🚀 Julia package for orthogonal polynomial transforms 🏂

🚅 Fast orthogonal polynomial transforms 🏄

Methods in numerical analysis. Includes: Lagrange interpolation, Chebyshev polynomials for optimal node spacing, iterative techniques to solve linear systems (Gauss-Seidel, Jacobi, SOR), SVD, PCA, and more.

Numerical analysis methods implemented in Python.

a short, simple public-domain header-only C++ eigensolver library for real symmetric matrices

Source code for the CPU-Free model - a fully autonomous execution model for multi-GPU applications that completely excludes the involvement of the CPU beyond the initial kernel launch.

Python implementation of Methods and Algorithm or Numerical Computing Course. You just have to Enter the input values from the question and All the iterations will be generated automatically.

Heat Equation using different solvers (Jacobi, Red-Black, Gaussian) in C using different paradigms (sequential, OpenMP, MPI, CUDA) - Assignments for the Concurrent, Parallel and Distributed Systems course @ UPC 2013

Parallel computing: Jacobi and Gauss-Seidel implementation with OpenMP and MPI

Jacobi rotations algorithm for eigen values and eigen vectors computation

Academic project for the course of Concurrent, Parallel and Cloud Programming.

Distributed and multithreaded implementation (OpenMPI and OpenMP) of a thermal transmission simulation in 2D space by using the Jacobi method

🦖| Design, Development and Evaluation of Parallel Programs in MPI, Mpi + OpenMp Cuda Hybrid that implement the Jacobi with successive over-relaxation.

Progetto di programmazione concorrente e parallela su cloud. Professore: Vittorio Scarano

A mathematic implementation in c++

This project investigates convergence for solving linear systems. It implements Jacobi and SOR methods, explores convergence, optimizes performance via ω, and analyzes spectral radius/determinant. It aims to enhance iterative method efficiency for linear systems.

Stand alone fortran code for jacobi elliptic theta funcitons

Parallel computing methods using C (7th semester)

Implementation of Jacobi method in a co-processing architecture Hw/Sw using FPGA (Field Programmable Gate Array) ZYBO Zynq-7000 Development Board for Co-Project Hw/Sw course.

Iteration methods for linear equations