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Human–computer interaction / Internet of Things / Ubiquitous computing / Wireless sensor network / Wireless identification and sensing platform / Sensor node / Singulation / Energy harvesting / Impinj / Radio-frequency identification / Technology / Automatic identification and data capture


Revisiting Smart Dust with RFID Sensor Networks Michael Buettner Ben Greenstein Alanson Sample
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Document Date: 2012-09-14 16:56:20


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File Size: 152,59 KB

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City

Seattle / /

Company

RFID Sensor Networks / RFID Wireless Sensor Networks / CRC Press / Intel / /

Event

FDA Phase / /

Facility

RFID Sensor Networks Michael Buettner Ben Greenstein Alanson Sample Joshua R. Smith University of Washington Intel Research Seattle University of Washington Intel Research Seattle David Wetherall University of Washington / /

IndustryTerm

wireless environmental monitoring / tag chip / sample sensor network applications / Wireless Research / energy intensive / sensor network applications / appropriate solution / ad-hoc networks / conventional technologies / Remote monitoring applications / demonstration applications / handle management / wireless communications / wireless sensor networks / 3d neuroprosthetic devices / cryptographic algorithm / fixed function devices / energy / excess energy / energy storage / Representative devices / sensor networks / purpose computing / sample applications / power management / wireless power supply / bank / above applications / energy requirements / smart-dust applications / implementable using current reader technology / multi-tiered portable wireless system / energy harvesting wireless brain interface / energy budgets / mote networks / data pre-processing / healthcare costs / unobtrusive sensing devices / careful networking / industrial supply-chain applications / substantial protocol / inaccessible devices / multihop wireless communication / encryption algorithm / battery-free devices / low power media / realworld monitoring applications / Wireless Identification / /

MusicGroup

UHF / /

Organization

University of Washington / UHF RFID / Seattle University / EPC / /

Person

K. Fu / D. J. Yeager / H. J. Chae / J. R. Smith / P. S. Powledge / /

Position

editor / Data Logger / Representative / /

Product

Generation-2 / C1G2 / /

PublishedMedium

Telos / /

Technology

neuroscience / analog to digital converter / RAM / existing C1G2 protocol / reader technology / peer-to-peer / C1G2 protocol / RC5 encryption algorithm / 4.2 Asymmetric Sensing Protocols / cryptography / technology of RFID / MEMS / tag chip / Radio Frequency / MAC protocol / two technologies / flash / three technologies / /

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