Evolving Passive RFID Beyond the Supply Chain with the Wireless Identification and Sensing Platform (Energy Harvesting and Storage Europe 2011)


Alanson Sample, Department of Electrical Engineering
University of Washington
United States
 
2011年6月21天.

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Presentation Summary

  • The Wireless Identification and Sensing Platform (WISP), is a programmable, battery-free sensing and computational platform designed to explore sensor enhanced RFID applications.
  • The WISP's 16-bit, ultralow power microcontroller and PCB design allows for easy integration of new sensors and peripherals, and the rapid development of new applications.
  • The WISP is a passive RFID tag, which is completely powered by a standard UHF RFID reader and is compatible with the EPC Gen2 RFID protocol.
  • Demonstrated WISP applications include: environmental monitoring, cryptography, activity inferencing, sleep quality monitoring, a zero power interface for WSN nodes and a pacemaker, RFID based sensor networks, measurement of foot pronation while walking, and a wirelessly powered neural interface.

Speaker Biography (Alanson Sample)

Alanson Sample is a Ph.D. candidate in Electrical Engineering at the University of Washington and is expected to graduate in June of 2011. He received his M.S. in 2008 and B.S. in 2005, both from the University of Washington. Throughout his graduate studies, Alanson has worked as a full time employee at Intel Labs Seattle (either by internship or by multi-year contract). Intel's Seattle lab focuses on exploring context aware and sensor driven computing systems that are integrated seamlessly into daily life.
 
His research projects include: the Wireless Identification and Sensing Platform (WISP), which enhances passive (battery free) RFID tag technology with sensors and computing capability; the Wireless Resonant Energy Link (WREL) project, which uses magnetically coupled resonators as a means of wirelessly powering consumer electronics; and the Wireless Ambient Radio Power (WARP) project, that harvests TV signals and ambient RF energy to power wireless sensor nodes.
 
Alanson has authored several articles on RFID, wireless power, energy harvesting, and robotics. His research interests lie broadly in the areas of RF engineering and integrated circuit design, including: antenna theory and design, energy harvesting, wirelessly powered systems, transceiver design, and design of novel sensing systems.

Company Profile (University of Washington)

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