| Document Date: 2014-03-13 09:34:16
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City Austin / / Company Rajit Manohar Computer Systems Laboratory / Hanson / Address Bits Bank / / Country United States / / / Facility PCHB/PCFB pipeline / Execution stalls / STORE LOAD ALU / store RISC ISA / / IndustryTerm low energy mode / nMOS pulldown network / synchronous systems / sensor network applications / energy-performance curve / energy-performance space / voltage-scalable biomedical signal processor / energy-performance / microprocessor system-on-chip / off-chip serial protocols / long channel devices / energy/latency / serial protocols / overall energy efficiency / wireless sensor networks / power electronics / correct bank / nm chip / energy / ultra-low energy microcontroller / sensor network processors / energy consumption / asynchronous serial protocol / sensor networks / bank / sensor applications / energy measurements / nm test chip / energy efficiency / handshake protocol / low-energy / ultra low-power processor / wireless communication / low energy envelope / / MarketIndex nm test chip delivers an / TEA / / NaturalFeature Writek channel / / Organization National Science Foundation / U.S. Securities and Exchange Commission / Cornell University / / Person Ai / Sunil Bhave / Carlos Tadeo Ortga Otero / Van Ginderdeuren / Benjamin Hill / Jonathan Tse / Robert Karmazin / / Position designer / representative / controller / programmer / / ProgrammingLanguage C / / Technology two off-chip serial protocols / microprocessor system-on-chip / Ultra-Low power Sensor Network Asynchronous Processor / 90 nm test chip / 90 nm chip / ultra low-power processor / SRAM / sensor network processors / biomedical signal processor / encryption / MiniMIPS processor / flow control / SNAP processor / asynchronous serial protocol / four-phase handshake protocol / simulation / Benchmarks Task CRC4 Tiny Encryption / handshake protocol / /
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ULSNAP: An Ultra-Low Power Event-Driven Microcontroller for Sensor Network Nodes Carlos Tadeo Ortga Otero, Jonathan Tse, Robert Karmazin, Benjamin Hill, and Rajit Manohar Computer Systems Laboratory, Cornell University I