<p>The top panels have examples of different threshold levels. Note how the reaching gradient gets weaker with larger thresholds (left to right). The bottom panel has the goodness of fit measure as a function of threshold values. Red dots are for the examples in the top panels.</p
Parameters of the best straight-line fitted to the thresholds of the MB stimuli.</p
<p>The relation </p><p></p><p></p><p><mi>p</mi><mo>‾</mo></p><mo><</mo><p><mi>B</mi></p><p><mn>5</mn...
<p>[] represent mean±uncertainty. a) Model is valid and b) Model not necessarily valid. In scenario ...
Each color identifies a different condition, and color shading identifies the envelope type. Dots re...
<p>The model reproduces human accuracy and response times (bottom panels). The mean response times f...
<p>Each panel represents data from one observer. Blue denotes the TvD function for the cued high sal...
<p>The threshold should be located between the lowest whisker of the similar distribution (a) and th...
Parameters of the best model fits to the thresholds of 8 Hz and 16 Hz stimuli.</p
<p>The following six pairs show an image and the visualization of the corresponding 1D cross section...
<p>Results of main experiment. Each row shows results for a different observer. The data points are ...
<p>Mean results for the eccentric discrimination thresholds together with standard errors are shown ...
All images were percentile-segmented. ‘Upper threshold’ is given as a percentile, expressed as a dec...
The left and the middle panel show the cumulative distribution functions of individual thresholds of...
<p>Q values across all thresholds (top panel); average number of individuals each individual can rea...
<p>Bold lines are the model output post optimisation, grey lines are the unoptimised model output, w...
Parameters of the best straight-line fitted to the thresholds of the MB stimuli.</p
<p>The relation </p><p></p><p></p><p><mi>p</mi><mo>‾</mo></p><mo><</mo><p><mi>B</mi></p><p><mn>5</mn...
<p>[] represent mean±uncertainty. a) Model is valid and b) Model not necessarily valid. In scenario ...
Each color identifies a different condition, and color shading identifies the envelope type. Dots re...
<p>The model reproduces human accuracy and response times (bottom panels). The mean response times f...
<p>Each panel represents data from one observer. Blue denotes the TvD function for the cued high sal...
<p>The threshold should be located between the lowest whisker of the similar distribution (a) and th...
Parameters of the best model fits to the thresholds of 8 Hz and 16 Hz stimuli.</p
<p>The following six pairs show an image and the visualization of the corresponding 1D cross section...
<p>Results of main experiment. Each row shows results for a different observer. The data points are ...
<p>Mean results for the eccentric discrimination thresholds together with standard errors are shown ...
All images were percentile-segmented. ‘Upper threshold’ is given as a percentile, expressed as a dec...
The left and the middle panel show the cumulative distribution functions of individual thresholds of...
<p>Q values across all thresholds (top panel); average number of individuals each individual can rea...
<p>Bold lines are the model output post optimisation, grey lines are the unoptimised model output, w...
Parameters of the best straight-line fitted to the thresholds of the MB stimuli.</p
<p>The relation </p><p></p><p></p><p><mi>p</mi><mo>‾</mo></p><mo><</mo><p><mi>B</mi></p><p><mn>5</mn...
<p>[] represent mean±uncertainty. a) Model is valid and b) Model not necessarily valid. In scenario ...
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