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City San Francisco / New York / San Diego / Windsor / / Company ATMEL / Morgan Kaufmann Publishers Inc. / Actel / Xilinx / IBM / AMP / ACM Press / Embedded Systems / EURASIP Journal / Creative Commons / / Country Canada / / / Event FDA Phase / / Facility University of Windsor / University California / / IndustryTerm slow processing path deals / information processing approach / sensor network applications / software tools / meaningful solution / wireless sensor network / sensor processor / higher energy consumption / control hardware / possible applications / in-node data processing / economical system-on-chip / network processor using parallel processing / wireless interface / energy consumption / symmetric cryptography algorithm / higher processing capability / eventdriven sensor applications / contemporary processor / image processing / real-time processing / wireless sensor node / real-time wireless sensor networks / upper layer applications / network protocols / processor-based software implementations / event processing phases / sensor network asynchronous processor / Wireless sensor nodes / typical sensor devices / the-shelf sensor devices / sensor device / event processor / task processing / non-preemptive modular customizable event-driven processing architecture / sensor data processing / Wireless sensor networks / parallel processing / processor-based solution / typical processor-based sensor device / signal processing / soft processor / data packet processing / event-driven systems / real-time capability / wireless sensor device / application developer / wireless transceiver / priority applications / event processing / real-time transmission / software programmability / software implementation / interrupt-driven systems / purpose processors / specific processing hardware subsystems / sensor devices / purpose processor / wireless sensor device implementations / message processing / encryption algorithms / event-based operating systems / network management / wireless sensor nodes using stand / implementation offers hardware / dedicated sensor network processors / onboard processor / / OperatingSystem TinyOS / / Organization ASIC / UCLA / MIT / University of Windsor / Department of Electrical and Computer Engineering / Fast Path SPI Radio Control CC2420 Unit / FPGAs / / Person Kemal E Tepe / Mica Mote / Khalid / / Position WSN application designer / / Product Audiovox RC10 Radio / WSN / / ProgrammingLanguage Java / R / C / K / / ProvinceOrState New York / Ontario / / Technology FPGA / image compression / symmetric cryptography algorithm / network processor / operating system / sensor network asynchronous processor / VHDL / contemporary processor / dedicated sensor network processors / Java / event processor / fuzzy logic / MicroBlaze processor / purpose processor / CC2420 chip / operating systems / image processing / second-generation sensor processor / 11 encryption algorithms / RF chip / WSN protocol / ASIC / rapid application development / purpose processors / economical system-on-chip / WSN protocols / parallel processing / network protocols / integrated circuit / implemented using general purpose FPGA / / URL http /
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