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Energy efficient air transportation systems. 5% of US GDP Delays caused $19 billion in direct operating costs in 2007 Better operations needed. Energy efficient, high productivity buildings. 40% total energy consumption, 72% electricity usage Isolated subsystems, not much modeling
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Energy efficient air transportation systems • 5% of US GDP • Delays caused $19 billion in direct operating costs in 2007 • Better operations needed
Energy efficient, high productivity buildings • 40% total energy consumption, 72% electricity usage • Isolated subsystems, not much modeling • Better operations needed
Foundations • Observe and infer with a viewpoint to planning and modifying action • Use a hierarchy of platforms to develop and modify action plans • Tasking sensors, programming the ensemble • Closing the loop
Testbeds • Future air transportation systems testbed • Connections with NASA Ames (SDO, separation assurance), NASA Langley (safety) • Simulators (FACET, ACES), actual flight data (CFDR) • Mobile sensor net testbed • Buildings • Berkeley campus: Soda, Cory, Sutardja Dai, California Halls • LBL (DOE2)
Education and Outreach • Cyber-physical systems science (CPSS) • Curriculum development at Berkeley/MIT • Outreach • Curriculum development at SJSU • SUPERB-CSS • Research Experience for Teachers (RET)