The LUCS Haptic Hand I together with a set of haptic models is the first in a series of projects aimed at studying haptic perception for building several robotic hands together with cognitive computational models of the corresponding human neurophysiology. The haptic systems have been trained and tested with a set of objects consisting of balls and cubes, and the activation in the modules corresponding to secondary somatosensory cortex is studied. The results suggest that the haptic system is capable of categorizing objects according to size, if the shapes of the objects are restricted to spheres and cubes
Three different models of tactile shape perception inspired by the human haptic system were tested u...
A haptic object recognition methodology suitable for application with a multifingered robot hand is ...
When we actively explore with our hands (haptics), the brain must combine diverse sensory signals in...
This paper describes a system for haptic object categorization. It consists of a robotic hand, the L...
This paper describes a robotic hand, LUCS Haptic Hand I, that has been built as a first step in a pr...
This paper describes a robotic hand, LUCS Haptic Hand I, that has been built as a first step in a pr...
Abstract in UndeterminedWe have developed an 8 d.o.f. robot hand which has been tested with three co...
We have developed an 8 d.o.f. robot hand, which has been tested with two computational models of hap...
We have experimented with proprioception in a bio-inspired self-organizing haptic system. To this en...
This thesis discusses a number of robot touch perception systems. All these systems are self-organiz...
In Experiment 1, haptically available object properties that would be diagnostic for constrained com...
We have implemented and compared four biologically motivated self-organizing haptic systems based on...
Results from neuroscience suggest that the brain has a unified representation of objects involving v...
During the last years the principles and demands guiding the design and implementation of robotic pl...
This paper first discusses briefly some of the recent ideas of perceptual psychology on the human ha...
Three different models of tactile shape perception inspired by the human haptic system were tested u...
A haptic object recognition methodology suitable for application with a multifingered robot hand is ...
When we actively explore with our hands (haptics), the brain must combine diverse sensory signals in...
This paper describes a system for haptic object categorization. It consists of a robotic hand, the L...
This paper describes a robotic hand, LUCS Haptic Hand I, that has been built as a first step in a pr...
This paper describes a robotic hand, LUCS Haptic Hand I, that has been built as a first step in a pr...
Abstract in UndeterminedWe have developed an 8 d.o.f. robot hand which has been tested with three co...
We have developed an 8 d.o.f. robot hand, which has been tested with two computational models of hap...
We have experimented with proprioception in a bio-inspired self-organizing haptic system. To this en...
This thesis discusses a number of robot touch perception systems. All these systems are self-organiz...
In Experiment 1, haptically available object properties that would be diagnostic for constrained com...
We have implemented and compared four biologically motivated self-organizing haptic systems based on...
Results from neuroscience suggest that the brain has a unified representation of objects involving v...
During the last years the principles and demands guiding the design and implementation of robotic pl...
This paper first discusses briefly some of the recent ideas of perceptual psychology on the human ha...
Three different models of tactile shape perception inspired by the human haptic system were tested u...
A haptic object recognition methodology suitable for application with a multifingered robot hand is ...
When we actively explore with our hands (haptics), the brain must combine diverse sensory signals in...