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Trustworthy computing on untrustworthy and Trojan-infected on-chip interconnects

机译:值得信赖的计算不值得信赖和特洛伊木马感染的片上互连

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This paper introduces a scheme for achieving trustworthy computing on SoCs that use an outsourced AXI interconnect for on-chip communication. This is achieved through component guarding, data tagging, event verification, and consequently responding dynamically to an attack. Experimental results confirm the ability of the proposed scheme to detect HT attacks and respond to them at run-time. The proposed scheme extends the state-of-art in trustworthy computing on untrustworthy components by focusing on the issue of an untrusted on-chip interconnect for the first time, and by developing a scheme that is independent of untrusted third-party IP.
机译:本文介绍了一种在使用外包AXI互连的SOC上实现值得信赖的计算的方案。 这是通过组件保护,数据标记,事件验证的组件,并因此通过动态响应到攻击来实现。 实验结果证实了所提出的方案检测HT攻击并在运行时对其进行响应的能力。 该方案通过专注于首次关注不受信任的片上互连的不可信的片上互连,并通过开发独立于不受信任的第三方IP的方案来扩展到不值得信任的组件的最新技术。

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