Numerical methods implementation in Python.

FEDL-Federated Learning algorithm using TensorFlow (Transaction on Networking 2021)

Python implementation of fast linear SVM

Python 3 wrapper for the newton math API

Algoritmos del Curso Analisis Numerico 1

Python Package for temperature scale representation

Una simulación de la gravedad en Python

1D Finite-Difference/Volume with AMR and steady-state solver using Newton and Split-Newton with sparse Jacobian

Solar system simulation made using Pygame in Python

Implementation of numerical optimization algorithms for logistic regression problem.

A Python-based Finite Difference Multi-dimensional Electro-ionic Drift Diffusion Simulator for Perovskite Solar Cells

Lots of mathematical numerical methods to ease your life :)

Decoded ROM Maps from Newton Toolkit 1.6.4

A work-in-progress dashboard for Openstack Designate

Python program using the 2nd law of Newton to simulate in real time gravitational interactions between two or more celestial bodies with a decicated UI. This program is our work for our informatic class final project.

Python program that calculates fractals on the GPU using OpenGL and GLSL

Python 2D Gravity Simulator

Numerical Methods to find out roots and other such variables from equations.

This project permits to easily see how the different bodies in a set of celestial bodies, for example the solar system, how they influence the others and how they are influenced by them. So, anyone who want to see, for example, how the solar system runs, or any other set of celestial bodies does.

Second-order optimization method adapted to neural networks