energy-efficient smart building / local utilities / control algorithms / main energy meter board / plug load devices / energy meters / energy conservation / relative energy consumption / wireless sensor nodes / transportation / overall energy usage / plug-load energy detection / miscellaneous devices / electricity usage / energy-consuming / wireless network / energy waste / renewable energy sources / high energy consumption / energy meter / yearly energy savings / natural gas / wireless sensor networks / plug-load devices / energy use / wireless plug-load meter / smart building server / remote management / wireless meter / wireless node / energy today / buildings more energy / software systems / energy usage / energy / Smart building systems / wireless module / campus facilities / energy costs / peak electricity / electricity / plug load device / energy consumption / built-in energy meter front end / electricity generation / wireless boards / energy monitoring / energy loads / wireless sensor node / energy consumers / information technology / energy efficiency reasons / low-power wireless networks / smart building technologies / energy efficiency / nearby wireless sensor nodes / miscellaneous plug-load devices / sensor systems / energy saving potential / plug-load device / energy-consuming subsystems / actual sensing infrastructure / energy metering system / aggregate energy / /
OperatingSystem
Linux / /
Organization
UCLA / UC Berkeley / Department of Computer Science and Engineering / UCSD / /
Person
Thomas Weng / T. Sookoor / V / /
Position
central driver / /
ProvinceOrState
California / /
Technology
Developing control algorithms / Linux / information technology / same protocols / main RF chip / smart building technologies / TI MSP430 chip / /
IEEE DESIGN AND TEST, SPECIAL ISSUE ON GREEN BUILDINGS 1 From Buildings to Smart Buildings – Sensing and Actuation to Improve Energy Efficiency