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[fi] Deterministic FI parameter sweep #253
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nasahlpa
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Dec 11, 2023
This PR extends the existing FI setup to generate FI parameters deterministically. This is helpful for certain gear where a random parameter generation is not meaningfull (e.g., X/Y table for LFI). Each FI gear needs to implement the deterministic parameter generation by themselves. This PR extends the Husky VCC glitcher to either randomly or deterministically generate the paramters. Closes lowRISC#253. Signed-off-by: Pascal Nasahl <[email protected]>
nasahlpa
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Dec 11, 2023
This PR extends the existing FI setup to generate FI parameters deterministically. This is helpful for certain gear where a random parameter generation is not meaningfull (e.g., X/Y table for LFI). Each FI gear needs to implement the deterministic parameter generation by themselves. This PR extends the Husky VCC glitcher to either randomly or deterministically generate the paramters. Closes lowRISC#253. Signed-off-by: Pascal Nasahl <[email protected]>
nasahlpa
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Dec 18, 2023
This PR extends the existing FI setup to generate FI parameters deterministically. This is helpful for certain gear where a random parameter generation is not meaningfull (e.g., X/Y table for LFI). Each FI gear needs to implement the deterministic parameter generation by themselves. This PR extends the Husky VCC glitcher to either randomly or deterministically generate the paramters. Closes lowRISC#253. Signed-off-by: Pascal Nasahl <[email protected]>
nasahlpa
added a commit
that referenced
this issue
Dec 18, 2023
This PR extends the existing FI setup to generate FI parameters deterministically. This is helpful for certain gear where a random parameter generation is not meaningfull (e.g., X/Y table for LFI). Each FI gear needs to implement the deterministic parameter generation by themselves. This PR extends the Husky VCC glitcher to either randomly or deterministically generate the paramters. Closes #253. Signed-off-by: Pascal Nasahl <[email protected]>
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Currently, only a random FI parameter strategy is provided. However, for some gear (e.g. X/Y table for EMFI/LFI) we want to have a deterministic generation strategy.
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