This paper explores the "grey zone" between these two opposite scenarios: if the activation probability of a hardware Trojan is not low enough for machine ...
ABSTRACT. Pre-Silicon hardware Trojan detection has been studied for years. The most popular benchmarN circuits are from the Trust-Hub. Their common.
In our method, two parameters, "brightness of shadow" and "soft shadow range", are introduced to enable various soft shadows in different time zones. This ...
This paper explores the "grey zone" between these two opposite scenarios: if the activation probability of a hardware Trojan is not low enough for machine ...
Bibliographic details on Grey Zone in Pre-Silicon Hardware Trojan Detection.
sign in. Inproceedings,. Grey Zone in Pre-Silicon Hardware Trojan Detection. J. Ye, Y. Yang, Y. Gong, Y. Hu, and X. Li. ITC-Asia, page 79-84. IEEE, (2018 ). 1.
Visible to the public Grey Zone in Pre-Silicon Hardware Trojan Detection · invasive software · Trust-Hub · Trojan horses · trojan horse detection · Silicon · Si ...
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Grey Zone in Pre-Silicon Hardware Trojan Detection. 2018 IEEE International Test Conference in Asia (ITC-Asia). :79-84. Pre-Silicon hardware Trojan ...
Dec 12, 2022 · In this paper, a hardware Trojan, through the low testability of the trigger signal and its position characteristics in the circuit, was detected.
Hardware Trojans can bargain information, reduce performance, or cause failure. Various methods have been introduced to detect or prevent hardware Trojans.