Zurich / Shanghai / Berlin / Seattle / Sendai / Lyon / Chicago / C. E. / /
Company
Lilly / /
Country
Switzerland / Japan / United States / China / /
Facility
CNRS Computer Science Division University of California / David Culler Hiroshi Esaki University of Tokyo / University of Tokyo / Berkeley University of Tokyo Abstract / Green University of Tokyo Project / /
Holiday
4th of July / /
IndustryTerm
sensor data from multiple systems / wasted energy use / distributed sensor network / occupancy models based on computer network / gas heat pump / helpful analytical tool / branch-level energy monitoring / mitigation technologies / energy consumption / inefficient energy use / energy waste / theoretical tool / energy saving / plug-load devices / energy use / energy efficiency / circuit-level energy monitoring / thermal energy distribution / search space / energy auditing / energy savings / energy / /
Organization
Environmental Energy Technologies Division / Royal Society of London / National Science Foundation / International Monetary Fund / University of California / Berkeley University / U.S. Environmental Protection Agency / University of Tokyo / Green University / /
Person
Max Lambert / Matt Dyer / Patrice Abry / S. Murakami / Gabriel Rilling / Patrick Flandrin / Pierre Borgnat / Andrew Engroff / Ben Byer / /
Position
driver / editor / /
ProvinceOrState
Illinois / California / Washington / /
PublishedMedium
Proceedings of the Royal Society / Lecture Notes in Computer Science / /
Empirical Mode Decomposition for Intrinsic-Relationship Extraction in Large Sensor Deployments Romain Fontugne Jorge Ortiz, David Culler