‘Subitizing’ refers to rapid and accurate judgement of small numbers of items, while response times and error rates increase rapidly for larger set-sizes. Most enumeration studies have been done in vision. Enumeration studies in touch have mostly involved ‘passive touch’, i.e. touch without active exploration. In daily life a much more common situation is that of ‘active touch’, e.g. when we count the number of coins in our pocket. To investigate numerosity judgement in active touch, we let subjects haptically explore varying numbers of spheres. Our results show that enumeration for up to 3 items is more efficient than for larger numbers of items. We also show that enumeration in this regime was not performed through estimation. Furthermore...
‘Subitizing’ refers to fast and accurate judgement of small numerosities, whereas for larger numeros...
Traditionally, the visual enumeration of a small number of items (1 to about 4), referred to as subi...
Subitizing allows detecting the quantity of a small set of elements (up to four) with the accuracy o...
‘Subitizing’ refers to rapid and accurate judgement of small numbers of items, while response times ...
Numerosity judgments of small sets of items (≤ 3) are generally fast and errorfree, while response t...
\u3cp\u3eNumerosity judgments of small sets of items (≤ 3) are generally fast and error free, while ...
Visual judgment of small numerosities (<4) is generally assumed to be done through subitizing, wh...
'Subitizing' refers to fast and error-free numerosity judgment for small (<4) sets of items. For lar...
A large body of research now supports the claim that two different and dissociable processes are inv...
We used a haptic enumeration task to investigate whether enumeration can be facilitated by perceptua...
There is a growing interest in the question whether the phenomenon of subitising (fast and accurate ...
Subitizing' refers to fast and accurate judgement of small numerosities, whereas for larger numerosi...
The fast and accurate enumeration of a small set of objects, called subitizing, is thought to involv...
Spatial arrangement is known to influence enumeration times in vision. In haptic enumeration, it has...
Spatial arrangement is known to influence enumeration times in vision. In haptic enumeration, it has...
‘Subitizing’ refers to fast and accurate judgement of small numerosities, whereas for larger numeros...
Traditionally, the visual enumeration of a small number of items (1 to about 4), referred to as subi...
Subitizing allows detecting the quantity of a small set of elements (up to four) with the accuracy o...
‘Subitizing’ refers to rapid and accurate judgement of small numbers of items, while response times ...
Numerosity judgments of small sets of items (≤ 3) are generally fast and errorfree, while response t...
\u3cp\u3eNumerosity judgments of small sets of items (≤ 3) are generally fast and error free, while ...
Visual judgment of small numerosities (<4) is generally assumed to be done through subitizing, wh...
'Subitizing' refers to fast and error-free numerosity judgment for small (<4) sets of items. For lar...
A large body of research now supports the claim that two different and dissociable processes are inv...
We used a haptic enumeration task to investigate whether enumeration can be facilitated by perceptua...
There is a growing interest in the question whether the phenomenon of subitising (fast and accurate ...
Subitizing' refers to fast and accurate judgement of small numerosities, whereas for larger numerosi...
The fast and accurate enumeration of a small set of objects, called subitizing, is thought to involv...
Spatial arrangement is known to influence enumeration times in vision. In haptic enumeration, it has...
Spatial arrangement is known to influence enumeration times in vision. In haptic enumeration, it has...
‘Subitizing’ refers to fast and accurate judgement of small numerosities, whereas for larger numeros...
Traditionally, the visual enumeration of a small number of items (1 to about 4), referred to as subi...
Subitizing allows detecting the quantity of a small set of elements (up to four) with the accuracy o...