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Computer hardware / Computer memory / I²C / Kernel / Microcontroller / Byte / Wireless sensor network / ONE-NET / Computing / Embedded systems / Electronics


System Architecture Directions for Networked Sensors Jason Hill, Robert Szewczyk, Alec Woo, Seth Hollar, David Culler, Kristofer Pister April 27, 2000 Abstract Technological progress in integrated, low-power, CMOS commun
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Document Date: 2003-06-11 14:31:52


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City

Manchester / /

Company

ATMEL / Energizer / Analog Devices / RF Monolithics / LED Photocell Radio / /

Event

FDA Phase / /

Facility

O port / /

IndustryTerm

performance computing / real time constraints / given computing paradigm / high level software components / Physical hardware / conventional systems / synchronous bit-level device / physical devices / hardware/software boundary / level software components / wireless network / radio network / embedded device operating systems / transceiver chips / integrated on-chip / basic device / conventional bus protocols / asynchronous input/output device / software components / important asynchronous bit-level device / particular device / chip-to-chip protocol / real-time constraints / higher-level processing / energy / input device / device specific protocols / potential applications / chemical presence / limited physical configurability on-chip / little processing / level processing / concurrent processing / synthetic hardware / higher level processing / sensor devices / network sensor technology / modularity hardware / communication devices / concurrency-intensive management / computing / ambient energy / low-power devices / individual devices / network sensor systems / /

NaturalFeature

Networked Sensors Jason Hill / /

OperatingSystem

Unix / TinyOS / /

Organization

Harvard / /

Person

Robert Szewczyk / Hierarchy / David Culler / Alec Woo / Seth Hollar / /

Position

explicit arbiter / tiny scheduler / representative network sensor platform / thread scheduler / SPI controller / simple FIFO scheduler / packet-level controller / internal UART controller / representative / scheduler / forward to future technology / Controller / programmer / /

Product

TinyOS / I2 / /

ProgrammingLanguage

C / /

RadioStation

Radio Byte / /

Technology

our TinyOS for devices / full-duplex / ADC / network sensor technology / conventional bus protocols / same CMOS chip / integrated on-chip / SRAM / operating system / device specific protocols / operating systems / key missing technology / MEMS / main processor / limited physical configurability on-chip / 3.1 Hardware Organization The processor / chip-to-chip protocol / transceiver chips / flash / UART / /

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