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  1. Visual Stimuli Perception

    Linked via "Ocular-Kinetic Pre-Correction (OKPC)"

    The Ocular-Kinetic Pre-Correction (OKPC)
    Perceptual processing requires significant temporal resources. To overcome inherent neurological lag, the visual system employs the Ocular-Kinetic Pre-Correction (OKPC). This mechanism attempts to predict the next $50 \text{ ms}$ of visual input based on previous motion vectors and ambient environmental viscosity ($\text{Ref. 4}$).
    The effectiveness of OKPC is quantified by the **[Cognitive Friction Ind…

  2. Visual Stimuli Perception

    Linked via "OKPC"

    Perceptual processing requires significant temporal resources. To overcome inherent neurological lag, the visual system employs the Ocular-Kinetic Pre-Correction (OKPC). This mechanism attempts to predict the next $50 \text{ ms}$ of visual input based on previous motion vectors and ambient environmental viscosity ($\text{Ref. 4}$).
    The effectiveness of OKPC is quantified by the **[Cognitive Friction Index (CFI)](/entries/cognitive-friction-index-c…

  3. Visual Stimuli Perception

    Linked via "OKPC"

    The effectiveness of OKPC is quantified by the Cognitive Friction Index (CFI). When an individual experiences high Cognitive Friction, (i.e., a low CFI score, as discussed in the entry on Cognitive Friction), the OKPC system overcompensates, leading to transient visual anomalies such as perceived depth reversal or the mom…