M. Welsh / R. Szewczyk / Arch Rock Corporation / G. Tolle / Q. / /
Event
Product Issues / /
Facility
Arch Rock Corporation Berkeley / /
IndustryTerm
energy levels / energy adaptation / energy management service / battery energy / powered sensor networks / environmental sensor networks / energy monitoring component / energy-consuming / granular component energy usages / distributed multimedia applications / software bug / energy waste / energy policy / estimated energy consumption / embedded sensor networks / software methods / declarative sensor network systems / query processor / distributed sensor networks / overall system energy / low-power wireless devices / resource management / energy management architecture / tiered sensor networks / energy accounting / system energy / individual energy-consuming activities / energy usage / energy / Wireless sensors / environmental monitoring applications / sensor networks / energy depletion / representative applications / energy monitoring / energy management systems / harvested energy / Energy-aware adaptation / component energy usage / sustainable and scalable outdoor wireless sensor network deployments / energy consumers / communications opportunity / energy management / component energy usages / energy budget / energy efficiency / energy pricing / nodal energy levels / energy harvesting / static network / energy-centric architecture / energy account / energy management deals / insufficient energy / Dynamic resource management / unforeseen energy consumption / real-time component energy usage / sensor network / acqusitional query processing system / possible energy consumers / energy management component / concrete energy management component / software emulation / local and global resource management / rate control protocols / energy level / overall energy / expected energy budgets / wireless network / low-level energy management mechanisms / sensornet applications / component energy usage profiles / static component energy profiles / energy monitor / Wireless Sensor Networks / little software / e.g. network protocols / possible solutions / server systems / expressive energy monitoring granularity / energy information / energy metering module / actual energy / energy availability / i.e. energy / energy utilization / through software estimations / component energy usage statistics / energy resources / volcano monitoring sensor network / similar monitoring hardware / energy-consuming activities / e.g. energy / energy measurements / i.e. energy storage malfunction / energy-centric applications / energy states / system energy levels / energy type string / energy-aware application / environmental computing paradigm / system energy level / i . e .ii . e ..i . e .ei . e ..i . e . i . e .ei . e .ni . e .ei . e .ri . e .gi . e .yi . e . / /
NaturalFeature
Great Duck Island / /
OperatingSystem
TinyOS / /
Organization
UC Berkeley / Technische Universitat Berlin / U.S. Securities and Exchange Commission / Ambient Intelligence / Stanford / /
Person
Jay Taneja / Scott Shenker / D. Gay / V / Arsalan Tavakoli / B. Blum / David Culler / K. Klues / V / L. Luo / A. Wood / J. Stankovic / Jorge Ortiz / Philip Levis / Y. Chen / R. Stoleru / /
Position
advocate / manager component / representative / energy-aware task scheduler / programmer / EMA Introduction Energy Monitor Energy States Application Enforcement Mechanisms API Translation EMI Energy Manager / manager / Manager Specification Sensornets / energy manager / Cao / /
Product
Franklin / behavior / /
ProvinceOrState
California / /
Technology
API / query processor / operating system / Quality of Service / MAC protocols / wireless devices / rate control protocols / operating systems / e.g. network protocols / network protocols / /
An Architecture for Energy Management in Wireless Sensor Networks Xiaofan Jiang† , Jay Taneja† , Jorge Ortiz† , Arsalan Tavakoli† , Prabal Dutta† , Jaein Jeong† , David Culler†? , Philip Levis‡ , and Scot