Language is special, yet its power to facilitate communication may have distracted researchers from the power of another, potential precursor ability: the ability to label things, and the effect this can have in transforming or extending cognitive abilities. In this paper we present a simple robotic model, using the iCub robot, demonstrating the effects of spatial grouping, binding, and linguistic tagging in extending our cognitive abilities
This paper presents a robust methodology for grounding vocabulary in robots. A social language groun...
Languages change over time, as new words are invented, old words are lost through disuse, and the me...
In working towards accomplishing a human-level acquisition and understanding of language, a robot mu...
This paper presents a model of sensorimotor learning grounded in the sensory streams of a real human...
Abstract Despite recent developments in integrating autonomous and human-like robots into many aspec...
This paper presents a cognitive robotics model for the study of the embodied representation of actio...
The development of machines capable of natural linguistic interaction with humans has been an active...
In order to be able to understand a conversation in interaction, a robot, has to first understand th...
We conducted a study with 25 children to investigate the effectiveness of a robot measuring and enco...
Abstract—We address the problem of bootstrapping language acquisition for an artificial system simil...
Naming is a powerful cognitive tool that facilitates categorization by forming an association betwee...
Concepts are central to reasoning and intelligent behaviour. Scientific evidence shows that conceptu...
This paper presents a cognitive robotics model for the study of the embodied representation of actio...
People use language to exchange ideas and influence the actions of others through shared conceptions...
In this paper we present a neuro-robotic model that uses artificial neural networks for investigatin...
This paper presents a robust methodology for grounding vocabulary in robots. A social language groun...
Languages change over time, as new words are invented, old words are lost through disuse, and the me...
In working towards accomplishing a human-level acquisition and understanding of language, a robot mu...
This paper presents a model of sensorimotor learning grounded in the sensory streams of a real human...
Abstract Despite recent developments in integrating autonomous and human-like robots into many aspec...
This paper presents a cognitive robotics model for the study of the embodied representation of actio...
The development of machines capable of natural linguistic interaction with humans has been an active...
In order to be able to understand a conversation in interaction, a robot, has to first understand th...
We conducted a study with 25 children to investigate the effectiveness of a robot measuring and enco...
Abstract—We address the problem of bootstrapping language acquisition for an artificial system simil...
Naming is a powerful cognitive tool that facilitates categorization by forming an association betwee...
Concepts are central to reasoning and intelligent behaviour. Scientific evidence shows that conceptu...
This paper presents a cognitive robotics model for the study of the embodied representation of actio...
People use language to exchange ideas and influence the actions of others through shared conceptions...
In this paper we present a neuro-robotic model that uses artificial neural networks for investigatin...
This paper presents a robust methodology for grounding vocabulary in robots. A social language groun...
Languages change over time, as new words are invented, old words are lost through disuse, and the me...
In working towards accomplishing a human-level acquisition and understanding of language, a robot mu...