Session WedAT1 Pegaso A Wednesday, October 10, 2012 ... - Lirmm
Session WedAT1 Pegaso A Wednesday, October 10, 2012 ... - Lirmm
Session WedAT1 Pegaso A Wednesday, October 10, 2012 ... - Lirmm
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<strong>Session</strong> WedGJT11 Hidra <strong>Wednesday</strong>, <strong>October</strong> <strong>10</strong>, <strong>2012</strong>, 17:30–18:30<br />
Jubilee Videos I<br />
Chair T. J. Tarn, Washington Univ.<br />
Co-Chair Hong Zhang, Univ. of Alberta<br />
17:30–17:40 WedGJT11.1<br />
Telexistence — from 1980 to <strong>2012</strong><br />
Susumu Tachi, Kouta Minamizawa,<br />
Masahiro Furukawa and Charith Fernando<br />
Graduate School of Media Design, Keio University, Japan<br />
• Telexistence allows a human<br />
being to experience a realtime<br />
sensation of being in a<br />
place other than his/her<br />
actual location and to interact<br />
with the remote environment,<br />
which may be real, virtual, or<br />
a combination of both.<br />
• Telexistence in the real<br />
environment through a virtual<br />
environment is possible.<br />
• 32 years of telexistence<br />
development are historically<br />
reviewed in this jubilee video.<br />
17:50–18:00 WedGJT11.3<br />
The Birth of the Brain-Controlled Wheelchair<br />
Tom Carlson, Robert Leeb, Ricardo Chavarriaga<br />
and José del R. Millán<br />
Chair in Non-Invasive Brain Machine Interface,<br />
École polytechnique fédérale de Lausanne, Switzerland<br />
• We have striven to push BCI technology<br />
out of the lab, into the real world<br />
• We describe the evolution of BCI<br />
applications from cursors to games,<br />
telepresence robots and wheelchairs<br />
• Coupling BCIs with shared control<br />
reduces workload and results in safe<br />
and reliable control<br />
• We culminate with the first patient trial<br />
of a motor-imagery based BCI<br />
wheelchair<br />
18:<strong>10</strong>–18:20 WedGJT11.5<br />
A Decade of Rescue Robots<br />
Robin R. Murphy<br />
Center for Robot-Assisted Search and Rescue, Texas A&M, USA<br />
• Land, marine and aerial robotics have<br />
been reported at 26 disasters, starting with<br />
2001 World Trade Center through the<br />
Tohoku Tsunami and Fukushima Nuclear<br />
Event<br />
• Used for: searching for victims,<br />
reconnaissance and mapping, inspection<br />
of building and bridges<br />
• Very successful though have not found<br />
any living survivors<br />
• Open research questions in: human-robot<br />
interaction, mobile manipulation, reliable<br />
wireless networks, and obstacle avoidance<br />
for small UAVs and UMVs<br />
One of the 26 deployments: Use<br />
of UMVs for Tohoku Tsunami<br />
17:40–17:50 WedGJT11.2<br />
The Dynamo Project:<br />
The World’s First Robot Soccer Players<br />
Alan K. Mackworth<br />
Computer Science, University of British Columbia, Canada<br />
• Video showing the world’s first autonomous robot soccer players<br />
• Outcomes of experiments using small scale radio controlled trucks and<br />
cars to play robot soccer<br />
• Pioneering work carried out over the period 1992-1994 in the Dynamo<br />
project at the UBC Laboratory for Computational Intelligence<br />
• Precursors to the RoboCup robot soccer competitions that started in 1997<br />
18:00–18:<strong>10</strong> WedGJT11.4<br />
CoBots: Collaborative Robots<br />
Servicing Multi-Floor Buildings<br />
Manuela Veloso, Joydeep Biswas, Brian Coltin,<br />
Stephanie Rosenthal, Tom Kollar, Cetin Mericli,<br />
Mehdi Samadi, and Susana Brandao<br />
School of Computer Science, Carnegie Mellon University, United States<br />
Rodrigo Ventura<br />
ECE Department, Instituto Superior Tecnico, Portugal<br />
• CoBots (Collaborative Robots) perform<br />
service tasks for humans indoors<br />
• Building on the past 25 years of robotics<br />
research, this video showcases research<br />
with CoBot, including:<br />
• A visitor-companion robot & tour guide<br />
• Wifi and kinect localization<br />
• Navigation and obstacle avoidance<br />
• Telepresence and simulation<br />
• Symbiotic autonomy and using the web<br />
• Sending message and making<br />
deliveries for humans<br />
• Riding the elevator with human help<br />
<strong>2012</strong> IEEE/RSJ International Conference on Intelligent Robots and Systems<br />
–194–