Fboemer/fix 32 bit invntt #73
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jlhcrawford
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* Fix 32-bit AVX512DQ InvNTT * Refactor NTT tests for better coverage
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Avoiding memcpy calls on NTT * Avoiding memcpys on Fwd NTT * Avoiding memcpy on INV NTT * Fixing some lines length * using only one out-of-place on first passes * Adding out-of-place for raddix 4 NTT * Adding gpg issue * Adding test cases for out place NTT * Removing commented code and testing GPG Signing * Fboemer/fix 32 bit invntt (#73) * Fix 32-bit AVX512DQ InvNT * Refactor NTT tests for better coverage * Added performance tips to README (#74) * small fix on test case (missed during merge) Co-authored-by: Fabian Boemer <[email protected]>
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* Fix 32-bit AVX512DQ InvNTT * Refactor NTT tests for better coverage
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Avoiding memcpy calls on NTT * Avoiding memcpys on Fwd NTT * Avoiding memcpy on INV NTT * Fixing some lines length * using only one out-of-place on first passes * Adding out-of-place for raddix 4 NTT * Adding gpg issue * Adding test cases for out place NTT * Removing commented code and testing GPG Signing * Fboemer/fix 32 bit invntt (#73) * Fix 32-bit AVX512DQ InvNT * Refactor NTT tests for better coverage * Added performance tips to README (#74) * small fix on test case (missed during merge) Co-authored-by: Fabian Boemer <[email protected]>
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May 13, 2025
* Fix 32-bit AVX512DQ InvNTT * Refactor NTT tests for better coverage
joserochh
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May 13, 2025
Avoiding memcpy calls on NTT * Avoiding memcpys on Fwd NTT * Avoiding memcpy on INV NTT * Fixing some lines length * using only one out-of-place on first passes * Adding out-of-place for raddix 4 NTT * Adding gpg issue * Adding test cases for out place NTT * Removing commented code and testing GPG Signing * Fboemer/fix 32 bit invntt (#73) * Fix 32-bit AVX512DQ InvNT * Refactor NTT tests for better coverage * Added performance tips to README (#74) * small fix on test case (missed during merge) Co-authored-by: Fabian Boemer <[email protected]>
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Fix AVX512 NTT on moduli in the range [2^30, 2^31] (see https://jiratest.idoc.intel.com/browse/GLADE-147). Previously, these moduli values mapped to the 32-bit AVX512DQ NTT implementation. However, to prevent overflow, the 32-bit AVX512DQ NTT implementation should only be used for moduli < 2^30.
I've also added a wider coverage on the NTT unit-tests around 28-32 bits to prevent regression in the future.