Digital Signal Processing for RFID (Information and by Feng Zheng, Thomas Kaiser

By Feng Zheng, Thomas Kaiser

This ebook discusses the basics of RFID and the state of the art study leads to sign processing for RFID, together with MIMO, blind resource separation, anti-collision, localization, covert RFID and chipless RFID. aimed toward graduate scholars in addition to educational researchers/engineers in RFID know-how, it permits readers to turn into conversant with the newest conception and functions of sign processing for RFID.

Key Features:

  • Provides a scientific and finished perception into the appliance of contemporary sign processing thoughts for RFID systems
  • Discusses the working rules, channel versions of RFID, RFID protocols and analog/digital clear out layout for RFID
  • Explores RFID-oriented modulation schemes and their performance
  • Highlights learn fields comparable to MIMO for RFID, blind sign processing for RFID, anti-collision of a number of RFID tags, localization with RFID, covert RFID and chipless RFID
  • Contains tables, illustrations and layout examples


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Additional resources for Digital Signal Processing for RFID (Information and Communication Technology Series,)

Sample text

Therefore, Z1 can be either a resistance or a capacitance. The adjusting capacitor C1 is neglected in this equivalent circuit. The signal s(t) represents the tag’s ID signal. It is a digital sequence consisting of zero and one. 5 is controlled by s(t). Mathematically this control is equivalent to dividing load Z1 by signal s(t). 8 s (t) Z2 u0 (t) An equivalent circuit for load modulation analysis. 9 A further equivalent circuit for load modulation analysis. Zreg = Z2 Z1 ∕s(t) Z1 Z2 = . e. e. the tag’s coil) are L0 and L2 , respectively.

A tag with a nonzero ‘Access Password’ requires a reader to issue this password before transitioning to the secured state, in which the tag can execute all access commands, for exemple Read, Write, Lock etc. 19 The structure of tag memory. Fundamentals of RFID Systems 33 The EPC memory contains a StoredCRC, StoredPC, EPC words and optional XPC (extended protocol control). The StoredCRC denotes cyclic redundancy check (CRC) code. The tag’s backscattered CRC code is used by the reader to verify the integrity of a received protocol control (PC) word, XPC word or words and EPC words, thus identifying possible data collision event.

A. Balanis. Antenna Theory: Analysis and Design, 3rd ed. , Hoboken, NJ, 2005. [4] J. F. Dickson. On-chip high-voltage generation in MNOS integrated circuits usingan improved voltage multiplier technique. IEEE J. Solid-State Circuits, 11:374–378, 1976. [5] D. Dobkin and T. Wandinger. A radio-oriented introduction to radio frequency identification. High Frequency Electronics, 4(6):46–54, 2005. [6] D. M. Dobkin and S. M. Weigand. UHF RFID and tag antenna scattering, part I: Experimentalresults. Microwave Journal, Euro-Global Edition, 49:170–190, 2007.

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