Armadillo: fast C++ library for linear algebra & scientific computing - https://arma.sourceforge.net

Safe and fast mathematical operations with static arrays in the Rust programming language

A C++ header-only library for vector, matrix, and quaternion math.

Jupyter notebooks with notes, code, and exercises from Linear Algebra: Theory, Intuition, Code by Mike X Cohen (2021).

Simple Matrix class written in JS.

Inversion of a real matrix and the solution of a set of linear equations using Crout's method

Matrix inverse (code from sylvester)

Compute the inverse of a matrix using the Gauss-Jordan method.

Numerical Optimization library implementing Gradient Descent and Newton's method using backtracking line search for finding the minimum.

practical linear algebra for data science (with python)

A small collection of Linear Algebra routines

This repository contains a Verilog implementation of matrix inversion using the Gaussian-Jordan elimination method. The module supports fixed-point arithmetic for better numerical precision and is parameterized to handle different matrix sizes and bit widths.

Benchmarking several methods for computing the inverse of a matrix, including the Eigen library implementation.

c lib for calculating matrices

Implementation of the Gauss-Jordan method for inverting matrices.

This gives steady state Network Flow from the given Pref-Defined Network Flow of a System. And a Python implementation of Larry Page's famous PageRank algorithm.

A really silly matrix-inversion (and technically more) program :3

A set of CUDA programs that invert matrices

LazyInverses provides a lazy wrapper for a matrix inverse, akin to Adjoint in Julia Base. See the README for example use cases.

The operations were performed with carefully designed for Nvidia 980.