In this work, we consider identification of HF RFID proximity cards by investigating electromagnetic characteristics of their physical layers. A new RF ...
In this work, we identify different types of HF RFID proximity cards by investigating electromagnetic character- istics of the physical layer. A new RF ...
In this work, we consider identification of HF RFID proximity cards by investigating electromagnetic characteristics of their physical layers. A new RF ...
A new RF fingerprint extraction method is proposed based on normalized power spectral density of envelop of the card response, which can be implemented ...
One way to employ conventional RFID for authentication applications is to use the analog features (physical attributes) of backscattered signals from the RFID ...
The most useful features for identification are found within 5 odd harmonics of digital transmission and the subcarrier modulation frequency. After evaluating ...
In this work, by investigating electromagnetic characteristics of HF RFID cards, a new method of extracting RF fingerprint is proposed based on higher order ...
Our new system enables device identification with an Equal Error Rate as low as 0.005 (0.5%) on a set 50 HF RFID smart cards of the same manufacturer and type.
Missing: Proximity | Show results with:Proximity
This work demonstrates that physical-layer identification of HF RFID devices is also practical, that is, can achieve high accuracy and stability, ...
Apr 22, 2021 · We propose the clone attack detection approach (deClone), which can intuitively and accurately display the positions of abnormal tags in real time.