Implementation of serial and parallel(MPI) Jacobi algorithm for estimating of eigenvalues of symmetric matrix

LearnMelt: Learning to Minimize Dissemination on Large Graphs

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.

Implicit QR method (Fortran 2018)

This program is implemented as a project for EE 242 course, and it implements Normalized Power Iteration with Deflation algorithmm to calculate most dominant eigenvalue, its eigenvector and the second most dominant eigenvalue.

Computational Linear Algebra course covering topics like iterative methods, matrix decompositions, and applications. It includes theoretical concepts, practical exercises, and code. Advanced methods like QR factorization, spectral theorem, and iterative solvers for linear systems.

Repository for the HU-Berlin course Numerical Introductory Seminar

Visualizing high dimensional data with PCA and LDA.

some Linear algebra projects

mpi program ofjacobi algorithm for solving eigen values of a symmetric matrix

Modelos Numéricos en el Diseño de Sistemas de Control para Estructuras Flexibles

My code and report of course of numerical analysis

Every Numerical Linear Algebra method!

Section 14 of a tentative book on Markov chains with detailed analysis of eigenvalues of Markov chains of random walks.

Useful Articles in Linear Algebra & Graph Theory

Solving problems from the course on the basics of computational physics

This repository is my codes for solving differential equation. The algorithm is used is 4th order Runge-Kutta and the eigenvalues are found out by shooting.