Chapter 5 (Contemporary RFID Reader Architecture) studies several aspects of a softwarebased
RFID reader, including experimentation, implementation, and theoretical work.
Chapter 6 (Progress in RFID Education) addresses the educational issues in highlighting
the advantages of RFID and smart labels. An overview of business drivers, trends and
processes for RFID is presented.
II Technology
Chapter 7 (RFID Reader Synchronization) identi?¬?es synchronization of RFID readers as a
mechanism to assist in RFID reader deployment in dense reader environments.
Chapter 8 (Adaptive Tag Anticollision Protocols for RFID Passive Tags) introduces
adaptive splitting protocols, which use tree search for tag identi?¬?cation.
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Chapter 9 (Comparative Performance Analysis of Anticollision Protocols in RFID Networks)
presents a detailed description of tree-based and probabilistic anticollision protocols.
Chapter 10 (Maximizing Read Accuracy by Optimally Locating RFID Interrogators) discusses
the signi?¬?cance of proper RFID interrogator location and examines the relationship
between RFID reader antenna placement and the ability of a tag to be read accurately.
Chapter 11 (Minimum Energy=Power Considerations) describes several techniques to save
power in existing RFID systems or extend capabilities in a power ef?¬?cient manner.
Chapter 12 (Electromagnetic Coupling in RFID) outlines the fundamental principles
governing electromagnetic coupling between an interrogator and its labels in an RFID
system.
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