Technical state of art of "Radio Frequency Identification -- RFID" and implications regarding standardization, regulations, human exposure, privacy

D. Paret
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引用次数: 6

Abstract

Starting from near and far electromagnetic field theory, the conference introduces the main principles used in Radio Frequency Identification - RFID i.e. inductive coupling or propagation using backscattering principle (batteryless / battery assisted) from LF 125 kHz up to SHF 5, 8 GHz.We will continue by introducing the main problems for reception of the small signals coming back from tag load modulations and demodulation mechanics and possible simulations. We will introduce also some new technological points such as Very High Baud Rate possibilities and relations between wafer processing / mounting and global tag cost.We will conclude describing important inter relations between technical ideas, technologies, standardizations, regulations, human exposure, privacy, etc..
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“射频识别技术——RFID”的技术现状及其对标准化、法规、人体暴露、隐私的影响
会议从近场和远场电磁场理论出发,介绍了射频识别- RFID中使用的主要原理,即电感耦合或使用后向散射原理(无电池/电池辅助)从低频125 kHz到高频5,8 GHz的传播。我们将继续介绍从标签负载调制和解调机制以及可能的模拟中接收小信号的主要问题。我们还将介绍一些新的技术要点,如极高波特率的可能性以及晶圆加工/安装与全球标签成本之间的关系。最后,我们将描述技术理念、技术、标准化、法规、人类暴露、隐私等之间的重要相互关系。
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