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).

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

Simple Matrix class written in JS.

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

Matrix inverse (code from sylvester)

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

c lib for calculating matrices

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.

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.