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Hardware Trojan Detection with Node Reduction using Static Timing Analysis

机译:使用静态定时分析,硬件特洛伊木马检测节点减少

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Globalisation of the Integrated Circuit (IC) is making it easy for the adversaries to pirate IC and insert hardware Trojans. Hardware Trojans are detected at an early stage i.e. the RTL design stage by the verification technique by applying all the input patterns exhaustively. But the Trojans are becoming stealthier and they can easily evade the verification technique. In this paper, a transition probability and timing analysis based Trojan detection is proposed. As at each stage the nets are getting filtered out and thus reducing the execution time and complexity of the technique. So the Trojans which evades the design stage detection technique can be easily caught by the proposed technique as it based on the side channel analysis. This method is verified onISCAS'85 andISCAS'89 circuits.
机译:集成电路(IC)的全球化使Pirate IC和插入硬件特洛伊木马的对手很容易。 在早期阶段检测到硬件特洛伊木马。通过遗弃应用所有输入模式,通过验证技术进行RTL设计阶段。 但特洛伊木马正在变得悄悄,他们很容易逃避验证技术。 本文提出了一种基于转换概率和基于Trojan检测的定时分析。 正如在每个阶段,网络都被滤除,从而减少了该技术的执行时间和复杂性。 因此,基于侧通道分析,可以通过所提出的技术容易地捕获设计阶段检测技术的特洛伊木马。 该方法验证了Oniscas'85 Andiscas'89电路。

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