December 4-5, 2003 in Phoenix, AZ
Mayo Clinic
December 3, 2003
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• Human-computer interactions
• New nano, new bio
• Sensors
• Data visualization tools
• Advanced robotics
• Automated and real time technologies
• Large screen displays
• Storage technologies
• New materials and topologies
In an era where products
sell for pennies and the cost of building factories
runs into the billions,
guessing on the right technology can easily become
a life or death corporate decision. Is there a disruptive
technological event on the horizon that is going to
dramatically change the competitive landscape of our
industries?
If we've learned anything in the
last several years, it's that trying to predict future
events, including
the success of individual technologies or products,
is highly error-prone. We've even seen examples of
the "best" answer failing to prevail in
the marketplace.
The concepts of universal widespread
embedded computing,
with full mobile connectivity, sensing and intelligence
continue to be dominant themes when discussing
next-generation technologies. We'll consider the
relentless pursuit
of ubiquitous computing and look at technologies
that have the power to shake businesses to the
core, and
their impact on people, companies, and society.
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Dr. Ravin Balakrishnan, Professor
of Computer Science, University of Toronto
Dr. Daniel James Branagan, Chief
Technical Officer, The Nanosteel Company
Dr. Daniel Clancy, Director,
Information Sciences Directorate, NASA Ames Research
Center
Dr. Mary Czerwinski, Senior
Researcher and Manager, Visualization and Interaction
Research Group, Microsoft
Research
Ms. Emily De Rotstein, CEO,
Commotion Displays
Dr. Per K. Enge, Co-Director,
GPS Research Laboratory, Stanford University
Dr. Stuart Hassard, Head
Biologist, DeltaDOT, Ltd.
Dr. James Kowalick, Founder,
Renaissance Leadership Institute
Mr. Michael Leonhardt, StorageTek
Fellow, Storage Technology Corporation
Mr. Robert Levin, CEO, Transclick,
Inc.
Mr. Stephen Petranek, Editor-in-Chief,
Discover
Dr. Raj Reddy, Professor
of Computer Science and Robotics, Carnegie Mellon University
Mr. Ola Rosling, Software
Inventor and Designer, Gapminder.com
Mr. Gary Starkweather, Member,
Hardware Visualization Group, Microsoft Research
Dr. Astro Teller, CEO, BodyMedia
Ms. Alex Vasilescu, Research
Scientist, New York University
Ms. Padmasree Warrior, Senior
Vice President and Chief Technology Officer, Motorola,
Inc.
Mr. Rob Welton, Executive
VP Marketing, Knowledge Vector, Inc.
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The Mayo Clinic Hospital is
a "high tech high touch" hospital, and
a leader in the use of technology for hospitals.
It is one of the first paperless hospitals in the
U.S. It provides state-of-the-art inpatient medical
care with maximum efficiency, using the idea of cooperative
medicine, where teams of experts combine skills and
experience to help solve medical problems.
At the
hospital, members will hear about and see demonstrations
of:
•
surgical robots
•
radiology imaging
•
electronic medical records (EMR) technology
•
the electronic patient chart (including the use of
multiple systems and bridging technologies)
• IT
for the bedside
• the concept of integrated group
practice.
The
field trip is being coordinated and organized
by Jack Cranmer, CIO of the hospital.
Mayo Clinic Hospital has 205 licensed beds, including
169 medical/surgical beds, 20 intensive/critical
care beds, 7 rehabilitation beds and 9 skilled
nursing beds. The hospital provides inpatient
care to support
the 65 medical and surgical specialties and programs
of Mayo Clinic Scottsdale. Mayo Clinic is based
on the idea of "cooperative medicine;" teams
of experts combine their skills and experience to
help solve people's medical problems.
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