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faz_ecc_avx2 - Project Documentation ==================================== faz_ecc_avx2 is an optimized mathematical software library for computing Edwards Digital Signature Algorithm (EdDSA) and the Diffie-Hellman functions X25519 and X448. This library was specially accelerated with the Intel Advanced Vector eXtensions version 2 (AVX2). This library belongs to the research project titled: > “High Performance Implementation of Elliptic Curve Cryptography using Vector Instructions” authored by: • Armando Faz Hernández, University of Campinas, Brazil. (firstname.lastname@example.org) • Julio López, University of Campinas, Brazil. • Ricardo Dahab, University of Campinas, Brazil. This research work is part of a paper submission to the ACM Journal of Mathematical Software. Compilation =========== To compile use: ~~~~ $ cd faz_ecc_avx2 $ mkdir build; cd build $ cmake .. $ make all ~~~~ For running the benchmark program use: ~~~~ $ ./bin/bench ~~~~ For running the tests program use: ~~~~ $ ./bin/tests ~~~~ In order to obtain the fastest timings reported in paper, consider to use the Clang compiler. ~~~~ $ cd faz_ecc_avx2 $ mkdir build; cd build $ export CC=/path/to/clang $ cmake .. $ make ~~~~ Getting started =============== - Prime field arithmetic: [faz_fp_avx2.h](src/faz_fp_avx2.h) - Elliptic curve Diffie-Hellman: [faz_ecdh_avx2.h](src/faz_ecdh_avx2.h) - Edwards Digital Signature Algorithm [faz_eddsa_avx2.h](src/faz_eddsa_avx2.h) LICENSE =============== See the license file [LICENSE.txt](LICENSE.txt)