Strategically Managing the Risk of Hardware Trojans Through Augmented Testing
Strategically Managing the Risk of Hardware Trojans Through Augmented Testing
复制标题
通过增强测试战略性地管理硬件木马的风险
DOI：
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发表时间：
2018
期刊：
影响因子：
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通讯作者：
K. Kwiat
中科院分区：
文献类型：
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作者：
K. Kwiat
即使是中等复杂的微电路的详尽测试也被认为是完全不切实际的;因此，测试成为一项工程企业，以实用和有效的方式捕获故障。攻击者利用测试效率来防止恶意逻辑（也称为硬件特洛伊木马）在测试过程中被发现，从而使受感染的微电路成为现场。博弈论是冲突的数学处理方法，被提出用于战略性地指导微电路测试，以平衡硬件木马带来的风险。模拟器扩展了微电路的正常测试与博弈论的方法，以保护微电路的采购商从硬件木马的威胁。
Exhaustive testing of even moderately-complex microcircuits is acknowledged as completely impractical; therefore, testing becomes an engineering enterprise to capture faults in a practical and efficient manner. Attackers exploit testing efficiencies to keep malicious logic (aka a hardware Trojan) from being revealed during testing, so that the infected microcircuit becomes fielded. Game theory is the mathematical treatment of conflict and is proposed for strategically guiding microcircuit testing to balance the risk posed by hardware Trojans. A simulator extends normal testing of microcircuits with a game-theoretic approach to protect procurers of microcircuits from the hardware Trojan threat.