58
2 RFID System Physical Anti-Collision Experimental Verification
References
1. Liu XL, Xie X, Wang K et al (2017) Pinpointing anomaly RFID tags: situation and opportunities.
IEEE Netw 31(6):40–47
2. Anum SJ, Habib A, Anam H et al (2018) Miniaturized humidity and temperature sensing RFID
enabled tags. Int J RF Microwave Comput-Aided Eng e21151
3. Wang B, Zhuang YQ, Li XM et al (2016) Design of a novel dual ports antenna to enhance
sensitivity of handheld RFID reader. Int J Microw Wirel Technol 8(2):369–377
4. Petrariu AI, Popa V (2016) Analysis and design of a long range PTFE substrate UHF RFID tag
for cargo container identification. J Electr Eng-Elektrotechnicky Casopis 67(1): 42–47
5. Boaventura A, Carvalho NB (2016) Measurement of sensitivity improvement in RFID tags. In:
IEEE MTT-S international microwave symposium (IMS). San Francisco, CA, pp 1–3.
6. Beuster N, Ihlow A, Blau K (2019) A versatile, automated, cost-effective testing platform for
hands-on UHF RFID measurements. In: 2019 IEEE international conference on RFID. Phoenix
AZ, pp 1–7
7. Moutis ML, Ennasar MA, Aznabet I et al (2018) A low cost automated RFID tag antenna
measurement set-up based on UHF-RFID reader. In: 2018 6th international conference on
multimedia computing and systems (ICMCS)
8. Yuan L (2019) Research and practice of RFID-based warehouse logistics management system.
In: 2019 international conference on smart grid and electrical automation. Xiangtan, pp 514–519
2 RFID System Physical Anti-Collision Experimental Verification
References
1. Liu XL, Xie X, Wang K et al (2017) Pinpointing anomaly RFID tags: situation and opportunities.
IEEE Netw 31(6):40–47
2. Anum SJ, Habib A, Anam H et al (2018) Miniaturized humidity and temperature sensing RFID
enabled tags. Int J RF Microwave Comput-Aided Eng e21151
3. Wang B, Zhuang YQ, Li XM et al (2016) Design of a novel dual ports antenna to enhance
sensitivity of handheld RFID reader. Int J Microw Wirel Technol 8(2):369–377
4. Petrariu AI, Popa V (2016) Analysis and design of a long range PTFE substrate UHF RFID tag
for cargo container identification. J Electr Eng-Elektrotechnicky Casopis 67(1): 42–47
5. Boaventura A, Carvalho NB (2016) Measurement of sensitivity improvement in RFID tags. In:
IEEE MTT-S international microwave symposium (IMS). San Francisco, CA, pp 1–3.
6. Beuster N, Ihlow A, Blau K (2019) A versatile, automated, cost-effective testing platform for
hands-on UHF RFID measurements. In: 2019 IEEE international conference on RFID. Phoenix
AZ, pp 1–7
7. Moutis ML, Ennasar MA, Aznabet I et al (2018) A low cost automated RFID tag antenna
measurement set-up based on UHF-RFID reader. In: 2018 6th international conference on
multimedia computing and systems (ICMCS)
8. Yuan L (2019) Research and practice of RFID-based warehouse logistics management system.
In: 2019 international conference on smart grid and electrical automation. Xiangtan, pp 514–519
