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News Release 13-079
National Science Foundation Announces Projects to Expand the Frontiers of Cyber-Physical Systems
Broad, multi-institution, multi-disciplinary research will advance national priorities such as health, energy and transportation
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Cyber-physical systems operate at the intersection of digital and physical worlds. Examples range in size and complexity from automobile cruise control and aircraft auto-pilot systems to highway, water and air traffic control systems.
Credit: Thinkstock
Dr. Aaron Ames and students in the A&M Bipedal Engineering Robotics, or AMBER, Lab are working to make science fiction a reality--two-legged, humanlike robots that can walk among us. AMBER 2.0 (pictured with Ames) is the second robot Ames has built, and exhibits more advanced walking behaviors than its predecessor, AMBER 1.0. The researchers studied human walking and developed a "formal" description of walking, and then applied that description to robots.
Credit: Jim Lyle, TTI Communications
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With the Mobile Millennium visualization system, more than 60 million GPS data points per day from mobile devices are streamed into flow models, which are used to broadcast traffic information resulting from the fusion of this data and additional monitoring infrastructure.
Credit: Alexandre Bayen, UC Berkeley
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Alexandre Bayen of UC Berkeley presents concepts to reduce traffic congestion explored in the FORCES.
Credit: Frankie Denise King, Vanderbilt Univesrity-ISIS
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Air, water and land transportation systems rely on CPS techology to effectively function today.
Credit: Thinkstock
GPS Tracks of all San Francisco taxis collected from the Mobile Millennium system for a few hours around the city and the airport are shown. The system collects around 1 million points of data per day.
Credit: Alexandre Bayen, UC Berkeley.
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