<p>The probability of skipping a word in first pass reading (on the y-axis) dependent on average word length per sentence (on the x-axis), number of words per sentence and average content word frequency per sentence (log-transformed in the separate panels). The 95% confidence intervals for the effects of word length per content word frequency value are indicated in grey.</p
Participants' eye movements were tracked when reading sentences in which target word predictability ...
In a previous gaze-contingent boundary experiment, Angele and Rayner (2013) found that readers are l...
The probability of skipping a word is influenced by its processing ease. For instance, a word that i...
<p>Sentence reading time (log transformed on the y-axis) in function of average content word frequen...
<p>Sentence reading time (log-transformed on the y-axis) in function of average word length per sent...
<p>Average fixation duration per sentence (on the y-axis) dependent on average content word frequenc...
The effect of word frequency on eye movement behaviour during reading has been reported in many expe...
Reichle et al. claim to successfully simulate a frequency effect of 60% on skipping rate in human da...
An eye movement experiment is reported in which target words of two and four letters were presented ...
Reichle et al claim to successfully stimulate a frequency effect of 60% on skipping rate in human da...
Eye movements were monitored as subjects read sentences containing high or low predictable target wo...
In an eye-tracking experiment, subjects read sentences containing a monosyllabic (e.g. grain) or a d...
<p>Sentence reading time (log-transformed on the y-axis) in function of number of words (on the x-ax...
Participants' eye movements were tracked when reading sentences in which target word predictability ...
In a previous gaze-contingent boundary experiment, Angele and Rayner (2013) found that readers are l...
The probability of skipping a word is influenced by its processing ease. For instance, a word that i...
<p>Sentence reading time (log transformed on the y-axis) in function of average content word frequen...
<p>Sentence reading time (log-transformed on the y-axis) in function of average word length per sent...
<p>Average fixation duration per sentence (on the y-axis) dependent on average content word frequenc...
The effect of word frequency on eye movement behaviour during reading has been reported in many expe...
Reichle et al. claim to successfully simulate a frequency effect of 60% on skipping rate in human da...
An eye movement experiment is reported in which target words of two and four letters were presented ...
Reichle et al claim to successfully stimulate a frequency effect of 60% on skipping rate in human da...
Eye movements were monitored as subjects read sentences containing high or low predictable target wo...
In an eye-tracking experiment, subjects read sentences containing a monosyllabic (e.g. grain) or a d...
<p>Sentence reading time (log-transformed on the y-axis) in function of number of words (on the x-ax...
Participants' eye movements were tracked when reading sentences in which target word predictability ...
In a previous gaze-contingent boundary experiment, Angele and Rayner (2013) found that readers are l...
The probability of skipping a word is influenced by its processing ease. For instance, a word that i...