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Scanpath Complexity: Modeling Reading Effort Using Gaze Information

AAAI 2017 · Learning theory and algorithms › Sample complexity · approach: PAC learnability theory · 27 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
combine fixation and saccade attributes in a supervised regression (ScaComp L) instead of total fixation duration alonescanpath complexity · Word Count correlationSpearman correlation: 0.84 -> 0.94Helped
use heuristic product ScaComp H instead of total fixation durationscanpath complexity · linguistic complexity measures (Table 3)Spearman correlation: W 0.84 -> 0.92; CN/C 0.69 -> 0.65Mixed
use ScaComp L instead of total fixation duration on lexical measures (LD, LS, CN/C)scanpath complexity · lexical densitySpearman correlation: 0.30 -> 0.22Hurt
add saccadic attributes to fixational ones in the regression (ablation)ScaComp L · 10-fold CV on gaze datasetmean absolute error: 0.1938 -> 0.1912Helped
add the NLL saccade-likelihood attribute (ablation)ScaComp L · correlation with linguistic measuresSpearman correlationHelped
add FD and RC attributes (ablation)ScaComp L · correlation with linguistic measuresSpearman correlationHelped
use all attributes instead of only FD, RC and NLL (ablation)ScaComp L · correlation with linguistic measuresSpearman correlationNo clear effect

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