software system / lightweight operating systems / prototype hardware device / energy check / compression algorithm / security-sensitive applications / compiler infrastructure / energy characteristics / energy constraints / predictable energy conditions / energy intensive / Energy polling / cycles executing energy checks / intensive applications / energy-harvesting frontend / energy prediction model / batteryless sensor devices / tiny programmable devices / mote-class devices / memory-limited mote-class devices / energy scenario / energy-measurement code / file systems / larger energy storage / run-time energy trends / powered computing / identical energy characteristics / high-assurance computing / run-time energy availability / kinetic energy harvesters / energy supply / energy measurement / hardware device / hardware energy supply / implantable medical devices / powered systems / energy-harvesting mechanisms / powered devices / search algorithm / energy remaining / Energy availability / energy-aware state checkpointing system / short-term energy buffers / energy / binary search strategy / application developer / energy costs / measured instruction-energy estimates / proposed applications / low-power embedded systems / run-time energy-aware state / energy-aware state checkpointing / prior systems / cryptographic protocols / energy storage / energy consumption / prototype device / energy-intensive flash erasures / sion algorithms / dedicated peripheral hardware / simulated energy availability / analog energy-harvesting frontend / energy-intensive checkpointing operations / unpredictable energy harvesting / energy estimates / energy delivery / energy measurements / given energy condition / energy conditions / software-controlled backscatter / embedded software / computing / energy harvesting / energy buffer / conventional operating systems / compression algorithms / adequate energy / finite energy supplies / energy checks / powered device / /
Movie
Memento / /
OperatingSystem
UNIX / TinyOS / Linux / /
Organization
University of Massachusetts / Computer Science University / Dartmouth College / RFID-Scale Devices Benjamin Ransford Jacob Sorber Kevin Fu Department / Institute for Security / /
Position
multilevel voltage supervisor / king / representative / Real-time and embedded systems General / programmer / /
ProgrammingLanguage
Embedded C++ / C++ / /
ProvinceOrState
California / /
Technology
RAM / ADC / sion algorithms / search algorithm / UNIX / Linux / API / WK compression algorithm / compression algorithms / analog-to-digital conversion / JTAG / sibling chips / operating system / Quality of Service / nonvolatile memory / operating systems / cryptography / public key / flash memory / system-on-chip / LZ compression algorithm / simulation / flash / /
Mementos: System Support for Long-Running Computation on RFID-Scale Devices Benjamin Ransford Jacob Sorber