| Document Date: 2007-09-04 14:24:04
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City Sydney / / Company Application-Based Systems / Atmel / CVS / TinyOS 2 Core Working Group / / Country Australia / / Currency USD / / / Event Product Issues / Labor Issues / / Facility TinyOS library / Intel University of Utah / / IndustryTerm false network / dependable software / baseline applications / unsafe applications / wireless sensor network devices / software platform / sensor network applications / cXprop tool / wireless sensor networks / smallest applications / command-line diagnostic tool / output device / real-time and embedded systems / energy / software defects / software faults / benchmark applications / sensor networks applications / energy consumption / sensor networks / toolchain tools / software bugs / sensor network software / optimized applications / sensor network software development / energy-constrained mote platforms / buggy applications / inefficient solution / tool / test applications / sensor network / / OperatingSystem TinyOS / / Organization University of Utah / School of Computing / ded / / Person John Regehr / Nathan Cooprider / Eric Eide David Gay / / Position General / programmer / Will Archer / / Product Safe TinyOS / Deputy / Avrora / nesC / Safe TinyOS system / cXprop tool / cXprop / manner / parts / software faults / / ProgrammingLanguage C / / ProvinceOrState TinyOS / / Technology 8-bit processor / RAM / API / 2.3 Processor / Operating Systems / flash memory / ATmega128 processor / AVR processor / flash / /
SocialTag |
Efficient Memory Safety for TinyOS Nathan Cooprider Will Archer Eric Eide