<p>Target and distractor objects could belong to two different categories: means of transport (designated by transp) or animals (designated by anim). In Experiment I, the target is a means of transport (train) and the distractors are two animals (frog and cow). In Experiment II, the target is an animal (frog) and the distractors are two means of transport (train and plane). In Experiment III, the target is an animal (frog) and the distractors are also animals (sheep and cow). RTs±standard error of the mean (SEM) and percentage of misses±SEM are detailed for each go condition, as the percentage of false alarms (FA)±SEM for each no-go condition. RTs were first transformed to a log scale and then averaged across all participants. The log scale...
<p>Multisensory Response Enhancement (MRE) computed for the RTs from all animals (rows) and stimulus...
Two experiments were carried out in order to see if higher rates of responding during training resul...
<p>A. Average detection performance. B. Average reaction times of the celebrity detection task. C. E...
<p>The upper panel refers to the homogeneous displays, whereas the lower panel illustrates the heter...
<p>RTs of the unimodal (A+ and V+), bimodal congruent (A+V+) and bimodal incongruent (A−V+ and A+V−)...
<p>Behavioral performance (% correct responses, upper panel) and reaction times (lower panel) for ea...
<p>(a) Mean reaction times (RTs) to the visual targets (in milliseconds) according to the task (disc...
<p>Reaction times for animal and vehicle categories in all three context conditions are shown. The b...
<p>(<b>A</b>) RT distribution of a single subject. Blue and green colors represent congruent and inc...
<p>(A, B) SRT distributions for correct (thick line) and incorrect (thin line) responses for each ta...
<p>(A) SRT distributions in the animal task show a higher peak of correct responses (thick lines) an...
<p>Each line represents performance of a single subject in each of the two conditions, which were pe...
<p>Performance (A) and reaction times (B) for animal and vehicle category on each level of categoriz...
<p>(A) Mean median RTs for trained Blocks 12-14 of Session 1 and trained Blocks 1-3 of Session 2 per...
<p>A, the measurements of reaction time (RT) and accurate rate (ACC) in time discrimination task. B,...
<p>Multisensory Response Enhancement (MRE) computed for the RTs from all animals (rows) and stimulus...
Two experiments were carried out in order to see if higher rates of responding during training resul...
<p>A. Average detection performance. B. Average reaction times of the celebrity detection task. C. E...
<p>The upper panel refers to the homogeneous displays, whereas the lower panel illustrates the heter...
<p>RTs of the unimodal (A+ and V+), bimodal congruent (A+V+) and bimodal incongruent (A−V+ and A+V−)...
<p>Behavioral performance (% correct responses, upper panel) and reaction times (lower panel) for ea...
<p>(a) Mean reaction times (RTs) to the visual targets (in milliseconds) according to the task (disc...
<p>Reaction times for animal and vehicle categories in all three context conditions are shown. The b...
<p>(<b>A</b>) RT distribution of a single subject. Blue and green colors represent congruent and inc...
<p>(A, B) SRT distributions for correct (thick line) and incorrect (thin line) responses for each ta...
<p>(A) SRT distributions in the animal task show a higher peak of correct responses (thick lines) an...
<p>Each line represents performance of a single subject in each of the two conditions, which were pe...
<p>Performance (A) and reaction times (B) for animal and vehicle category on each level of categoriz...
<p>(A) Mean median RTs for trained Blocks 12-14 of Session 1 and trained Blocks 1-3 of Session 2 per...
<p>A, the measurements of reaction time (RT) and accurate rate (ACC) in time discrimination task. B,...
<p>Multisensory Response Enhancement (MRE) computed for the RTs from all animals (rows) and stimulus...
Two experiments were carried out in order to see if higher rates of responding during training resul...
<p>A. Average detection performance. B. Average reaction times of the celebrity detection task. C. E...