HVAC Systems / Future Energy Systems / CyberPhysical Systems / Ge / Google / Sensor/Actuator Networks / Lawrence Berkeley National Laboratory / Lighting Systems / ASHRAE Inc. / Interface / ASHRAE Handbook - HVAC Systems / Embedded Networked Sensor Systems / Automated Logic Corporation / Siemens / APOGEE Building Automation Software / /
Country
United States / /
Currency
USD / / /
Event
Reorganization / /
Facility
Building Entities / UC Berkeley campus / David Culler Computer Science Division University of California / Building Sensors Used Power / Building Application Stack / University of California / /
IndustryTerm
energy savings potential / ventilation energy consumption / possible energy savings / physical devices / concurrent applications / online data sources / Internet data feed / wireless network / add-on wireless sensor network / fault-tolerant applications / energy-efficient operation / physical building infrastructure / ventilation systems / electricity grid / earlier systems / machinery / add-on networks / fire safety services / wireless sensor network / Wireless Magnetic-based Proximity Detection Platform / wireless sensor networks / energy use / indoor environment conditioning applications / energy savings / energy / concrete applications / extreme efficiency systems / energy efficient buildings / wireless sensors / sensor technologies / grid electricity / redundant software effort / electricity / link layer protocols / energy consumption / real-time electricity pricing / belief network / electricity data / Historical and real-time data / control systems / energy performance / Wireless Control / information technology / graphical tool / Wireless Building Energy Auditing Network / environmental conditioning applications / simultaneously running applications / wireless nodes / energy saving / internal proprietary protocols / management software / infrastructure systems / software layers / energy efficiency / physical infrastructure / analysis tools / substantial energy savings / fan energy / grid-aware energy management / energy-efficient buildings / localization systems / add-on network / /
Organization
U.S. Department of Energy / National Science Foundation / UC Berkeley / University of California / Berkeley / American Society for Heating / David Culler Computer Science Division University / American Society for Heating / Refrigerating / and Air-Conditioning Engineers / office of Air and Radiation / American Society of Heating / CA Energy Commission / Consumer Product Safety Commission / Environmental Protection Agency / EECS Department / /
Person
J. M. Liang / Andrew Krioukov / J. Hsu / K. Chen / Albert Goto / Stephen Dawson-Haggerty / David Culler / J. Liu / B. Zhang / L. Luo / A. Terzis / F. Zhao / B. Cao / /
Position
Driver / data historian / Manager / temperature controller / Baseline Controller / BOSS/BAS historian / researcher / second ventilation controller / Extreme Efficiency Controller / VAV driver / Historian / engineer / Demand-Controlled Ventilation Controller / simple controller / PID controller / controller / /
Product
CO2 / /
ProgrammingLanguage
XML / /
ProvinceOrState
California / /
PublishedMedium
Environmental Health Perspectives / /
Technology
Energy-Aware Meeting Scheduling Algorithms / Radiation / IPv6 / XML / information technology / API / Mobile Phones / link layer protocols / operating system / Process Control / digital camera / rapid application development / sensor technologies / neural network / HTTP / simulation / /
Enabling Advanced Environmental Conditioning with a Building Application Stack Jay Taneja, Andrew Krioukov, Stephen Dawson-Haggerty, and David Culler Computer Science Division University of California, Berkeley Berkeley,