"rfid and sensor networks for rural environments"

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RFID and Sensor Networks for Rural Environments Alfio Grasso Deputy Director Auto-ID Lab, ADELAIDE

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Page 1: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networksfor

Rural Environments

Alfio Grasso

Deputy Director

Auto-ID Lab, ADELAIDE

Page 2: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 2

AUTO-ID LABS Agenda

Background on Auto-ID Lab RFID Sensors

Conclusions

Page 3: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 3

AUTO-ID LABS

Adelaide, Auto-ID Lab

Page 4: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 4

AUTO-ID LABS The Auto-ID Laboratories

Page 5: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 5

AUTO-ID LABS Auto-ID Labs

One of 7 Auto-ID Labs around the world MIT, USA Cambridge, UK Adelaide, Australia Keio, Japan Fudan, China St Gallen,

Switzerland ICU, Korea

Page 6: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 6

AUTO-ID LABS Research ProjectsThe design of cost effective and small footprint tag antennas, suitable for attachment onto metal surfaces.Interference studies in high density reader environments.Electromagnetic propagation studies applicable to European RegulationsHigh security authentication tagsDual frequency tags, ones that employ UHF techniques for supply chain applications and then HF for item management applications.Passive RFID chip design (modules for implementation)Analysis and measurement of new forms of reader to tag signalling

Page 7: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 7

AUTO-ID LABS Commercial Activities

Undertake research projects outside the Auto ID Lab projects

Since forming the Auto-ID Lab 2003 Eight consultancies One Research Contract Two Research Projects

Page 8: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 8

AUTO-ID LABS Contract Research

Separate from the EPCglobal funded work

Commercial Infrastructure Adelaide Research & Innovation Pty Ltd

Intellectual Property Protection

Pork CRC Research Contract

Page 9: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 9

AUTO-ID LABS Auto-ID Lab Advantage

RFID Lab has been operating for more than 3 decadesCommercial successes in RFID Commercialisation

RFID in Library, vehicle (toll, access), rail, waste management

International CollaborationASIC design, development and implementation

Collaboration with ChipTec

Security & AuthenticationDesign of compact metal mount tags

Beer kegs, wine closures, animal tags

Standards Experience ISO and EPCglobal

Intellectual Property 21 patents Know how

Page 10: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 10

AUTO-ID LABS Editor of Security Book

Prof. Peter Cole and Damith Ranasinghe Joint editors of a Springer-Verlag book,

published Nov 2007

Networked RFID Systems and Lightweight Cryptography: Raising Barriers to Product Counterfeiting.

Page 11: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 11

AUTO-ID LABS RFID’s roleAutomatic Identification of assets

Returnable Assets (Pallets, totes, RTIs, etc) EPCglobal => low cost tags US$0.08 Qty 10m

Production monitoring Automatic Identification of produce (based on RFID) http://www.rfidjournal.com/article/articleview/3748/1/1/

Visibility to farm operations Determine how long produce spends in any particular location Provide traceability in the case of a recall Analyse operational efficiency. RFID temperature sensors Monitor the time a product spends waiting outside a cooler Track the volume of products being harvested, and send notification

down the supply chain to better prepare transporters, distributors and retailers about the volume of product they can expect to arrive.

Page 12: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 12

AUTO-ID LABS Sensor Work

Preparatory research on distributed sensors Ad-hoc sensor network distributed in rural

environments Zero quiescent power sensors circuits Sensor Development

Sense parameters of interest Type of sensors to be deployed to be determined Some will need to be developed

Low power communication within ad-hoc network Commercial sensors too much power, too expensive

Page 13: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 13

AUTO-ID LABS Proposed Sensor Network

Page 14: "RFID and Sensor Networks for Rural Environments"

Conclusions

Page 15: "RFID and Sensor Networks for Rural Environments"

RFID and Sensor Networks for Rural EnvironmentsLiving Laboratories 12th Feb 2008 15

AUTO-ID LABS Conclusions

RFID has low to moderate technical riskAuto-ID Lab commercial success in RFID developmentsCommercial Sensors too expensive, both in cost and powerSignificant research already undertaken in RFID and some applicable to sensorsExperience ranges from user requirements definition, project planning and implementation to installation & commissioning

Page 16: "RFID and Sensor Networks for Rural Environments"

Thank you & Questions