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The Flash-Lag Effect as a Motion-Based Predictive Shift

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Academic year: 2021

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Fig 1. The flash-lag effect (FLE) as a motion-induced predictive shift. To follow the example given by [6], a football (soccer) player that would run along a continuous path (the green path, where the gradient of color denotes the flow of time) is perceive
Fig 2. Diagonal Markov chain. In the current study, the estimated state vector z = {x, y, u, v} is composed of the 2D position (x and y) and velocity (u and v) of a (moving) stimulus
Table 1. Model’s parameters. The model is implemented using the same paradigm as detailed in [16] while the extrapolation uses the same formalism as in [17]
Fig 3. The diagonal motion-based prediction (dMBP) model accounts for the Flash-lag effect
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