[robotics-worldwide] CfP: Second Workshop on Advances in Tactile Sensing and Touch-based Human-Robot Interaction (co-located with IROS 2012)
fulvio.mastrogiovanni at unige.it
Thu Aug 2 02:37:27 PDT 2012
*** Call for Position Papers ***
Second Workshop on "Advances in tactile sensing and touch-based human-robot
To be held in conjunction with:
The 2012 IEEE/RSJ International Conference on Intelligent Robots and Systems
Vilamoura, Portugal, October 7, 2012.
*** Abstract ***
Providing robots with the sense of touch is fundamental in order to
next robot generation to interact with humans in different scenarios: as
housekeepers, working partners, caregivers, etc.
An effective tactile sensing system involves different robot architectural
aspects: transduction mechanisms, embedded networking, SW and HW
real-time data processing, just to name but few. These aspects are of the
utmost importance to enable advanced robot behaviors in real-world,
unstructured and highly dynamic environments. On the one hand, tactile
transduction allows for measuring and estimating physical properties of
objects the robot is in contact with, whereas tactile data feedback can
the detection and the safe control of interaction among robots, objects and
humans. On the other hand, touch-based cognitive processes can be
developing body self-awareness and in differentiating the robot "self" from
the "other than self", thereby opening new relevant problems in Robotics and
During the past few years, many approaches have been proposed to tackle
issues with alternate success. However, if we want to push the field of
tactile sensing further and to work in the direction of a real-world,
industrial, exploitation of results, it is necessary to clearly identify
currently open problems, define clear and shared research objectives and to
envisage a suitable research agenda towards their fulfillment.
Starting from two previous events held at CogSys 2012 (Vienna, Austria) and
HRI 2012 (Boston, MA, USA), the objective of the Workshop is to discuss the
current state of the art in various aspects of tactile sensing, specifically
considering technological aspects, models for tactile data processing,
HW architectures as well as cognitive aspects related to touch-based
human-robot interaction, as well as to pave a possible common strategy
on the one side, beyond the state of the art and, on the other side, towards
an industry-oriented exploitation of results.
The Workshop will cover, but will not be limited to, the following four
1. Technological aspects of robot skin design and implementation including:
advanced transduction devices, large-scale sensing technologies, embedded
electronics and networking, system level solutions, etc.
2. Modelling and algorithmic aspects related to tactile data processing: SW
architectures, robot control, touch-based reactive behaviors, touch
classification, object recognition, etc.
3. Cognitive issues related (but not limited) to skin-based behaviors and
task level control, including: human-robot interaction, learning and
assisting technologies etc.
4. Identification of industry driven, real-world scenarios where tactile
sensing can play a major role, possibly together with other sensing
modalities (e.g., vision or auditory feedback).
*** Position Paper Requirements ***
Researchers wishing to present their results at the Workshop are requested
to submit a 2-page extended abstract, including figures, pictures,
references. The extended abstracts will form the Workshop Proceedings.
*** Important dates ***
August 31: first submission.
September 5: notification of acceptance.
October 7: workshop day.
*** Plan for Documenting the Workshop ***
The attendees of the Workshop will receive the Proceedings on CD-ROM. A
related Special Issue on Robotics and Autonomous Systems has been agreed
with the publisher. All the Workshop attendees will be asked to extend their
work and submit it to the Special Issue.
*** Proposers ***
Fulvio Mastrogiovanni, University of Genoa, Italy
Lorenzo Natale, Italian Institute of Technology, Italy
Giorgio Cannata, University of Genoa, Italy
Giorgio Metta, Italian Institute of Technology, Italy
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