This article presents a differential fault analysis (DFA) technique using round addition for a generalized Feistel network (GFN) including CLEFIA and RC6.
A DFA technique using round addition for a generalized Feistel network (GFN) including CLEFIA and RC6 including CLEFIA with a partial whitening operation ...
Jan 1, 2013 · SUMMARY. This article presents a differential fault analysis (DFA) technique using round addition for a generalized Feistel network (GFN).
This article presents a differential fault analysis (DFA) technique using round addition for a generalized Feistel network (GFN) including CLEFIA and RC6.
Key findings established that academic and technical support services influence the performance of the BAYCD Students. The findings also established that BAYCD ...
Summary: This article presents a differential fault analysis (DFA) technique using round addition for a generalized Feistel network (GFN) including CLEFIA and ...
Apr 14, 2018 · What is the output of an r-round Feistel network when the input is (L0, R0) if Each round function is the identity function.
Missing: Faults | Show results with:Faults
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Concretely, we give key-recovery attacks on r-round Type-1 GFSs by adding (r − d2 + 1) rounds before the (d2 − 1)-round distinguisher, in the qCCA setting. The ...
Nov 26, 2020 · I've tried to implement the Unbalanced Numeric Feistel variant, which relies on modular arithmetic for splitting and joining an integer in two smaller parts.
Missing: Faults | Show results with:Faults
In addition we remark that, for an R-round Feistel, we can fix one entry of the last R −2 Feistel functions (or the first R −2 ones) arbitrarily. For example,.