WiLCA can reduce the data size by at least 2.5 x and achieve accurate authentication with an accuracy of over 98%.
Existing contactless authentication methods face some drawbacks, such as requiring large data size and low accuracy in cross-domain recognition, which hinders ...
In this paper, we propose WiLCA, a lightweight contactless authentication system based on WiFi signals, which extracts movement features from limited data for ...
WiLCA: Accelerating Contactless Authentication with Limited Data
dl.acm.org › SECON55815.2022.9918594
Sep 20, 2022 · In this paper, we design and implement WiLCA, a WiFi-based lightweight contactless authentication system. First, we devise a Channel State ...
This paper designs and implements WiLCA, a WiFi-based lightweight contactless authentication system, and proposes an AGO model, in which a Siamese Neural ...
The on-line signature uses time functions of the signing process. The lower order Zernike moments represent the global shape of a pattern. The derived feature, ...
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Article "WiLCA: Accelerating Contactless Authentication with Limited Data" Detailed information of the J-GLOBAL is an information service managed by the ...
WiLCA: Accelerating Contactless Authentication with Limited Data · Chi LinChuanying JiFenglong MaLei WangWei ZhongGuowei Wu. Computer Science. 2022 19th Annual ...
Chuanying Ji's 3 research works with 10 citations, including: WiLCA: Accelerating Contactless Authentication with Limited Data.