E-Eye can recognize hidden electronic devices in parcels/boxes with an accuracy of more than 99% and has an equal error rate (EER) approaching 0.44% under a ...

Nov 11, 2018 · First, we investigate and model the characteristics of nonlinear effects, a special passive response of electronic devices under millimeter-wave ...

We propose a novel form of recognizing hidden e-devices by exploring the nonlinear response effect of mmWave of e-devices. We find that the circuit inside an e- ...

Intensive evaluation indicates that E-Eye is a promising solution for hidden electronics recognition in daily life and is proposed to develop a low-cost and ...

Based on the nonlinear response of e-devices under millimeter-wave probing, we propose to develop a low-cost and practical hidden e-device recognition technique ...

Missing: Effects. | Show results with:Effects.

Nov 10, 2019 · We present a wireless hidden electronic recognition system, through electronic components unique mmWave nonlinear responses to identify the threats.

We present a wireless hidden electronic recognition system, through electronic components unique mmWave nonlinear responses to identify the threats. We then ...

We present a wireless hidden electronic recognition system, through electronic components unique mmWave nonlinear responses to identify the threats. We then ...

E-Eye: Hidden electronics recognition through mmwave nonlinear effects. Z Li, Z Yang, C Song, C Li, Z Peng, W Xu. Proceedings of the 16th ACM Conference on ...