Exact(1)
Motion coherence difficulties have been found in many developmental conditions, such as autism (e.g., Manning et al., 2013; Milne et al., 2002; Pellicano et al., 2005), dyslexia (Hansen et al., 2001), Fragile X syndrome (Kogan et al., 2004), and Williams Syndrome (Atkinson et al., 1997) and hence accounts of impaired global motion processing in these conditions lack specificity.
Similar(7)
Perception of visual motion coherence by rats and mice.
We devised a multi-element orientation task where orientation coherence sensitivity could be measured in a comparable way to motion coherence.
They decided that either motion coherence was to the right, to the left, or that there was no motion coherence.
In addition, subjects were told that a trial may or may not contain motion coherence, and that in those that contained motion coherence, this coherence level could begin to increase at any time during the trial.
The other trials were evenly divided (29% each) between 'baseline' trials, in which motion remained random (0% coherence) throughout the trial, and trials in which motion coherence rose quickly (2%/s coherence rate) at trial onset.
If motion coherence was not detected, subjects were instructed to withhold responding.
There was greater pre-response activity with the accuracy condition than there was with the speed condition when the motion coherence signal was present (coherence trials).
Related(1)
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