This article is part of a series of hands-on tutorials introducing FFA, or the Finite Field Arithmetic library. FFA differs from the typical “Open Sores” abomination, in that — rather than trusting the author blindly with their lives — prospective users are expected to read and fully understand every single line. In exactly the same […]
This article is part of a series of hands-on tutorials introducing FFA, or the Finite Field Arithmetic library. FFA differs from the typical “Open Sores” abomination, in that — rather than trusting the author blindly with their lives — prospective users are expected to read and fully understand every single line. In exactly the same […]
This article is part of a series of hands-on tutorials introducing FFA, or the Finite Field Arithmetic library. FFA differs from the typical “Open Sores” abomination, in that — rather than trusting the author blindly with their lives — prospective users are expected to read and fully understand every single line. In exactly the same […]
Let’s compare the CPU cost of modular exponentiation performed on Chapter 14 FFA vs ye olde MPI. V-press the MPI tree to mpi_second_cut.vpatch (or use diana_coman’s cleaned-up variant, this should not affect the result of the test.) Now, replace the test_mpi.c example I provided, with the following MPIistic implementation of the Ch.14 example test tape: […]
This article is part of a series of hands-on tutorials introducing FFA, or the Finite Field Arithmetic library. FFA differs from the typical “Open Sores” abomination, in that — rather than trusting the author blindly with their lives — prospective users are expected to read and fully understand every single line. In exactly the same […]
This article is part of a series of hands-on tutorials introducing FFA, or the Finite Field Arithmetic library. FFA differs from the typical “Open Sores” abomination, in that — rather than trusting the author blindly with their lives — prospective users are expected to read and fully understand every single line. In exactly the same […]
This article is part of a series of hands-on tutorials introducing FFA, or the Finite Field Arithmetic library. FFA differs from the typical “Open Sores” abomination, in that — rather than trusting the author blindly with their lives — prospective users are expected to read and fully understand every single line. In exactly the same […]
This article is part of a series of hands-on tutorials introducing FFA, or the Finite Field Arithmetic library. FFA differs from the typical “Open Sores” abomination, in that — rather than trusting the author blindly with their lives — prospective users are expected to read and fully understand every single line. In exactly the same […]
This article is part of a series of hands-on tutorials introducing FFA, or the Finite Field Arithmetic library. FFA differs from the typical “Open Sores” abomination, in that — rather than trusting the author blindly with their lives — prospective users are expected to read and fully understand every single line. In exactly the same […]
The long-promised Keccak-V regrind of the current FFA codebase appears below: Title VPatch Seal “Chapter 1: Genesis.” ffa_ch1_genesis.kv.vpatch ffa_ch1_genesis.kv.vpatch.asciilifeform.sig “Chapter 2: Logical and Bitwise Operations.” ffa_ch2_logicals.kv.vpatch ffa_ch2_logicals.kv.vpatch.asciilifeform.sig “Chapter 3: Shifts.” ffa_ch3_shifts.kv.vpatch ffa_ch3_shifts.kv.vpatch.asciilifeform.sig “Chapter 4: Interlude: FFACalc.” ffa_ch4_ffacalc.kv.vpatch ffa_ch4_ffacalc.kv.vpatch.asciilifeform.sig “Chapter 5: “Egyptological” Multiplication and Division.” ffa_ch5_egypt.kv.vpatch ffa_ch5_egypt.kv.vpatch.asciilifeform.sig Chapter 6: “Geological” RSA. ffa_ch6_simplest_rsa.kv.vpatch ffa_ch6_simplest_rsa.kv.vpatch.asciilifeform.sig Chapter 7: “Turbo […]
