Dear Colleagues,

We are very pleased to invite you to submit your work at the 1st edition of
ASIMOV Workshop on “Adaptive Social Interaction and MOVement for assistive
and rehabilitation robotics”. The Workshop will be held the 12th of
November in conjunction with the Thirteenth International Conference on
Social Robotics (ICSR2021 <>),
10-13 November 2021, Singapore.

Please visit ASIMOV 2021 website
<> or read below further

Do not hesitate to contact us if you have any questions.

Kind regards,

Mariacarla Staffa

on behalf of ASIMOV Organizing Committee

ASIMOV2021: Workshop on Adaptive Social Interaction and MOVement for
assistive and rehabilitation robotics
Singapore, Singapore, November 12, 2021
Conference website
Submission link
Deadline for Paper Submission October 20, 2021
Paper Acceptance Notification October 30, 2021
Camera Ready Paper November 7, 2021
Workshop Date November 12, 2021
Topics: social robots
<;a=27047327> assistive and
rehabilitation robotics
<;tid=17824005> bio
cooperative systems
<;a=27047327> ethics of
human robot interaction

ASIMOV Adaptive Social Interaction and MOVement for assistive and
rehabilitation robotics will be held the 12th of November in conjunction
with the Thirteenth International Conference on Social Robotics
<>, 10-13 November 2021,

Endowing robots with learning and online behavioral adaptation abilities is
a key objective for enabling natural and efficient human robot interaction,
especially in the areas of assistive and rehabilitation robotics.
Nevertheless, as one of Asimov's novels pointed out in The Complete Robot
(1982), if a robot, such as Lenny, is given the ability to learn, it will
inevitably make mistakes before adapting itself. One of the critical issues
is thus to design robot learning abilities that lead to a behavior that
meets three criteria at the same time: efficiency, acceptability and
security for the human. The ASIMOV workshop will constitute a unique
opportunity to gather roboticists and computer scientists to present a
variety of current approaches aiming at endowing social robots with
learning abilities, enhanced cognitive and social abilities, and discuss
their potential to meet these criteria. This will permit to analyze the
current state of the art and of its possible real-world applications in
assistive and rehabilitation robotics

Isaac Asimov, the famous Russian-American science-fiction writer (but also
scientific, biochemical popularizer) was a sort of soothsayer. Never
before, the robots for which he formulated the famous Three Laws of
Robotics (which should prevent robots from harming humans) and which appear
in so many of his stories and novels (the Robot Cycle) have been so present
in reality. Robots got out of the industry's cages and have started to find
wide applicability in many different fields, spanning from entertainment to
education and assistance where they operate in strict contact with human
beings. Social robots are receiving more success in the above-mentioned
fields since their social and human-like behavior based on the adaptation
with respect to the environment and to human emotions and movements during
collaborative activities bring people to interact with them close to the
way they would interact with human beings. Despite the recognized potential
and usefulness of social robots for assistive purposes, people are still
worried about their utilization. Hence, when designing social robots
behavior and structure, it is of paramount importance to consider all the
aspects that can affect their acceptability, from ethical aspects to
physical and psychological safety to security aspect related to privacy
violation, etc. Additionally, it is necessary to enhance the ability to
adapt on the y to the users' behavior, needs and motivations. Creating
robotic systems capable of correctly modeling and recognizing human
behavior and intention and of adapting their behavior to the user under the
above-mentioned constraints and the ASIMOV's laws is a very critical task,
especially in the domain of assistive and social robotics and when working
with vulnerable user populations.

The workshop's main goal is to figure out how we can design and control
robots whose behavior during interaction with humans shall adapt in a way
that is:


   efficient for the assigned task;

   natural, understandable and acceptable for the human;

   safe and secure in terms of human physical and psychological integrity.

The workshop will constitute an opportunity to present a variety of current
approaches aiming at endowing social assistive robots with learning
abilities, and discuss their acceptability and efficiency with respect to
these criteria.

*List of Topics*

   - Social Robots;
   - Cognitive Robotics;
   - Assistive and Rehabilitation Robotics;
   - Human-Robot Interaction;
   - Ethics of Human-Robot Interaction;
   - Learning;
   - Decision Making and Planning;
   - Online Adaptive Behavior;
   - Multimodal interfaces;
   - Adaptive control strategies;
   - Bio-cooperative systems;
   - Psychophysiological and biomechanical assessment;
   - Activity and Intention Recognition;
   - Ambient Assisted Living;
   - Acceptability and Personalization;
   - Security and safety in Human-Robot Interaction;

Target Audience

This workshop is intended as a forum for a broad audience, which spans from
social and assistive robotics, adaptation and personalization in Social
HRI, innovative technologies for education and robot-assisted clinical
applications. The workshop should be a place to exchange opinions, to
discuss innovative ideas and to get hints and suggestions on ongoing
research, therefore contributing to tackle unresolved issues. The proposed
topic brings together researchers working on user behavior and intention
detection, human-robot interaction, social and assistive robotics, control
interfaces, learning, and ethical and safety issues in human-machine
interaction, among others. A large scientific community is involved in such
research fields.
Submission Guidelines

We welcome prospective participants to submit either full papers (up to 6
pages) or extended abstracts (up to 2 pages).

Papers can be on research that the authors would like to discuss during the
workshop, especially encouraging papers on new ideas or research that the
authors plan to conduct. Possible topics of the submissions will cover a
wide view of the state of the art.

Workshop papers must clearly indicate that they are part of the ASIMOV

We strongly encourage workshop participants to present during paper
presentation demos and videos showing their experiments and achievements.
All material collected during the Workshop, such as video, slides, papers,
etc., will be made available on the workshop website upon approval of the
Templates and Procedure for Paper Submissions

It is highly recommended to use the Springer LNCS/LNAI style for the
layout. Detailed instructions for paper submission are available on the
conference web site ( LNCS
style templates are available on the Springer LNCS website. Each paper will
receive two reviews. Accepted papers require that at least one of the
authors register to the workshop.

All submitted papers will be reviewed by two reviewers. The abstracts of
the accepted papers will appear on the workshop website.

Authors will be able to submit a PDF copy through EasyChair
Important dates

   - *Deadline for Paper Submission:*  October 20th, 2021
   - *Paper Acceptance Notification:*  October 30th, 2021
   - *Camera Ready Paper:*  November 7th, 2021
   - Main Conference Date:  November 10th–13th, 2021
   - *Workshop Date:*  November 12th, 2021

CommitteesOrganizing committee

   - *Mariacarla Staffa*, Department of Science and Technologies,
   University of Naples Parthenope, Italy,
   [log in to unmask] <[log in to unmask]>
   - *Mehdi Khamassi*, Institute of Intelligent Systems and Robotics,
   Sorbonne Universite / CNRS, France, [log in to unmask]
   - *Francesca Cordella*, Research Unit of Advanced Robotics and
   Human-centred Technologies, Campus Bio-Medico University of Rome, Italy,
   [log in to unmask]

Program committee

   - Antonio Andriella (Institut de Robòtica i Informàtica Industrial
   (CSIC-UPC), Spain)
   - Salvatore Anzalone (Université Paris 8 <>,
   - Barbara Bruno (EPFL, Switzerland)
   - Filippo Cavallo (University of Florence, Italy)
   - Amedeo Cesta (National Research Council, Italy)
   - Riccardo De Benedictis  (National Research Council, Italy)
   - Alessandro Di Nuovo (Sheffield Hallam University, UK)
   - Ouriel Grynszpan (Université Paris-Saclay, France)
   - Serena Ivaldi (INRIA, France)
   - Fulvio Mastrogiovanni (University of Genoa, Italy)
   - Ghilès Mostafaoui  (Université de Cergy-Pontoise · ETIS Research Center
   - Andrea Orlandini (National Research Council, Italy)
   - Costas Tzafestas (National Technical University of Athens
   <>, Greece)

Invited Speakers

   - Speaker 1: Prof. Maja Mataric, University of of Southern California
   (Los Angeles, USA)
   - Speaker 3: Agnieszka Wykowska, Italian Institute of Technology (Genoa,
   - Speaker 2: Chandra Shruti - University of Waterloo (Canada)


Selected papers will be invited to submit an extended/revised version of
the papers for a special issue in a recognized international journal. We
will propose to either International Journal of Social Robotics or Paladyn
Journal of Behavioural Robotics or Journal of Healthcare Engineering or
IEEE Transactions on Medical Robotics and Bionics.

The conference will be held online.

All questions about submissions should be emailed to:
[log in to unmask] <[log in to unmask]>,
[log in to unmask], [log in to unmask]

Mariacarla Staffa, PhD
Assistant Professor
Department of Science and Technologies, University of Naples "Parthenope"

    To unsubscribe from CHI-ANNOUNCEMENTS send an email to:
     mailto:[log in to unmask]

    To manage your SIGCHI Mailing lists or read our polices see: