Day 1
Demonstration of RFID application
How do objects interact with computers?
Interfaces mediated by people
Automatic data acquisition
Auto-ID
Bar codes
ID squares
Smart cards
RFID
Ubiquitous computing
Power and limitations of RFID
RFID technology
Roots in World War II IFF technology
RFID categories
Anti-theft devices
Read-only tags
Read-Write tags
Anticollision tags
State machines
Smart cards
Smart cards with cryptography
EPCglobal classes
Passive, semi-passive, and active tags
Proximity versus vicinity tags
Radio frequencies
Communication between readers and tags
Anticollision methods
Data structures used in RFID
Middleware between RFID and applications
How RFID tags are made
Remaining technical challenges
RFID applications in manufacturing
Warehouse management at Procter & Gamble
Digital Yatai at OMRON
Prevention of picking errors in assembly at Dell
RFID applications in logistics
Traceability at Seagate
Trucks and containers
Truck and car seat tracking at Johnson-Controls
Vehicle inventory location
Sea- and airports
Retail
Citizen opposition to RFID use
Day 2
The RFID market
Market drivers
Forecasts
Market dynamics
Lack of skills and experience
Moving and competing standards
Too many players
Deployment timeline
Compliance applications
Visibility/tracking
Execution
RFID mandates
Wal-Mart
Tesco
Metro AG
US Department of Defense
Others
Slap-and-ship and compliance costs
RFID technology vendors
Air interface
Tags
Readers
Inside the network
Middleware
Applications
Services
System integration
Consulting
Baysquare's approach
RFID standards
Sources of RFID standards
ISO/IED
EPCgtlobal
Other
Issues with standards
Standards strategies
Ignore standards
Comply selectively
Focus on compliance
Drive standards
RFID project management
Projects involving RFID
Resource issues with RFID projects
Planning RFID projects
RFID project phases
Cost-benefit analysis of RFID project