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Hardware Trojan Horses have emerged as great threats to modern electronic design and manufacturing practices. Because of their inherent surreptitious nature, test vector generation to detect hardware Trojan horses is a difficult problem. Efficient online detection techniques can be more effective in detection of hardware Trojan horses. In this paper, we propose a low-overhead detection technique which...
In today's scenario, any design is vulnerable to third party attackers like Hardware Trojan depends on their accessibility to the design. Hardware Trojans are the pernicious circuitry which are added to an original design by an attacker. These Trojans may lead to erroneous output of a system or even can incapacitate the design. Hence there is a demand for detecting the Trojans. The proposed method...
A new 18-element small-signal model for GaN high electron mobility transistor is presented to operate at very high frequencies around 70 GHz. This model accounts for the need of a capacitor to represent the capacitive effect between the end of the drain electrode and contacting pad of the gate electrode. An extrinsic parasitic gate-drain capacitance as for higher frequencies this parameter becomes...
A new 18-element small-signal model for GaN high electron mobility transistor is presented to operate at very high frequencies around 70 GHz. This model accounts for the need of a capacitor to represent the capacitive effect between the end of the drain electrode and contacting pad of the gate electrode. An extrinsic parasitic gate-drain capacitance as for higher frequencies this parameter becomes...
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