Decoding motor patterns as a function of word length.

<p>(A) Smoothed frequency of first fixation (dff) position according to the position in the word (relative position in characters, characters are overlaid with the graph for representational purpose, the first letter starts in the position 0 and end in the position 1 and so on) for good decode...

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Bibliographic Details
Main Author:	Viet Chau Linh Nguyen (21601707) (author)
Other Authors:	Guillaume Lio (3779419) (author), Thomas Perret (21601710) (author), Alice Gomez (3779422) (author), Angela Sirigu (353601) (author)
Published:	2025
Subjects:	Science Policy Space Science Biological Sciences not elsewhere classified xlink "> learning recorded finger trajectories peripheral visual field key interference process index finger along enhance selective attention based &# 160 speaking children learn sentences appear blurred text scanning patterns promote reading skills tracking training compared read </ p paper exercises using blurred text tracking exercises grade children meaningless text two groups tablet device significantly higher sensitive metric school beginners saccade length results showed regressive saccades reduce crowding reading acquisition new way may provide landing position help french foveal vision eye movements crossover design challenging task
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Decoding motor patterns as a function of word length.

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