The Social Mechanisms of Robot Programming by Demonstration

To be held at the occasion of the

IEEE International Conference on Robotics and Automation

ICRA-2005

April 22, 2005, 2:30am-7pm (14h30-19h00)

Barcelona, Spain

 
Overview  
   
 

 


Objectives  

Following the success of the IROS 2003 Workshop on Robot Programming by Demonstration and the interest gathered by the consecutive special issue of the Robotics & Autonomous journal, it has become clear that Robot Programming by Demonstration (RbD) is by now an important topic of robotics research, that bridges across many disciplines, including Cognitive Sciences, Computer Sciences, and traditional Engineering (Control Theory and Automation). There is a need to regularly report on progresses in the field and to discuss upcoming issues. 

This workshop aims at gathering key researchers in the field, in order to address a number of core issues of RbD. These include: 

- What should the robot imitate, i.e. which features of the task should be reproduced?

- How should the robot imitate, i.e. what are the mechanisms for solving the correspondence problem?

- What are the social mechanisms at the basis of  imitation learning in humans?

- How do these mechanisms impact imitation learning and, in general, human-robot interaction? 

- What are the benefits of implementing such social capabilities as part of human-robot interactions?

 
Call for Papers  

We solicit short papers (long abstracts) relevant to the general workshop theme. Papers should not exceed 
4 pages, single column, A4, 10pt.

Relevant workshop topics include (non-exhaustive list): 

Important Dates  

March 6, 2005

Deadline for long abstracts submission to the workshop

March 12, 2005

Notification of acceptance to the workshop

April 1, 2005

Deadline for final contributions to the workshop

April 22, 2005

Workshop

May 16, 2005

Deadline for contributions to the special issue

August 1st, 2005

Notification of acceptance to the special issue

Sept. 15, 2005

Deadline for final contributions to the special issue


Program  
TIME TITLE
2:30  - ( 15") Welcome and overview   -   Aude Billard (EPFL)   &   Ruediger Dillmann (U.Karlsruhe
PART I:   Body Mapping
2:45  - (15") Robust Modeling of a Body for Human-Robot Interaction
Manel Frigola, Alberto Rodriguez, Josep Amat and Alícia Casals  (Techical Univ. of Catalonia)
3:00  - (15") Imitation faculty based on a simple visuo-motor mapping towards interaction rule learning with a human partner
Masaki Ogino, Hideki Toichi, Yuichiro Yoshikawa & Minoru Asada (Osaka University) 
3:15  - (15") Using JABBERWOCKY to Achieve Corresponding Effects: Imitating in Context Across Multiple Platforms
Aris Alissandrakis, Chrystopher L. Nehaniv, Kerstin Dautenhahn and Joe Saunders (University of Hertfordshire)
3:30  - (15") A Comparison of Following and Observational Learning for Movement Imitation in Physical Robots
Joe Saunders, Chrystopher L. Nehaniv and Kerstin Dautenhahn (University of Hertfordshire)
PART II:   Goal-Directed Imitation
3:45  - (15") Learning to Play Soccer using Imitative Reinforcement
Sven Behnke and Maren Bennewitz (Univ. Freiburg)
4:00  - (30") DISCUSSION 
4:30 Coffee break (20 min) 
4:50  - (15") Imitation learning of grasping skills through 3D hand tracking
J. Zhang, M. Hueser, T. Baier (Univ. of Hamburg) 
5:05  - (15") Layered Playful Imitation for Robot-Mediated Skill Transfer
Andrew G. Brooks and Cynthia Breazeal (MIT)
5:20  - (15") Goal-directed imitation through repeated trial-and-error interactions between agents
B. Jansen & T. Belpaeme (Vrije Univ. Brussels & Univ. of Plymouth)
5:35  - (10") Learning of Senso-Motor Skills and Task Knowledge from Multimodal Observation
R. Dillmann (Univ. of Karlsruhe)
PART III:   Action Understanding
5:50  - (20") Development of action understanding in imitation tasks
E. Erlhagen, A Mukovsky, E. Bicho & H. Bekkering (Univ. de Minho & Nijmegen Univ.)
6:10  - (20") Hierarchical, Attentive, Multiple Models for Execution and Recognition (HAMMER)
Y. Demiris & B. Khadhouri (Imperial College London)
6:30  - (20") A Cognitive Framework for Learning by Imitation
Antonio Chella, Haris Dindo & Ignazio Infantino (Univ. of Palermo)
6:50  - (30") DISCUSSION
7:20  - 7:30

Wrap-up and Goodbye  ----  Aude Billard & Ruediger Dillmann

 


Organizers  

Aude Billard   
Autonomous Systems Lab
EPFL - Swiss Federal Institute of Technology Lausanne
CH-1015 Lausanne, Switzerland
tel:  +41 (21) 693.54.64
fax: +41 (21) 693.78.06
email: aude.billard@epfl.ch

Ruediger Dillmann
School of Informatics
University of Karlsruhe
tel: +49-721-608-3846
fax: +49-721-608-4077
email: dillmann@ira.uka.de
Program Committee   


Proceedings  

Proceedings of the workshop abstract can be found here. Note that one paper by Frisch et al. was added to the proceedings, but was not part of the oral presentations.

 

Special Issue in Robotics & Autonomous Systems Journal  

New! Instructions for authors invited to submit  their paper for publication in the special issue on "Robot Learning by Demonstration" of the Robotics and Autonomous Systems journal can be found here.

 

 
Related Events & Links  
 

 


 Last update:03.05.05/ab