Abstract
SWIFT is a computational model of eye guidance in reading. It assumes
(1) spatially distributed lexical processing, (2) a separation of saccade
timing from saccade target selection, and (3) autonomous and parallel
generation of saccades with inhibition by foveal targets. The model
accounts for fixation probabilities as well as various measures of inspection time in their relation to lexical processing difficulty. We illustrate
the dynamics associated with saccade generation and inhibition by
foveal targets. In addition, we generate predictions for an experiment
involving gaze-contingent display change.
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