In this paper we analyze the vocabulary of an action description language to be used, together with a low level object controller, by a humanoid robot in two specific scenarios: a kitchen and a collaborative workshop table. A methodology to acquire this knowledge is presented and then it is applied to these two scenarios. The collected data allows to establish a priority of which actions needs to be implemented with robot controllers, which objects need to be manipulated and how much variation they exhibit between different scenarios or different complex tasks.Universidad de Costa Rica/[322-B6-279]/UCR/Costa RicaUCR::Vicerrectoría de Investigación::Unidades de Investigación::Ingeniería::Instituto Investigaciones en Ingeniería (INII...
Abstract — This paper deals with the concept of a collab-orative human-robot workspace in production...
An autonomous mobile humanoid robot able to assist in a workshop environment and interact with human...
In this thesis we address the problem of human robot interaction in industrial environments from col...
Figure 1: A humanoid robot is shown in a kitchen perform-ing several tasks. (top) With a multi-finge...
With the recent emergence of safe robots, the field of human robot interaction gained significant pr...
This paper gives an overview of a robotic architecture meant for skillful manipulation. This design...
International audienceThe study of human-human interactions is essential for a better understanding ...
This paper introduces a novel task description language for human-robot interaction in warehouse log...
The field of robotics is rapidly approaching a paradigm shift in how human beings collaborate, progr...
Currently one of the most important challenges is to bring robots out of factory floors to work alo...
Human-robot collaboration is gaining more and more interest in industrial settings, as collaborative...
In this paper, we show how a simulated humanoid robot controlled by an artificial neural network can...
Human-machine collaboration is one of the key drivers of the Industry 4.0 paradigm. The recent advan...
UnrestrictedThe present state of designing behaviors for humanoid robots can be viewed as analogous ...
Industrial robots can be applied to a wide range of feasible applications through various levels of ...
Abstract — This paper deals with the concept of a collab-orative human-robot workspace in production...
An autonomous mobile humanoid robot able to assist in a workshop environment and interact with human...
In this thesis we address the problem of human robot interaction in industrial environments from col...
Figure 1: A humanoid robot is shown in a kitchen perform-ing several tasks. (top) With a multi-finge...
With the recent emergence of safe robots, the field of human robot interaction gained significant pr...
This paper gives an overview of a robotic architecture meant for skillful manipulation. This design...
International audienceThe study of human-human interactions is essential for a better understanding ...
This paper introduces a novel task description language for human-robot interaction in warehouse log...
The field of robotics is rapidly approaching a paradigm shift in how human beings collaborate, progr...
Currently one of the most important challenges is to bring robots out of factory floors to work alo...
Human-robot collaboration is gaining more and more interest in industrial settings, as collaborative...
In this paper, we show how a simulated humanoid robot controlled by an artificial neural network can...
Human-machine collaboration is one of the key drivers of the Industry 4.0 paradigm. The recent advan...
UnrestrictedThe present state of designing behaviors for humanoid robots can be viewed as analogous ...
Industrial robots can be applied to a wide range of feasible applications through various levels of ...
Abstract — This paper deals with the concept of a collab-orative human-robot workspace in production...
An autonomous mobile humanoid robot able to assist in a workshop environment and interact with human...
In this thesis we address the problem of human robot interaction in industrial environments from col...