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To contain the submissions code of the MiRitH Digital Signature Scheme for the NIST Post-Quantum Digital Signature standardization process.
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Crypto-TII/mirith_nist_submission
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# MiRitH (MinRank in the Head) ## License This implementation of MiRitH is released under the Apache License (v2.0). See `NOTICE.txt` and `LICENSE.txt`. ## Documentation The documentation is contained in the folder `Supporting_Documentation` and consists of `Coversheet.pdf`, `IP_Statements.pdf`, and `MiRitH_Documentation.pdf`. ## Compile and Test To compile and test the reference implementation of MiRitH, move to the folder `Reference_Implementation/mirith_[parameter set]/test` and run the command `make all && ./test_mirith`. To compile and test the AVX2 optimized implementation of MiRitH, move to the folder `Optimized_Implementation/mirith_hypercube_avx2_[parameter set]/test` and run the command `make all && ./test_mirith`. To compile and test the NEON optimized implementation of MiRitH, move to the folder `Optimized_Implementation/mirith_hypercube_neon_[parameter set]/test` and run the command `make all && ./test_mirith`. To compile and test the Cortex-m4 optimized implementation of MiRitH, move to the folder `Optimized_Implementation/mirith_hypercube_m4_[parameter set]/test` and run the command `make all && ./test_mirith`. ## Benchmark (without SUPERCOP) To benchmark the AVX2 optimized implementation of MiRitH, move to the folder `Optimized_Implementation/mirith_hypercube_avx2_[parameter set]/bench` and run the command `make all && ./bench_mirith`. To benchmark the NEON optimized implementation of MiRitH, move to the folder `Optimized_Implementation/mirith_hypercube_neon_[parameter set]/bench` and run the command `make all && ./bench_mirith`. To compile and test the Cortex-m4 optimized implementation of MiRitH, move to the folder `Optimized_Implementation/mirith_hypercube_m4_[parameter set]/bench` and run the command `make all && ./bench_mirith``. ## Benchmark with SUPERCOP To benchmark the AVX2 optimized implementation of MiRitH with SUPERCOP, copy the folder `Optimized_Implementation/mirith_hypercube_avx2_[parameter set]` into `[SUPERCOP folder]/crypto_sign`, and edit the file `[SUPERCOP folder]/crypto_sign/mirith_hypercube_avx2_[parameter set]/config.h` by uncommenting the line `/* #define MIRITH_SUPERCOP */` Then in the SUPERCOP folder run the command `./do-part crypto_sign mirith_hypercube_avx2_[parameter set]` To benchmark the NEON optimized implementation of MiRitH with SUPERCOP, copy the folder `Optimized_Implementation/mirith_hypercube_neon_[parameter set]` into `[SUPERCOP folder]/crypto_sign`, and edit the file `[SUPERCOP folder]/crypto_sign/mirith_hypercube_neon_[parameter set]/config.h` by uncommenting the line `/* #define MIRITH_SUPERCOP */` Then in the SUPERCOP folder run the command `./do-part crypto_sign mirith_hypercube_neon_[parameter set]` To benchmark the Cortex-m4 optimized implementation of MiRitH with SUPERCOP, copy the folder `Optimized_Implementation/mirith_hypercube_m4_[parameter set]` into `[SUPERCOP folder]/crypto_sign`, and edit the file `[SUPERCOP folder]/crypto_sign/mirith_hypercube_m4_[parameter set]/config.h` by uncommenting the line `/* #define MIRITH_SUPERCOP */` Then in the SUPERCOP folder run the command `./do-part crypto_sign mirith_hypercube_m4_[parameter set]`
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To contain the submissions code of the MiRitH Digital Signature Scheme for the NIST Post-Quantum Digital Signature standardization process.
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