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Computing / Telecommunications engineering / IEEE 802 / Standards organizations / Sensor node / ANT / Institute of Electrical and Electronics Engineers / Body area network / ZigBee / Wireless networking / Technology / Wireless sensor network


Document Date: 2009-01-26 10:37:15

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File Size: 2,62 MB

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Company

Body Sensor Networks / Oxford University Press / IBM / U RE Body Area Sensor Networks / Ultra Wideband Systems / Authorized / Noninvasive Wireless Body Area Networks / Wireless Personal Area Networks / Next-Generation Wearable Networks / IEEE Authorized / /

Currency

USD / pence / /

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Event

Product Recall / Product Issues / /

Facility

University of Virginia Libraries / Vanderbilt University / University of California / University of Virginia / Massachusetts Institute of Technology / Rice University / /

IndustryTerm

Wireless Networked Digital Devices / battery technology computer / wireless asymmetry / increased energy density / dynamic power management / higher-level infrastructure / communication technology / information technology infrastructure / Body area sensor networks / handheld electronics / healthcare scenarios / mixed-signal processor / networked devices / healthcare applications / energy woes / medical network / reasonable solution / remote robotic assistive devices / continuous ambulatory monitoring applications / energy / energy source / level infrastructure / potential applications / feature-detection algorithms / typical wireless sensor network node / hybrid solutions / sensor networks / increase mining systems / Data processing / star network / harvested energy / resource networks / higherZigBee technology / energy requirements / wired networks / information technology / electronic health record systems / entertainment applications / signal-processing tasks / communication protocols / energy efficiency / wireless links / energy harvesting / greater energy capacity / ambient energy / attractive solution / battery technology / energy storage mechanisms / body area sensor network / little radiated energy / portable consumer technologies / hierarchical technologies / able networked technology / Physiological and biokinetic sensing applications / high energy density / Safety-critical applications / real-time sensing / telehealth applications / wearable technologies / energy density / signal-processing routines / microelectromechanical systems / wireless sensor networks / energy generation / real-time aggregation / signal processing / application-specific protocols / featureextraction algorithms / healthcare / Energy-harvesting sources / carbon-nanotube-based energy stores / intelligent computing / medical applications / energy-fidelity tradeoff / robotic device / wireless transceivers / bridge networks / wireless technologies / minimalistic networking techniques / nontechnical solutions / network solution / /

Organization

Rice University / Massachusetts Institute of Technology / University of Virginia Body / University of Virginia / Federal Communications Commission / Charles L. Brown Department of Electrical and Computer Engineering / FDA / Oxford University / School of Engineering and Applied Science / Systems Society / IEEE / Vanderbilt University / University of Virginia Libraries / University of California / Los Angeles / US Department of Labor / IEEE Computer Society / /

Person

Benton H. Calhoun / John Lach / James H. Aylor / Harry C. Powell Jr. / Adam T. Barth / Kyle Ringgenberg / Michio Kaku / Mark A. Hanson / /

Position

president / physician / associate professor / senior member / physician for review later on / dean / runner / coordinator / assistant professor / lecturer / single coordinator / member / /

Product

battery / /

ProvinceOrState

California / Massachusetts / /

Technology

wearable technologies / information technology / higherZigBee technology / mobile phones / communication technology / Quality of Service / BASN technology / Encryption / drug delivery / microelectromechanical systems / MEMS / able networked technology / wireless technologies / application-specific protocols / 2 Technologies / portable consumer technologies / convergence Access Control protocol / nonvolatile memory / operating systems / feature-detection algorithms / biofeedback / featureextraction algorithms / mixed-signal processor / battery technology / caching / communication protocols / be on generating intelligent and cooperative QoS / /

URL

http /

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