Payback and Return On Investment (ROI) from Active RFID implementations
Experience from the world's largest companies
9:50 General Electric, USALynn DeRose, Researcher
Active RFID for asset tracking at GE
Approach to Technology Evaluation
Results of Testing
Pilot Results
Future Plans
10:15 BP, USA.Curt Smith, Director of Applications - Chief Technology Office
IBM, USA.
Vinod Chavan, Global Solutions Executive
A case study - petrochemical industry workplace safety
10:40 Boeing, USA.Steven C. Venema, Associate Technical Fellow,
Mathematics & Computing Technology, Boeing Phantom Works
Leveraging Active RFID for an enterprise network location
service at Boeing
11:15Exhibition and networking break
HEALTHCARE
11:45 Aventura Hospital and Medical
Centre, USADr In K Mun, Director
Issues to consider before selecting a RFID asset management system
Defining the application to choose the right technology
Active RFID in healthcare environments
Implementation case studies and learnings
12:10 Information Mediary Corp, CanadaMichael Petersen, Chief Operation Officer; Nick
Sherstyuk, Chief Engineer
Semi-active RFID technology platform for sensors in pharmaceutical packaging and temperature tracking
Benefits of semi-active RFID - low cost battery provides longer life time, 10 year shelf life, two years active life - for an overall low cost product, making disposable sensors a reality!
Looking for a low cost sensor? We print on label stock using a regular narrow-web press - this is our answer to low cost sensors!
An integrated solution with 21 CFR Part 11 compliance.
12:35 Visonic Technologies, IsraelTuviya Katz, VP Research & Development
Rethinking Active RFID in Healthcare
Asset tracking products using Active RFID is now being considered and deployed to realize the full potential of this technology
Healthcare is now starting to view Active RFID as a scaleable enabling technology and this rethinking is shaping the worldwide drive for applications
The presentation and discussion of practical real-world strategies for growing single-focus Active RFID installations
"Utilizing semi-passive RFID tags for monitoring the condition of
fresh produce in transit"
Description of using temperature logging tags on pallets.
Key findings about the lack of uniformity of temperature in a chilled transport container
Observations on what this means to the handling of fresh produce from farm to customer.
RFID'S FUTURE TODAY
17:15 Syscan
International, CanadaAxel Striefler, President and CEO
How to overcome traditional RFID performance barriers and
build solid ROIs
How to overcome traditional RFID performance barriers and build solid ROIs?
The Syscan Advantage: iCE (i-Communicate-Effectively) technology
Life Sciences Case Study: Secured Cold Chain
17:40-18:30Exhibition and Networking Cocktail Reception
Day Two: Wednesday November 15
Day Two Chairman Graphic Solutions International, USABob Zaccone II, Executive VP
ACTIVE RFID AND THE MILITARY
9:00 US Navy, USA
Melissa Miller President
9:25 LOGMATION Inc, USA Robert Hampe, President
Active RFID in the Department of Defense
What DoD has accomplished to date
What it has yet to do to fulfill its RFID mandate
What are the challenges and what may be next
ACTIVE RFID AND SENSOR NETWORKS
9:50 National
Information Society Agency, KoreaLee Jae-Geun, Principal Researcher of u-Service Team (RFID/USN Team), u-Service Division
Korea's Ubiquitous Sensor Network (USN) field test result
and forecast
4 USN fields tests :
marine
(environment monitoring)
farm (agro cultural product growing environment
management)
architecture (concrete curing management)
hospital (blood and
anti-cancer agent management)
USN Industry forecast
10:15 Texas A&M University, USA
Rohit Singhal, Lecturer,
Wireless sensor monitoring combined with Active RFID networks
Design, development, testing and installation of a chemical monitoring system using Active RFID and Sensors for a chemical warehouse in Dallas, Texas
Chemical considered for the project is used for creating photo-resist for semiconductors and requires a highly stable temperature environment for storage. T C
System is efficient, saves time, money, provides real time data that can be accessed 24/7 on a standalone laptop or via internet and definitely less tedious compared to the previously employed manual data collection system using temperature recorders.
Goal is to have a visible seamless connectivity from the supplier to the end user.
Other enhancement for Hazmat and Insurance issues were also looked into.
Encapsulation of Active RFID Tags for Harsh Environments
Expansion RFID tags for harsh environments
Low temperature, low pressure molding process to encapsulate PCB's and
electronics modules
One shot molding process creates a complete package
Integral mounting features of specific configurations to meet individual
application needs
11:15Exhibition and networking break
11:45 IDENTEC SOLUTIONS, USARoderick O'Keefe, VP of Sales & Marketing
Return on Investment (ROI) & benefits of wireless sensing & RFID
How Projects were deployed and related Benefits
ROI deliverables in Wireless Sensing & RFID
First Steps in Deployment
IDENTEC Corporate Overview
ACTIVE RFID TECHNOLOGIES
12:10 Parelec, USAGeva Barash, CEO
Low cost Active RFID, it is here today
How to install low cost RFID infrastructure for RTLS
Low cost RFID tags
Real 1ft accuracy.
12:35 Cisco, USAPradeep Gandhi, Director Business Development
Cisco active RFID/RTLS overview strategy
RTLS solution
Active RFID ecosystem
Solutions
Active-passive convergence
13:00Exhibition and lunch break
14:15 Aeroscout, USAJosh Slobin, Director of Marketing
Active RFID and Wi-Fi: integrating real-time location technology into
standard networks
How Wi-Fi and RFID are increasingly working hand in hand, and how combining Active RFID systems with existing Wi-Fi wireless networks is enabling customers to reach their Active RFID goals at a lower total cost of ownership.
Short case studies of customers in multiple industries (health care, manufacturing, logistics, public spaces) that are benefiting from this converged solution.
The increasing importance of software platform solutions in this space, to bridge the gap between various location technologies and multiple types of user applications.
An introduction to RuBee (IEEE P1902.1) and its use in real-time
visibility networks
Definition and technical specification of RuBee Tags
RuBee visibility networks have delivered significant ROIs in healthcare,
government, and livestock
15:05 Q-Track, USADr. Hans Schantz, Chief Scientist
Near-Field RF: an emerging wireless discipline
What is the “Near Field?”
A Brief History of Near-Field Wireless
The Near-Field Industry: NFC, RFID and RTLS
Near-Field Antennas and Propagation
15:30Exhibition and networking break
DEPLOYING ACTIVE RFID
16:00 Georgia Institute of Technology, USAProf Gisele Bennett, Director, Electro-Optical Systems Laboratory
Active RFID: development and deployment lessons learned
Issues with power management / scavenging
Sensor integration
Environmental and operation factors
Field test results and lessons learned
Future of Active RFID
16:25 Michigan State University, USADr Robb Clarke, Assistant Professor
Passive to Active RFID networking
A look at active and passive systems
Compatibility issues with a complex read environment
Resolution versus range, active tag solutions
Passive and active applications
Future research issues for active RFID and sensory networks
16:50Closing remarks and close of conference
Interested in presenting something new and exciting? Email
Nicola Bateman
The second annual Active RFID Summit covering Active RFID and Active RFID combined with Wifi, Sensors and Zigbee. Attended by over 180 delegates from 9 countries!