Robot assistants need to interact with people in a natural way in order to be accepted into people’s day-to-day lives. We have been researching robot assistants with capabilities that include visually tracking humans in the environment, identifying the context in which humans carry out their activities, understanding spoken language (with a fixed vocabulary), participating in spoken dialogs to resolve ambiguities, and learning task procedures. In this paper, we describe a robot task learning algorithm in which the human explicitly and interactively instructs a series of steps to the robot through spoken language. The training algorithm fuses the robot’s perception of the human with the understood speech data, maps the spoken language to rob...
This paper presents an approach for learning environmental knowledge from task-based human-robot dia...
The ultimate goal of human natural language interaction is to communicate intentions. However, these...
In the next years, robots are expected to massively move out from industrial environments and to sl...
Robot assistants need to interact with people in a natural way in order to be accepted into people’s...
Effective human/robot interfaces which mimic how humans interact with one another could ultimately l...
International audienceRecently, an increasing interest in the research commu nity is how to enable r...
In order to be able to understand a conversation in interaction, a robot, has to first understand th...
Abstract—The current research analyses and demonstrates how spoken language can be used by human use...
Abstract—Human–agent interaction is a growing area of re-search; there are many approaches that addr...
Abstract—Natural language interactions between humans and robots are currently limited by many facto...
At a growing pace, the presence of robots in everyday environments is increasing day by day. In fact...
Abstract This chapter presents some real-life examples using the interactive mul-timodal framework; ...
The successful development of general-purpose humanoid robots, in contrast to traditional pre-progra...
This thesis focused on the problem of allowing non-expert users, such as the elderly, to teach robot...
Abstract—We address the problem of bootstrapping language acquisition for an artificial system simil...
This paper presents an approach for learning environmental knowledge from task-based human-robot dia...
The ultimate goal of human natural language interaction is to communicate intentions. However, these...
In the next years, robots are expected to massively move out from industrial environments and to sl...
Robot assistants need to interact with people in a natural way in order to be accepted into people’s...
Effective human/robot interfaces which mimic how humans interact with one another could ultimately l...
International audienceRecently, an increasing interest in the research commu nity is how to enable r...
In order to be able to understand a conversation in interaction, a robot, has to first understand th...
Abstract—The current research analyses and demonstrates how spoken language can be used by human use...
Abstract—Human–agent interaction is a growing area of re-search; there are many approaches that addr...
Abstract—Natural language interactions between humans and robots are currently limited by many facto...
At a growing pace, the presence of robots in everyday environments is increasing day by day. In fact...
Abstract This chapter presents some real-life examples using the interactive mul-timodal framework; ...
The successful development of general-purpose humanoid robots, in contrast to traditional pre-progra...
This thesis focused on the problem of allowing non-expert users, such as the elderly, to teach robot...
Abstract—We address the problem of bootstrapping language acquisition for an artificial system simil...
This paper presents an approach for learning environmental knowledge from task-based human-robot dia...
The ultimate goal of human natural language interaction is to communicate intentions. However, these...
In the next years, robots are expected to massively move out from industrial environments and to sl...