A Novel Design Approach for Co/Cross-Polarizing Chipless RFID Tags of High Coding Capacity
IEEE Journal of Radio Frequency Identification • 2017
Publication Information
Authors
M Khaliel, A El-Awamry, A Fawky, T Kaiser
Keywords
Not Available
Journal
IEEE Journal of Radio Frequency Identification
Publisher
Not Available
Volume
1
Issue
2
Pages
Not Available
publication.type
International
Paper Link
Open Link
Supplementary Materials
Not Available
Abstract
his work presents a novel Frequency Coded (FC) chipless RFID tag, which exploits the backscattered co-polarized and cross-polarized responses from a tag illuminated with a linear polarized wave. Consequently, the tag-ID is configured in two orthogonal planes. The
frequency notches are encoded in the co-polarization plane and the re-radiation peaks are encoded in the cross-polarization plane. Therefore, the Co/Crosspolarizing Notch/Peak
modulation scheme presents a novel criterion for maximizing the coding capacity of the chipless RFID systems. Moreover, the cross-polarized response enhances the tag detection
in a real environment. The proposed tag and the associated physical modulation scheme are validated using EM simulations and measurements.
frequency notches are encoded in the co-polarization plane and the re-radiation peaks are encoded in the cross-polarization plane. Therefore, the Co/Crosspolarizing Notch/Peak
modulation scheme presents a novel criterion for maximizing the coding capacity of the chipless RFID systems. Moreover, the cross-polarized response enhances the tag detection
in a real environment. The proposed tag and the associated physical modulation scheme are validated using EM simulations and measurements.
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