Numerical methods for solving linear systems and non-linear equations
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Updated
Jun 7, 2021 - MATLAB
Numerical methods for solving linear systems and non-linear equations
This repository provides implementations of various algorithms in linear algebra and numerical optimization.
Some numerical methods implementations using Octave/Python
Solving nonlinear coordinate-wise monotonic systems of algebraic equations
MATLAB algorithm that computes the eigenvalues of a Schrödinger operator with decaying potential.
A software to solve linear equations using numerical analysis methods.
This repository contains implementations of numerous numerical methods for the Numerical Methods course @ ITBA. These methods are used for solving mathematical problems, including root finding, interpolation, and differential equations. Students can learn and practice using these methods for real-world applications.
A root finder application that uses numerical analysis methods to find the roots for a given equation.
Numerical Methods labs and projects
Projects from my numerical analysis class in the fall of 2022.
A repository of numerical analysis routines created to learn MATLAB
Material introductorio a MATLAB como parte de un curso de Calculo Numérico dictado por la FCEN, UBA, el 2do cuatrimestre del 2014.
Numerical Analysis methods implemented in Matlab
Coursework for MACM 316 - Numerical Analysis I Spring 2025
📐 Finds the roots of equations using numerical methods
Códigos y prácticas de MATLAB para la materia de cálculo numérico
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