Checkpoint / Semiconductor Research Corporation / Power RF NV / Analog Devices / STARnet / ACM Inc. / /
Country
Jordan / United States / /
Currency
pence / USD / / /
Facility
Checkpoint P1 / Intermittent Systems Brandon Lucia Benjamin Ransford Carnegie Mellon University / University of Washington / w/ checkpoint / / /
IndustryTerm
transactional semantics via hardware / energy characteristics / fault-tolerance hardware / embedded systems / context-aware communications / Concurrent applications / hardware/software / intermittent systems / carrier wave / heap management / diverse real systems / reachable site / powered systems / powered devices / block device / tiny energy buffers / software transactional memories / energy / persistent object systems / software transactional memory / nearest reachable site / embedded energy-harvesting platforms / energy-harvesting hardware platforms / intermittent devices / energy cost / stronger correctness guarantees in applications / versioning to nonvolatile data without hardware / harvested energy / energy-harvesting front end / energy requirements / precious energy / powered applications / energy conditions / energy efficiency / energy harvesting / computing / energy-aware scheduling / intermittent embedded devices / energy-harvesting systems / /
Organization
University of Washington / Carnegie Mellon University / /
Person
Adrian Sampson / DINO MI / Shaz Qadeer / K. Koscher / DINO CFG / T. Kohno / J. R. Smith / A. Czeskis / DINO AR / DINO DS / Brandon Lucia Benjamin Ransford Carnegie / /
Position
Prime Minister / energyaware task scheduler for computational RFID / programming model / Owner/Author / energyaware task scheduler / execution model / programmer / /
ProgrammingLanguage
Java / C / /
ProvinceOrState
Nevada / /
PublishedMedium
The VLDB Journal / /
Technology
RAM / operating system / nonvolatile memory / Operating Systems / flash memory / Java / Musical Instrument Digital Interface / sequential consistency / MIDI / flash / /
A Simpler, Safer Programming and Execution Model for Intermittent Systems Brandon Lucia Benjamin Ransford