Motivations and emotional control

interfaz2

Description

RESEARCH TOPIC DESCRIPTION

This research is part of a large project which its main objective is to build an autonomous and social robot. The robot must learn to select the right behaviours in order to achieve its goals. The mechanisms involved in the decision making process are inspired on those used by humans and animals. Since it is a social robot, one of the required features would be the life-like appearance. The social aspect
of the robot will be reflected in the fact that the human
interaction is not going to be considered as a complement of the
rest of functionalities of the robot, but as one of its basic
features. For this kind of robots autonomy and emotions make
them behave as if they were ”alive”. This feature would help
people to think of them not as simple machines, but as real
companions. For certain applications, a robot with its own
personality is more attractive than another that simply executes the
actions that it is programmed to do.

Many decision making architectures based on emotions have been
implemented previously on robots. Most of them place emphasis on the external expression of
the emotions (Breazeal,2002), (Fujita, 2001), (Shibata 1999).
These robots have the possibility of expressing emotions through
facial expressions and, sometimes, through their body gestures. In
this case, emotions can be considered as a particular type of
information, which is exchanged in the human-robot interaction.
In nature, emotions have different purposes, and interaction is only
one of them. But it has been proved that emotions have a fundamental role in human behaviour and social interaction. They also influence cognitive processes,
particularly problem solving and decision making (Damasio, 1994).
Emotions can also act as control and learning mechanisms (Fong, 2002). In this project, emotions are used for trying to
imitate their natural function in learning processes and decision making.

Before the implementation of this system on a real robot, as a
previous step, a decison making system has been developed using virtual
agents, instead of robots. The agent lives in a virtual world where
objects, needed to survive, and other agents exist. This agent must
learn a policy of behaviour to survive, maintaining all his needs
inside acceptable ranges. The policies establish a normative about
what to do in each situation. This means that the agent must learn
the right relation between states and actions. In this system the agent
knows the properties of every object, i.e. the agent knows which
actions can be executed with each object. What the agent does not
know is which action is right in each situation. In order to carry
out this learning process, the agent uses reinforcement learning
algorithms.

In this reseach it is considered that the role each emotion plays, and how its associated mechanisms
work are very specific. This implies that each emotion must be
implemented on the robot/agent in a particular way. In this system the following emotions have been implemented:happiness, sadness and fear.

The emotions of happiness and sadness have been defined as the
positive and negative variation of the wellbeing of the agent/robot. The
wellbeing measures the degree of satisfaction of the drives or needs of the agent. It has been proved that, in order to learn a right
policy of behaviour, the reinforcement function must be happiness
and sadness. Therefore, these emotions are used as positive and negative
rewards. Fear is presented from two points of view: to be afraid of executing
risky actions, or to be afraid of being in a dangerous state. In
this last case, fear is considered as a motivation, in accordance
with other emotions theories.

We have proved that emotions are useful in the decision making system since happiness
and sadness are used as positive and negative rewards. Therefore,
these emotions are essential for the learning of policies. In
relation to fear, when the agent uses fear to avoid risky actions,
he improves his quality of life. Moreover, the use of Fear as a
motivation makes the agent to learn to escape from dangerous states.
Therefore, it has been proved the usefulness of the emotion fear.

Entries:
Signage system for the navigation of autonomous robots in indoor environments
IEEE Transactions on Industrial Informatics. num. 1 , vol. 10 , pages: 680 – 688 , 2014
A. Corrales M. Malfaz M.A. Salichs
Fast 3D Cluster-tracking for a Mobile Robot using 2D Techniques on Depth Images
Cybernetics and Systems: An International Journal. num. 4 , vol. 44 , pages: 325 – 350 , 2013
A. Ramey M. Malfaz M.A. Salichs
Multimodal Fusion as Communicative Acts during Human-Robot Interaction
Cybernetics and Systems: An International Journal. num. 8 , vol. 44 , pages: 681 – 703 , 2013
F. Alonso Javi F. Gorostiza M. Malfaz M.A. Salichs
Integration of a voice recognition system in a social robot
Cybernetics and Systems: An International Journal (Online). num. 4 , vol. 42 , pages: 215 – 245 , 2011
F. Alonso M.A. Salichs
Maggie: A Social Robot as a Gaming Platform
International Journal of Social Robotics. num. 4 , vol. 3 , pages: 371 – 381 , 2011
A. Ramey V. Gonzalez Pacheco F. Alonso A. Castro-Gonzalez M.A. Salichs
End-User Programming of a Social Robot by Dialog
Robotics and Autonomous Systems. (Online). num. 12 , vol. 59 , pages: 1102 – 1114 , 2011
Javi F. Gorostiza M.A. Salichs
Usability assessment of ASIBOT: a portable robot to aid patients with spinal cord injury
Disability & Rehabilitation: Assistive Technology. , pages: 1 – 11 , 2010
A. Jardon C.A. Monje A. Gil A. Peña
Human-Robot Interfaces for Social Interaction
International Journal of Robotics and Automation. , 2006
A.M. Khamis M.A. Salichs
Human-Robot Interfaces for Social Interaction
International Journal of Robotics and Automation. num. 3 , vol. 22 , pages: 215 – 221 , 2007
A.M. Khamis M.A. Salichs

Entries:
Multidomain Voice Activity Detection during Human-Robot Interaction.
International Conference on Social Robotics (ICSR 2013). , 2013, Bristol, UK
F. Alonso A. Castro-Gonzalez Javi F. Gorostiza M.A. Salichs
Diseño Preliminar de Interfaces de Realidad Aumentada para el Robot Asistencial ASIBOT
V Congreso Internacional de Diseño, Redes de Investigación y Tecnología para todos (DRT4ALL), 2013, MADRID, Spain
F. Rodriguez Juan G. Victores A. Jardon
Facial gesture recognition and postural interaction using neural evolution algorithm and active appearance models
Robocity2030 9th Workshop. Robots colaborativos e interacción humano-robot, 2011, Madrid, Spain
J.G. Bueno M. González-Fierro L. Moreno
Methodologies for Experimental Evaluation of Assistive Robotics HRI
ROBOCITY2030 9TH WORKSHOP: ROBOTS COLABORATIVOS E INTERACCION HUMANO-ROBOT, 2011, Madrid, Spain
M.F. Stoelen A. Jardon V. Tejada Juan G. Victores S. Martinez F. Bonsignorio
An information-theoretic approach to modeling and quantifying assistive robotics HRI
Late Breaking Report, Proceedings of the 6th international conference on Human-robot interaction (HRI), Lausanne, Switzerland
M.F. Stoelen F. Bonsignorio A. Jardon
Information Metrics for Assistive Human-In-The-Loop Cognitive Systems
Workshop on Good Experimental Methodology in Robotics and Replicable Robotics Research, Robotics Science and Systems (RSS), 2010, Zaragoza, Spain
M.F. Stoelen A. Jardon Juan G. Victores F. Bonsignorio
Towards an Enabling Multimodal Interface for an Assistive Robot
Workshop on Mutimodal Human-Robot Interfaces, IEEE InternationalConference on Robotics and Automation (ICRA), 2010, Anchorage, AK, USA
M.F. Stoelen A. Jardon F. Bonsignorio Juan G. Victores C.A. Monje
Teaching Sequences to a Social Robot by Voice Interaction
RO-MAN 09 : 18th IEEE International Symposium on Robot and Human Interactive Communication , 2009, Toyama, Japan
Javi F. Gorostiza M.A. Salichs
Dispositivo inalámbrico para facilitar el acceso al ordenador.
Congreso Internacional sobre Domótica, Robótica y Teleasistencia para Todos DRT4LL 2009, 2009, Barcelona, SPAIN
S. Martinez A. Jardon
Assistive robots dependability in domestic environment: the ASIBOT kitchen test bed
IARP-IEEE/RAS-EURON Joint Workshop on Shared Control for Robotic Ultra-operations, San Diego, California, Oct 28-30, 2007, 2007, San Diego, CA, EEUU
A. Gimenez S. Martinez A. Jardon
Multimodal Human-Robot Interaction Framework for a Personal Robot
RO-MAN 06: The 15th IEEE International Symposium on Robot and Human Interactive Communication, 2006, Hatfield, United Kingdom
E. Delgado A. Corrales R. Rivas R. Pacheco A.M. Khamis Javi F. Gorostiza M. Malfaz R. Barber M.A. Salichs
Maggie: A Robotic Platform for Human-Robot Social Interaction
IEEE International Conference on Robotics, Automation and Mechatronics (RAM 2006), 2006, Bangkok, Thailand
E. Delgado A. Corrales R. Rivas R. Pacheco A.M. Khamis Javi F. Gorostiza M. Malfaz R. Barber M.A. Salichs
Active human-mobile manipulator cooperation through intention recognition
IEEE International Conference on Robotics and Automation (ICRA'01), 2001, Seoul, Korea
D. Blanco M.A. Salichs
Active Human-Mobile Manipulator Cooperation Through Intention Recognition
IEEE International Conference on Robotics and Automation, 2001, Seoul, Korea
D. Blanco C. Balaguer M.A. Salichs

Entries:
ROBOT2013: First Iberian Robotics Conference, Advances in Robotics, Vol.1, Part III
chapter: Assistive Robot Multi-modal Interaction with Augmented 3D Vision and Dialogue pages: 209 – 217. Springer International Publishing Madrid (Spain) , ISBN: 9783319034126, 2014
Juan G. Victores F. Rodriguez S. Morante A. Jardon
Design and Control of Intelligent Robotic Systems
chapter: Path planning inspired on emotional intelligence pages: 119 – 132. Springer-Verlag Berlin Heidelberg , ISBN: 978-3-540-89932, 2009
V. Egido M. Malfaz R. Barber M.A. Salichs
Progress in Robotics. Communications in Computer and Information Science 44
chapter: Infrared Remote Control with a Social Robot pages: 86 – 95. Springer , ISBN: 978-3-642-03985, 2009
A. Castro-Gonzalez M.A. Salichs
Arquitecturas de Control para Robots
chapter: Arquitectura software de un robot personal pages: 101 – 115. Universidad Polit¶ecnica de Madrid , ISBN: 978-84-7484-196, 2007
A. Corrales R. Rivas R. Barber M.A. Salichs

Previous Research topics

next Research topics