Aug 10, 2016 · Abstract: Physically unclonable constants (PUC) are circuits used to embed unique secret bit-words in chips. We propose a simple PUC, ...
Physically unclonable constants (PUC) are circuits used to embed unique secret bit-words in chips. We propose a simple PUC, with a complexity comparable ...
This paper presents a novel approach of designing a low power non-FPGA feed-forward PUF using double gate MOSFET and also to analyze its parameters such as ...
Bibliographic details on Analytic and Simulation Results about a Compact, Reliable, and Unbiased 1-bit Physically Unclonable Constant.
We propose a four-MOSFET circuit for unbiased 1-bit Physically Unclonable Constant (PUC), that is, a Physically Unclonable Function with no input.
Analytic and Simulation Results about a Compact, Reliable, and Unbiased 1-bit Physically Unclonable Constant · R. BernardiniR. Rinaldo. Computer Science ...
The proposed scheme is studied both theoretically and by means of simulations and it is shown that the proposed PUC is both unbiased and very stable. In ...
Three main results are shown: 1) perfect stability is unachievable; 2) it can make as small as desired the probability that a PUC has low stability; ...
Riccardo Bernardini - Università degli Studi di Udine | LinkedIn
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We propose a four-MOSFET circuit for unbiased 1-bit Physically Unclonable Constant (PUC), that is, a Physically Unclonable Function with no input. The proposed ...
Figure 5.17: The biased probability of producing “0” or “1” bits by comparing the resistance (described in subsection 5.3.1 and subsection 5.3.2) for different.