high-frequency sinusoidal carrier voltage / finite element modeling software / spectral envelope pre-processor / transient detection algorithm / storage device / low processing power / fundamental technologies / applied carrier / power electronics / information delivery systems / conservation systems / internal device / prototype hardware / energy scorekeeping / electrical services / energy / mechanical and electrical equipment / electricity / high frequency carrier signal / energy consumption / wireless communication channels / utility services / speed data networks / control systems / steel breaker panel door / conduct energy / construction infrastructure / electro-thermal-mechanical systems / computation device / electric energy conservation strategies / control applications / technology demonstrations / steel panel door / larger available processing power / prototype monitoring software / parameter estimation algorithms / software application / /
Organization
U.S. Department of Energy / U.S. Navy office of Naval Research U.S. Coast / /
Person
Christopher Schantz / Julie Hui / James Paris / Denise Stewart / Steven B. Leeb / Daniel Vickery / John J. Cooley / Mike Ciuffo / Sabrina Neuman / Zachary Remscrim / Darin Barber / Jose Cruz / Al Avestruz / /
Position
Guard / Professor / Administrative Assistant / /
ProvinceOrState
Maine / /
RadioStation
Watt / /
Technology
parameter estimation algorithms / FPGA / Analog to Digital Converter / ADC / five fundamental technologies / transient detection algorithm / screen capture / spectral envelope pre-processor / simulation / Flash / /
Chapter 13. No Watt Left Behind No Watt Left Behind Academic and Research Staff Professor Steven B. Leeb Graduate Students