ActionWebs Hamsa Balakrishnan, David Culler, Edward A. Lee, S. Shankar Sastry, Claire Tomlin (PI) University of California at Berkeley December
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 1.Observe and infer with a viewpoint to planning and modifying action 2.Use a hierarchy of platforms to develop and modify action plans 3.Tasking sensors, programming the ensemble 4.Closing the loop
Testbeds 1.Future air transportation systems testbed Connections with NASA Ames (SDO, separation assurance), NASA Langley (safety) Simulators (FACET, ACES), actual flight data (CFDR) 2.Mobile sensor net testbed 3.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)