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  •   Open Research
  • AUT Faculties
  • Faculty of Design and Creative Technologies (Te Ara Auaha)
  • School of Engineering, Computer and Mathematical Sciences - Te Kura Mātai Pūhanga, Rorohiko, Pāngarau
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Radio Frequency Identification Technology in Libraries

Sabit, H; Alwadi, A; Kilby, J; Gawanmeh, A
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IJOER-AUG-2016-14.pdf (910.3Kb)
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http://hdl.handle.net/10292/10705
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Abstract
This paper is a baseline document to review the latest technologies, algorithms and available hardware that can be used to build and automate a library system using Radio Frequency Identification technology as the infrastructure, allowing the librarian to track and manage real-life objects. The purpose is to review the current research that have been accomplished around this area in order to produce the best possible design, and implementation of a robust solution with maximum efficiency to automate a library system. The article first provides an overview of the radio frequency identification technology, its history, radio frequency principle, and how distance and frequency can affect the signal coverage distance. Then radio frequency identification structure and types are explained, after that the paper evaluates the latest researches in the radio frequency identification infrastructure and middleware. Finally the issue of radio signal collision is discussed, and corresponding anti-collision algorithms are briefly explained.
Keywords
Active Passive RFID; Far Field; Near Field; RFID in libraries
Date
2016
Source
International Journal of Engineering Research & Science, Vol 2 (11), pp. 65-77
Item Type
Journal Article
Publisher
Journal Anu Books, Merrut
Publisher's Version
http://ijoer.com/issue-November-2016.php
Rights Statement
International Journal Engineering Research and Science abbreviated as "Engineering Journal: IJOER" is an open access online peer reviewed international journal of Engineering Science & Research fields.

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