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Reason: Under embargo until October 2021. After this date a copy can be supplied under Section 51(2) of the Australian Copyright Act 1968 by submitting a document delivery request through your library
High Data Capacity Chipless RFID Systems for Emerging Applications
thesis
posted on 2020-10-29, 00:41 authored by FATEMEH BABAEIANChipless RFID is a wireless technology which can address the challenges with conventional identification technologies such as chipped RFID and optical barcode. However, chipless RFID suffers from short-distance reading, distortion from a dynamic environment, low data density, and challenges on tag detection in motion. In this research, the mentioned challenges are addressed to develop chipless RFID systems for industrial applications by 1) developing high gain UWB antennas, 2) designing a new class of high data capacity chipless RFID tags with more immunity to the reflection from the environment, and 3) developing signal processing algorithms which are robust at different reading ranges.
History
Campus location
AustraliaPrincipal supervisor
Nemai KarmakarAdditional supervisor 1
Nikola ZlatanovYear of Award
2020Department, School or Centre
Electrical and Computer Systems EngineeringCourse
Doctor of PhilosophyDegree Type
DOCTORATEFaculty
Faculty of EngineeringUsage metrics
Categories
Keywords
Chipless RFIDUWB SystemsPassive TagsAntenna ArrayLong Range Tag DetectionChipless RFID Signal ProcessingHigh Gain Planar AntennasRadio Frequency IdentificationAuthenticationIdentificationCross-Polar Orientation Insensitive TagsHybrid TagsUWB Rat-Race Hybrid CouplerHigh Data Capacity Chipless RFID TagsMicrowave and Millimetrewave Theory and TechnologyAntennas and PropagationSignal ProcessingElectrical and Electronic Engineering not elsewhere classified