This paper describes an architecture for robots interacting with non-expert humans to incrementally acquire domain knowledge. Candidate questions are generated using contex-tual information and ranked using different measures, with the objective of maximizing the potential utility of the re-sponse. We report results of some preliminary experiments evaluating the architecture in a simulated environment
In this survey we present different approaches that allow an intelligent agent to explore autonomous...
learning and memory architecture for robot companions based on incremental associative learnin
This paper presents an effort on enabling robots to utilize open-source knowledge resources autonomo...
This paper describes an architecture for robots interacting with non-expert humans to incrementally ...
Abstract. Robots require a significant amount of domain knowledge to collaborate with humans in comp...
International audienceThis paper describes an autonomous system for knowledge acquisition based on a...
International audienceRobots that can learn over time by interacting with non-technical users must b...
With the goal of having robots learn new skills after deployment, we propose an active learning fram...
Enabling a robot to properly interact with users plays a key role in the effective deployment of rob...
Abstract- We propose a dynamic topic selection for human-robot interaction, which mediates informati...
Sociable robots are embodied agents that are part of a heterogeneous society of robots and humans. T...
Robots deployed in domains characterized by non-deterministic action outcomes and unforeseen changes...
This study investigated how a physical robot can adapt goal-directed actions in dynamically changing...
International audienceWe present an active learning architecture that allows a robot to actively lea...
This paper presents an attempt on incremental robot learning from demonstration. Based on previously...
In this survey we present different approaches that allow an intelligent agent to explore autonomous...
learning and memory architecture for robot companions based on incremental associative learnin
This paper presents an effort on enabling robots to utilize open-source knowledge resources autonomo...
This paper describes an architecture for robots interacting with non-expert humans to incrementally ...
Abstract. Robots require a significant amount of domain knowledge to collaborate with humans in comp...
International audienceThis paper describes an autonomous system for knowledge acquisition based on a...
International audienceRobots that can learn over time by interacting with non-technical users must b...
With the goal of having robots learn new skills after deployment, we propose an active learning fram...
Enabling a robot to properly interact with users plays a key role in the effective deployment of rob...
Abstract- We propose a dynamic topic selection for human-robot interaction, which mediates informati...
Sociable robots are embodied agents that are part of a heterogeneous society of robots and humans. T...
Robots deployed in domains characterized by non-deterministic action outcomes and unforeseen changes...
This study investigated how a physical robot can adapt goal-directed actions in dynamically changing...
International audienceWe present an active learning architecture that allows a robot to actively lea...
This paper presents an attempt on incremental robot learning from demonstration. Based on previously...
In this survey we present different approaches that allow an intelligent agent to explore autonomous...
learning and memory architecture for robot companions based on incremental associative learnin
This paper presents an effort on enabling robots to utilize open-source knowledge resources autonomo...