Analog Devices / G. Tolle / Megaforce Corporation / ACM Press / Distributed Real-Time Systems / Electronic Product Design Inc. / MySQL / /
Country
China / United States / /
Currency
USD / /
Event
FDA Phase / /
Facility
Stanford University / University of California at Berkeley / Computer Science Division University of California / building Ethernet / /
IndustryTerm
software engineering / broader Internet / miscellaneous and low power products / software updater / default router / lossy networks / energy waste / individual routers / complicated services / complicated epidemic protocol / energy breakdown / wireless sensor network / software upgrade / load-balancing routers / pc energy usage / energy use / energy data collection / non-computer energy use / imaging / 6loWPAN network / manufacturing process / energy / annual energy use / hosted web application / access network / reconfiguration services / software failure rate / power management / electricity consumption / large network / mesh network / plug-load energy metering / energy-efficient products / data dissemination protocol / sensor networking deployment / Energy estimates / sustainable and scalable outdoor wireless sensor network deployments / fidelity wireless building energy auditing network / energy analysis / energy efficiency / manufacturing / sensor systems / energy models / wireless plug-load electric meters / energy metering chip / fidelity data center sensing network / energy meters / annual energy / mote software / meters to ensure network / overall energy / hybrid routing protocol / software components / wireless sensor networks / wireless energy plugload meters / information technology equipment / typical energy usage patterns / display energy use / wireless electricity meters / appliance energy signature database / energy-consuming category / meters in other systems / transport protocols / deployment management / energy-consuming categories / on-demand protocol / energy metering wireless sensor network benefits / adaptive routing protocol / egress routers / ac metering network / energy science / energy measurements / level inexpensive energy metering technology / particular devices / Internet-wide packet loss / well-tested routing protocol / energy data analysis / experience deploying networks / low-power and lossy networks / wireless sensor network deployments / time synchronization protocol / energy users / links infrastructure / network sensor systems / /
NaturalFeature
Alps / /
OperatingSystem
Unix / TinyOS / /
Organization
University of California / USENIX Association / California Public Utilities Commission / National Science Foundation / University of California / Berkeley / Computer Science Division University / Stanford University / IEEE Computer Society / /
Person
Jay Taneja / Ray Woodfin / S. Bapat / V / Margarita Kloss / Joann Nguyen / T. W. Hnat / V / Xiaofan Jiang / Stephen Dawson-Haggerty / David Culler / M. Van Ly / V. Mittal / Alice Chang / V. Naik / V / L. Mottola / H. Zhang / V / Steven Lanzisera / Richard Brown / Shelley Kim / Albert Goto / Ken Lutz / Sara Alspaugh / Judy Lai / Lawrence Berkeley / Iris Cheung / /
Position
wired programmer / representative / configuration manager / G. P. / /
@scale: Insights from a Large, Long-Lived Appliance Energy WSN Stephen Dawson-Haggerty† , Steven Lanzisera‡ , Jay Taneja† , Richard Brown‡ , and David Culler† † Computer Science Division