Implementations of matrix operations and algorithms based on the text Fundamentals of Matrix Computations by David S. Watkins and Elementary Linear Algebra by Ron Larson.
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Updated
May 8, 2023
Implementations of matrix operations and algorithms based on the text Fundamentals of Matrix Computations by David S. Watkins and Elementary Linear Algebra by Ron Larson.
Machine Learning Lecture Notes
Assignment for UE18MA251, Linear Algebra
A fast, intuitive linear algebra library for C++. Caveat: This project is no longer being actively developed. I'll still try to respond to bug reports, but that's about it. An alternative that has now become at least as good as (and sometimes better than) TMV for almost all use cases is Eigen. You would probably be well served to switch to that.
ALightweightReleaseForCpp98
A project made for my Numerical Methods college course. Features: shapes go wild.
Contains an implementation of lazily represented matrix structures that allow for the application of the Woodbury Identity.
A graph decomposer for the Linear Algebra class project
Calculates the dimensions of the Four Fundamental Spaces of a given mxn matrix.
This repository contains a few Linear Algebra applications (and and especially a block-based LU factorization) implemented in Legion
Four Mini-Projects Based on the Important Topics in Linear Algebra, Such as Augmented Matrix, Shear Transformation, Linear and Polynomial Regression, and SVD
Linear Algebra project about Linear Compression using fractals
Ansible role to install numpy for Python
This repo is created with an aim to simplify the mathematics under the hood of Linear Algebra
Algebric library for Kinetics and kinematics mechanics.
DataScience-Statistics,Machine Learning,AppliedAI
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