A fast poisson image editing implementation that can utilize multi-core CPU or GPU to handle a high-resolution image input.

Implémentation en python de l'algorithme de Jacobi en Python

This is currently a Fluid Simulation made as a hobby project. This was mostly done by myself but the math for solving the Navier Stokes Equations came from Nividia GPU Gems since I am not educated enough for these subjects.

Algorithms of computational math: Legendre polynomial; Gauss method; Cholesky method; Method of Squares; Newton interpolation; Inverse Gauss method; Interpolation by cubic splines; Gauss Zeidel method; Jacobi method; Eigenvalues; Euler method; Left/Right rectangle method; Simpson method; The method of dividing a segment in half; Newton's method;

MATLAB simulations for load flow studies using various algorithms in power systems.

Study & Performance Analysis on MPI and OpenMp program, solving Poisson Equation with Jacobi Method

Implementation of numerical methods to find solutions of systems of linear equations and find points in a curve given by a set of equations.

Collection of university assignments, in which we explore various techniques and algorithms to inspect numerical stability, precision, convergence, and performance for large matrices.

Parallel implementation of Jacobi method using the higher-order functions Map and Reduce

a collection of numerical methods written in python language.

Serial and Parallel numerical methods for solving partial differential equations using finite differences with OpenMP. Implementation of the serial and parallel Jacobi and Gauss-Seidel methods for solving linear systems. Implementation of the Additive Schwarz and Restricted Additive Schwarz methods for domain decomposition.

Numerical Linear Algebra

Repository with some scripts developed in the subject Numerical Linear Algebra.

Parallel implementation of Jacobi method using the higher-order functions Map

This project contains the implementation of four iterative methods for the resolution of sparse linear matrices, with the aim of analyzing the resources necessary for computation based on the input matrix

Python code for Numerical Analysis algorithms

Numerical methods for solving systems of linear equations

C code bisection, gauss seidel, incremental search, jacobi Method , LU Decomposition, Newton_Raphson, Power Method, QR_Decomposition, regula_falsi Method, Simpson and Trapezoidal Integration

Python code that solves the eigensystem associated with Hermitan matrices. Demonstrated by finding the the first few eigenvalues and the corresponding eigenvectors of the aharmonic oscillator Hamiltonian.