The document contains lists of charts, diagrams, figures and tables related to RFID technologies and their applications. It also includes an abstract that discusses using RFID techniques to create a wireless sensor network for vehicle tracking and ticketing system (VTTS) designed for a college bus passenger system. The network will provide remote monitoring capabilities to benefit applications such as industrial control, environmental monitoring and defense.

1. L IS T O F C H A R T S
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CHART 1. Current RFID End users Segmented by Application
– Charles Wood, 2003 ADCIC Presentation 15
L IS T O F D IA G R A M S
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DIAGRAM 1. The RFID Data Flow Model – SATO RFID White Paper (PDF) 5
DIAGRAM 2. Block Diagram of RFID Reader (Backend) 6
DIAGRAM 3. Inductive coupling 10
DIAGRAM 4. Back Scatter 10
DIAGRAM 5. Proposed System to be implemented 30
LIST OF FIGURES
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FIGURE 1. RFID Reader – www.rfid–weblog.com 6
FIGURE 2. Active Tags – Greg Leeming, 2004, RFID Overview Presentation 7
FIGURE 3. Passive Tags – Greg Leeming, 2004, RFID Overview Presentation 7
FIGURE 4. Semi-Passive Tags – www.identecsolutions.com/products.asp 8
FIGURE 5. Working Principle of RFID Technology in VTTS – ISRC (PDF) 9
FIGURE 6. A Smart Label – www.new-technologies.org/ECT/Smart. htm 18
L IS T O F T A B L E S
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TABLE 1. Frequency Classification Table – CMP Media, Inc., 2001 (PDF) 12
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2. A B S T R A C T O F T H E PR O J E C T
W ireless sensor networks have the potential to provide unprecedented remote
monitoring capabilities that can benefit applications such as industrial control,
environmental monitoring, and defense. Radio Frequency Identification (RFID) is one of
the most exciting technologies that revolutionize the working practices by increasing
efficiencies, and improving profitability. It is often presented as a replacement for today’s
barcodes, but the technology has much greater possibilities, such as individual serial
numbers for each item, and the possibility to read these numbers at a distance of several
metres. They are simpler to deploy than wired solutions and these networks will enable
improved understanding of processes and environments through continual monitoring of
a larger set of parameters. In this project the evolution of wireless sensor networks will be
presented, using RFID techniques with examples of implementations in vehicle tracking
and ticketing system (VTTS) designed for bus passengers in the college bus. Within the
coming years, low cost Radio Frequency IDentification (RFID) systems are expected to
become commonplace throughout the B usiness-to-Business (B2B) and Business -to-
Consumer (B2C) marketplace.
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