Chapter 33 (Layers of Security for Active RFID Tags) surveys common attacks to RFID
tags, existing security techniques, and security requirements of RFID standards.
Chapter 34 (Cryptographic Approaches to RFID Security and Privacy) surveys
studies pertaining to the security and privacy for RFID tags from the context of cryptography.
Chapter 35 (RFID Authentication: Reconciling Anonymity and Availability) explores the
issues attending to the provision of two security services, namely privacy and availability,
in the context of RFID applications.
Chapter 36 (Security and Privacy of RFID for Biomedical Applications: A Survey) discusses
an innovative set of biomedical RFID applications and the relevance of current security
solutions to these emerging disciplines.
The targeted audience for the RFID Handbook includes professionals who are designers
and=or planners for RFID systems, researchers (faculty members and graduate students),
and those who would like to learn about this ?¬?eld.
The handbook contains the following speci?¬?c salient features:
. To serve as a single comprehensive source of information and as reference material
on RFID technology
. To deal with an important and timely topic of emerging technology of today,
tomorrow, and beyond
. To present accurate, up-to-date information on a broad range of topics related to
RFID technology
.
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