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Sep 9, 2019 · This paper presents a design methodology for finite state controllers (FSMs) to defend against power analysis attacks while ensuring low power ...
This paper presents a design methodology for finite state controllers (FSMs) to defend against power analysis attacks while ensuring low power overhead. Further ...
This paper presents an effective method for secure state encoding of finite-state machine (FSM) based controllers to defend against power analysis attacks.
Missing: Methodology | Show results with:Methodology
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This paper presents an effective method for secure state encoding of finite-state machine (FSM) based controllers to defend against power analysis attacks ...
By appropriate state encoding, the method removes or reduces the correlation between the generated power footprint and the state sequence.
A design methodology for finite state controllers (FSMs) to defend against power analysis attacks while ensuring low power overhead and a set of constraints ...
This paper presents an effective method for secure state encoding of finite-state machine (FSM) ... A power- analysis attack ... Defense methods against power ...
Missing: Methodology | Show results with:Methodology
• An automated state encoding methodology against Differ- ential Power Analysis (DPA) attacks and Fault Injection. Attacks (FIA) is proposed. • Effectiveness ...
We analyze these methods in terms of correctness, capacity of hiding data, overhead, and robustness against possible attacks. We take sequential circuit design ...