LBNL campus / Building Inventoried / University of California / /
IndustryTerm
energy metering chip / end-use energy consumption / large imaging equipment / default router / long-term energy use / energy breakdown / load-balancing routers / energy data / wireless sensor networks / energy use / energy estimate / energy use signatures / energy-use reduction strategies / food processing building / metered devices / information technology equipment / energy-consumption data / imaging / energy shares / mean annual unit energy consumption / manufacturing process / wireless access point / categories energy use / energy / annual energy use / hosted web application / annual energy use patterns / mean energy use / energy consumption / under-sampled imaging equipment / wireless technology / large devices / energy measurement studies / wireless power meters / backend infrastructure / greater usage pattern variability device / Time-series energy data / Energy estimates / annual energy consumption / energy measurements / i.e. devices / energy data analysis / open-standard 6LoWPAN network protocol / network equipment / energy users / /
OperatingSystem
TinyOS / /
Organization
University of California / California Energy Commission / Lawrence Berkeley National Lab / /
Person
Jay Taneja / Steven Lanzisera / Richard Brown / Stephen Dawson-Haggerty / David Culler / Judy Lai / Lawrence Berkeley / H.Y. Iris Cheung / /
Detailed Energy Data Collection for Miscellaneous and Electronic Loads in a Commercial Office Building