Theory and Measurement of Delta RCS for RFID Tag on Various Materials

She, Kai; He, Yigang; Li, Bing; Zhou-guo, Hou; Yanqing, Zhu; Zuo, Lei

doi:10.1109/wicom.2010.5600728

Cited by 4 publications

(1 citation statement)

References 6 publications

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“…The operation principle of passive RFID is based on backscattering technology [4][5][6]. Passive technology means that the transponders do not have any kind of internal power source, but it harvests its operational energy from the reader's transmission signal [7,8].…”

Section: Principle Of Rfid Technologymentioning

confidence: 99%

Verification of RFID System Usability in Silage Bale Life Cycle Management

Penttilä¹,

Suokannas²,

Pölönen³

2019

JAST-A

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Digitalization has nowadays raised interest in variable applications of farming. Increase of knowledge level, by means of unique identification, automation and control, farmers gain relevant business profit. This research is focused on the utilization of passive radio frequency identification (RFID) technology in silage bale application, both manual and automated level. Challenges arise due to silage conservation, varying environmental and seasonal conditions, different identification environments and RFID operation principle. Further maximum communication signal strength is limited by telecommunication standard regulations (e.g., ETSI). The applicability of RFID technology with different commercial passive transponders is measured manually in a silage bale of 160 cm in diameter, covering 360 degrees around the bale. In addition, automated field tests are conducted in a real environment, where the data collection system is appended to a tractor and RFID reader antenna in a baler. Manual measurements are conducted as identification distance (meters) and transponder population (number of tags), while automated measurements are based on the number of successfully identified silage bales. Based on the manual measurement results, the most suitable tags for the automated field measurements were chosen, and the applicability to silage bale identification was verified. Field tests showed 100% success, with 151/151 uniquely identified silage bales. Achieved results prove that passive RFID operates well enough in silage bale identification, further enabling the development of digitalization of silage bale life cycle.

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