Computer Science Division University of California / /
IndustryTerm
b/g network / aggregate energy consumption / software platform / individual energy sinks / network-wide energy usage / aggregate energy usage / energy meter / overall energy consumption / profiled energy usage / energy breakdown / low-latency energy meter / energy sinks / software modules / energy dimensions / energy use / energy spending / multi-activity devices / particular energy sink / hardware device / energy resolution / energy profiler / system energy / system software / energy sink / energy usage / energy / energy tracking framework / i-th energy sink / middleware protocols / individual energy consumption / flash chip / energy consumption / sensor networks / low-overhead energy measurements / data aggregation services / activities that span different hardware / system-wide energy usage / energy metering / energy map / resource accounting / energy sink power state / software models / energy draw / energy consumers / energy measurements / embedded network devices / accumulated energy consumption / medium access control protocols / networked embedded systems / measured energy envelope / energy consumption measurements / computing / platform energy sinks / energy sensor / high-resolution energy metering / iCount energy meter / aggregate energy / sensor chip / radio device / distinguishing the individual energy consumption / /
MusicGroup
Green / Blue / Red / /
OperatingSystem
TinyOS / GNU / /
Organization
University of California / Berkeley / Stanford University Stanford / Computer Science Division University / /
Quanto: Tracking Energy in Networked Embedded Systems Rodrigo Fonseca ? , Prabal Dutta , Philip Levis
, and Ion Stoica {rfonseca,prabal,istoica}@cs.berkeley.edu Computer Science Division