IBM / 3Com / Xerox / Power Performance Trade / Compaq / Cirrus Logic / /
Country
United States / / /
Facility
Xlib library / /
IndustryTerm
application software tries / battery energy / powered wearable computing / system software perspective / lower energy cost / software tools / purpose device / energy challenge / software level energy trade-offs / software developers / system software / pragmatic solution / input devices / active applications / energy efficient components / energy / mobile computing / wireless communication subsystems / times less energy / gas mileage / real-time clock / application level software / system level software / energy consumption / programmable processor / wearable computing platform / bank / application software / energy wise / energy requirement / Application software optimizations / level energy trade-offs / less energy / lower energy levels / energy perspective / function devices / energy efficiency / solar energy / car buyers / wearable computing devices / trade-off energy efficiency / wireless communication / Energy trade-offs / pervasive devices / average solar energy incident / /
OperatingSystem
Linux / /
Organization
Japan IBM Research Division / LCD IF / /
Person
Chandra Narayanaswami / Pixel / Wearable / C. Michael Olsen / Noboru Kamijoh / /
Position
LCD controller / IrDA controller / system scheduler / and the application level / system designer / Device usage model / designer / scheduler / task scheduler / touch panel controller / left end / programmer / /
Product
X11 / /
ProgrammingLanguage
C / /
ProvinceOrState
Louisiana / Manitoba / California / Georgia / /
RadioStation
5 Want / /
Technology
RAM / ARM processor / Linux / MP3 / operating system / mobile devices / cellular telephone / 7211 processor / OLED / Flash memory / programmable processor / EP7211 chip / real-time clock / mobile computing / http / cell phones / The processor / PDA / Bluetooth / Flash / Bluetooth protocol / UART / /