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This repository contains the code for encrypting an image using various techniques and PRNGs.
Non-Linear Dynamic Systems
Files related to my Summer of Science Report on Nonlinear Dynamics
Evaluating the Lorenz Attractor using Runge-Kutta, Predictor-Corrector and Euler methods.
Python App for solving the Lorenz Equation
The Lorenz Attractor System implemented with numpy + matplotlib + scipy. Final project for the Scientific Computing in Python course taught by www.pec3.org
Julia scripts I have written primarily for the purpose of technical computing.
Using the Adams-Bashforth-Moulton method (with Runge-Kutta 4th order) to approximate the Lorenz problem. 3D result plotting using matplotlib.
The famous Lorenz Attractor, implemented in P5JS.
This Matlab script & simulink defines Lorenz Attractor as it well known by chaotic system, it can be used for a lot of applications like cryptography and many more
Comparison of Model Output Statistics and Adaptive Regression based on Kalman Filters for the Lorenz-96 Model.
an analysis of the Lorenz equations and chaotic orbitals
Numerical solution to the Lorenz system with chaotic analysis for Nonlinear Dynamics at UHH. The numerical method used was Euler's. The Lyapunov exponents are also calculated.
Numerically Solving and Visualising Lorenz system by Runge Kutta Method (4th order) in Fortran and Gnuplot
Solving Lorenz equations using MATLAB
Code for the Modeling From Measurements report
This project features two dynamic simulations: bungee jumping and atmospheric convection models, using Runge-Kutta methods to capture their behavior. Dive into chaotic Lorenz attractor visuals, track variable evolution via time series charts, and compare cord lengths between these intriguing simulations. Explore dynamic modeling and chaotic systems
Estimating the Lorenz Problem using Runge-Kutta 4th Order, NumPy, and plotting with Matplotlib
The Halvorsen Attractor