MATLAB/Octave Codes for Numerical analysis techniques

🚀 InterpolatePy: Python library for smooth trajectory generation with cubic splines, B-splines, and S-curves for robotics and motion planning applications.

Pure-Python implementation of Lagrange interpolation over finite fields.

very basic android java app that compute the lagrange interpolation between multiples points

Multidimensional comparison of linear and cubic interpolation.

This project showcases the implementation of Neville's Algorithm, a numerical technique used for polynomial interpolation. The algorithm provides an efficient way to approximate a polynomial that passes through a given set of data points. With this implementation, you can easily perform polynomial interpolation, making it a valuable tool for variou

Numerical math functions written in C++

Laboratory works on Numerical Methods course

Experimental analysis of numerical methods for interpolation and 3D position trilateration.

A website using JS to compute Lagrange interpolating polynomial from a set of given points (that you can add manually or by touching the grid)

The program estimates the current value indicated by the needle of an analog multimeter using OpenCV and MATLAB

Hermite Interpolation Polynomial, Hermite Interpolation value, Hermite Interpolation Derivative Value

ALGEBRAIC INTERPOLATION OF FUNCTIONS. POLYNOM OF LAGRANG.