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numerical methods

M2 Project within the subject "Wavelet & Different calculus", Université Grenoble Alpes, France.

Code and manuscript for "Adaptive Compressible Smoothed Particle Hydrodynamics"

Numerical methods

A collection of physics simulations.

A python package for working with quantum circuits.

My approach to solve tasks in numerical methods labs

Jupyter notebook presenting different quadrature schemes.

A Python module containing a class with methods to perform numerical integration using Simpson's rule. The design of the module is targeting Naval Architecture applications.

Wendland Function Generator is a simple python script that generates a C/C++ library which contains definitions of Wendland functions in a specific format for fast and accurate evaluations of these functions.

Simple Facial recognition with PCA from scratch (c++ and python). Academic Project

research on different tomographic image reconstruction methods. Academic Project