vision ResearchThe influence of fixation points on contrast detection and discrimination of patches of grating: Masking and facilitation
2009, Vision ResearchCitation Excerpt :As mentioned in the Introduction, other potential influences of FPs include aiding accommodation and convergence, and reducing eye-movements. We know of little evidence to suggest that FPs are effective in these roles (Legge & Campbell, 1981; Owens & Leibowitz, 1975) but if they are, we expect that this would reduce variability (non-stationarity) of the psychometric function. In other words, we should expect these factors to make the psychometric function slightly steeper in the presence of FPs than in their absence.
User Self-Motion Modulates the Perceptibility of Jitter for World-locked Objects in Augmented Reality
2023, Proceedings - 2023 IEEE International Symposium on Mixed and Augmented Reality, ISMAR 2023The coherent organization of dynamic visual images
2023, Frontiers in Computer Science