A performant NumPy extension for Galois fields and their applications
Solutions to https://cryptopals.com problems
Cryptography project carried out at the UTT for the GS15 course in fall 2020 (A20).
Lightweight C implementations of short error correcting codes including Reed Solomon over GF(8) and GF(16)
A C++ library for polynomial operations and Galois field calculations.
The Zmodn package provides a class for representing integers modulo a given prime number. This class can be used to applications such as cryptography and computer algebra.
A C++ library to perform secret sharing via Lagrange interpolating polynomials
A stupid implementation of non-prime fields GF(p^n) with prime p and n>1
C library that provides a set of operations for elements of Galois field.
University group project done by Peter Farah and Anthony Saab(Me) for the EECE455 course at the American University of Beirut. (Fall 2021-2022)
A small library for doing elliptic curve Diffie-Hellman key exchange using binary curves (NOT CONSTANT TIME)
Python classes which allow for finite field arithmetic as well as matrix manipulation within this system.
Header-only library for error control coding (ECC) simulations and experiments. Can deal with arbitrary finite fields and complex field relationships, based on compile-time or runtime LUTs. Provides data structures and algorithms for matrices, vectors, and polynomials.
This project is about Galois fields, what properties they have and how they can be used in cryptography.
Deterministic virtual machine with Galois-field control-flow integrity and RNS-CRT modular arithmetic in C99.
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