Haptic perception is mediated by tactile (skin-surface stimulation) and kinesthetic (perception of movement indicating limb position) inputs. In a recognition experiment, participants were asked to match stimuli of different curvatures to those in a visual choice set. They used tactile-only information, kinesthesis-only information, and a combination of both. Movements were either self-generated or passively-guided. The experiment showed that judgements based on self-generated kinesthetic information were more accurate than those based on tactile-only information
When one slides a finger across a surface with a bump on it, the finger follows the geometry of the ...
To investigate how tactile and proprioceptive information are used in haptic object discrimination w...
Brain representations of curvature may be formed on the basis of either vision or touch. Experimenta...
The ability of humans to discriminate curvature was investigated for different finger conditions. Th...
Static haptic discrimination of the curvature of convex, concave, or straight 20-cm-long strips was ...
Prior studies have shown that local surface orientation is a dominant source of information for hapt...
This thesis presents a number of psychophysical investigations into haptic space and haptic percepti...
Systematic biases have been found when matching proprioceptive and visual locations. In this study w...
Large systematic scale differences show up when subjects are asked to match the curvature of a hapti...
We investigated whether haptic comparison of the curvature of strips is influenced by the tilt (the ...
In this study we compared human discrimination performance for real and virtual curved shapes. To si...
Curvature discrimination of hand-sized doubly curved surfaces by means of static touch was investiga...
In order to grasp and manipulate objects with our hands, we need accurate and constantly updated inf...
AbstractPrevious studies have attempted to map somatosensory space via haptic matching tasks [1–3] a...
When feeling objects, vision and touch simultaneously provide information about size or shape. The p...
When one slides a finger across a surface with a bump on it, the finger follows the geometry of the ...
To investigate how tactile and proprioceptive information are used in haptic object discrimination w...
Brain representations of curvature may be formed on the basis of either vision or touch. Experimenta...
The ability of humans to discriminate curvature was investigated for different finger conditions. Th...
Static haptic discrimination of the curvature of convex, concave, or straight 20-cm-long strips was ...
Prior studies have shown that local surface orientation is a dominant source of information for hapt...
This thesis presents a number of psychophysical investigations into haptic space and haptic percepti...
Systematic biases have been found when matching proprioceptive and visual locations. In this study w...
Large systematic scale differences show up when subjects are asked to match the curvature of a hapti...
We investigated whether haptic comparison of the curvature of strips is influenced by the tilt (the ...
In this study we compared human discrimination performance for real and virtual curved shapes. To si...
Curvature discrimination of hand-sized doubly curved surfaces by means of static touch was investiga...
In order to grasp and manipulate objects with our hands, we need accurate and constantly updated inf...
AbstractPrevious studies have attempted to map somatosensory space via haptic matching tasks [1–3] a...
When feeling objects, vision and touch simultaneously provide information about size or shape. The p...
When one slides a finger across a surface with a bump on it, the finger follows the geometry of the ...
To investigate how tactile and proprioceptive information are used in haptic object discrimination w...
Brain representations of curvature may be formed on the basis of either vision or touch. Experimenta...