September 14-15,
2005 in
Geneva, Switzerland
Mike Hawley previews
the Geneva Conference (MP3).
CERN
Friday, September 16, 2006
8:30 am -
12:30
pm
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• Immersive/interactive environments
• Thought-control interfaces
• Haptics, captology, and prosody
• Merging body and machine
• Gesture-based interaction
• Robots and their interfaces
• Display innovations
• Modeling the brain
• Biocompatible microelectronic devices
• Context awareness
It wasn’t long ago that
the keyboard was our one and only computer input device,
followed by the mouse,
voice commands, touch screens, and electronic pens. As
useful as these devices are, these now older interfaces
don’t come close to performing the functions we associate
with true ease-of-use between humans and machines. It seems
that we constantly adapt to new and changing interfaces,
whether intuitive or not, since no viable alternatives
exist.
Technologies are well under development
that will allow machines to correctly accept and respond
to gestures,
motions,
speech, and facial expressions for input. Human brain
machine interfaces will allow humans to control artificial
devices
designed to restore lost sensory and motor functions
(think pacemaker for the brain or the ability to walk
at 30 miles
per hour). Intelligent user interfaces will enhance the
interaction of humans with technology through the use
of artificial intelligence and cognitive science. Persuasive
interactive technologies will revolutionize business,
commerce,
health, workplace safety, training, and education.
This
conference will examine new possibilities where people
and technology might and will meet, ranging from
the seemingly
simple to the extremely complex, all with the goal
of making the interaction between humans and technology
more natural,
ubiquitous, and joyful.
The ramifications in the way
people connect to each other through technology are
profound. What are the
economics
of interfaces and how can we exploit these to reduce
costs and improve efficiencies? One answer is to
improve methods
for remote monitoring, self-diagnosis, and home-based
care. What will be the impact of electronic interfaces
on trust,
secrecy, perception, reality, social relationships,
and human communications? We just might find that
new interfaces
positively affect the way to do business.
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Mr.
Alexandre Colot, Project and Services Manager,
K-Team, S.A.
Dr. John P. Donoghue, Professor of Neuroscience,
Brown University and Founder, Cyberkinetics Neurotechnology
Systems
Mr. Scott Fisher, Chair, Interactive Media Division,
USC School of Cinema-Television
Dr. Hugh Herr, Director, Biomechatronics Group,
MIT Media Lab
Dr. Martin Illsley, Director of Research, Accenture
Technology Labs Europe
Dr. Mary Lou Jepsen, Founder, Jepsen Optical Engineering
Dr. Henry Markram, Co-director, Brain Mind Institute,
Ecole Polytechnique Federale de Lausanne
Mr. Georg Michelitsch, Co-founder and CEO, CONANTE
Advanced Interface Solutions
Dr. Sile O'Modhrain, Lecturer, Sonic Arts Research
Centre, Queens University
Dr. Pengkai Pan, CEO and Founder, Saybot
Mr. Michael Robinson, Founder, Pool Entertainment
Dr. John Underkoffler, Science and Technology Advisor,
Treadle and Loam
Mr. Wolfgang Von Rüden, Head, IT Department,
CERN
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CERN is the European Organization
for Nuclear Research, the world's largest particle physics
centre. Physicists come to explore what matter is made
of and what forces hold it together. CERN exists primarily
to provide them with the necessary tools. These are accelerators,
which accelerate particles to almost the speed of light
and detectors to make the particles visible. Founded
in 1954, the laboratory was one of Europe's first joint
ventures and includes now 20 member states. http://public.web.cern.ch/Public/Welcome.html
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