A collection of resources regarding the interplay between differential equations, deep learning, dynamical systems, control and numerical methods.

Root finding functions for Julia

A simple cross platform .NET API for Intel MKL

Numerical Analysis code from the Oscar Veliz YouTube Channel

Reverse engineering, getting root access to Tenda MW6 wifi mesh router

Fatou sets in Julia (Fractals, Newton basins, Mandelbrot)

Fixed and variable-step Runge-Kutta solvers in Modern Fortran

Examples and demos showing how to call functions from the nAG Library for Python

A modern c++ root finding algorithm based on the original Jenkins-Traub RPOLY software.

Fast complex polynomial root finder, with support for arbitrary precision calculations

Slides/notes and Jupyter notebook demos for an introductory course of numerical analysis/scientific computing

Solve symbolically defined systems of non-linear equations numerically.

Root repo - A database for android root methods

Classification of John Burkardt's many Fortran 90 codes

Root-Finder is a header-only univariate polynomial solver, which finds/counts all real roots of any polynomial within any interval.

A modern Fortran library for finding the roots of continuous scalar functions of a single real variable, using derivative-free methods.

Root-Finder is a header-only univariate polynomial solver, which finds/counts all real roots of any polynomial within any interval.

Modern Fortran implementation of the DDEABM Adams-Bashforth algorithm

Python wrapper of Minpack (root finding) which can be called from within numba functions.

Repository for Numerical Analysis course given by Assoc. Prof. Dr. Bora Canbula at Computer Engineering Department of Manisa Celal Bayar University.