Renewable energy / Cisco Systems / Micro-Solar Power Systems / ACM Inc. / Hewlett-Packard Company / AEON / Intel / Macro-Solar Power Systems / Grid-Connected PV Systems / /
Country
United States / /
Currency
USD / / /
Event
Reorganization / Environmental Issue / /
Facility
Penn Plaza / Solar Power System / University of California / / /
IndustryTerm
energy income / energy harvesting material / energy-powered node runs / energy level / energy flow estimation / online duty cycle optimizers / energy flow / energy-flow / sensornet applications / energy coming / supply energy / time-varying energy availability / particular energy storage using voltage limits / energy sources / wireless sensor network testbeds / wireless sensor networks / energy harvesting system / energy supply / realistic energy-harvesting devices / electric energy / energy-aware deadline-scheduling algorithm / outdoor solar energy / solar energy harvesting / energy availability / energy / dynamic duty-cycling algorithms / energy-harvested nodes / variable solar energy conditions / energy source / outdoor wireless sensor network applications / energy consumption / energy storage / software suite / wireless sensornet application / macrosolar power systems / feasible solution / energy decrement / energy surpluses / radio chip / wireless sensor node / charge algorithms / energy-harvesting-aware programming language / maximum energy output / sufficient energy / solar energy harvesting system / prerecorded energy consumption profile / solar energy / long-term estimation tools / power systems / Power-saving solutions / solar energy estimates / energy increment / /
Organization
Korea Foundation for Advanced Studies Fellowship / Keck Foundation / Defense Advanced Research Projects Agency / National Science Foundation / UC Berkeley / HydroWatch Center / University of California / Berkeley / Computer Science Division / /
Person
Valente / Robinson / DAVID CULLER / / /
Position
solar collector / General / weather-effect model for estimating solar radiation under weather variation / representative / /
35 Predicting the Long-Term Behavior of a Micro-Solar Power System JAEIN JEONG, Cisco Systems DAVID CULLER, University of California, Berkeley Micro-solar power system design is challenging because it must address long-