A short list of functions I developed in my class on Nonlinear Dynamics for visualization
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Updated
Oct 28, 2022 - Jupyter Notebook
A short list of functions I developed in my class on Nonlinear Dynamics for visualization
Code from the study "Ghost channels and ghost cycles guiding long transients in dynamical systems"
Analysis and simulation of a simple vibro-impact model developed in Elixir - principally as a learning exercise
MATLAB application of various mathematical models of arms races to India and Pakistan's military spending/change in nuclear weapons.
A package to simulate the output of a control system by means of the Chen-Fliess series.
Official implementation of "A novel weighted approach for time series forecasting based on visibility graph"
Research project: The Impact of Uncertainty on Monetary Transmission - Evidence from the US
An experiment in combining numerical simulation and machine learning
Ejemplos de diversas fuentes. Examples from various sources. Related to GNU Octave
A numerical continuation code written in Julia based on Continuation Core (CoCo) by Dankowicz and Schilder
Higher order partial derivatives computation with respect to one or several tensor-like variables, applications to nonlinear dynamics
Research scholar - #Theoretical #physicist
Lagrangian derivation of double pendulum equations of motion
Application in Scilab for exploring quadratic discrete systems in two variables.
Nonlinear dynamical systems simulations using Julia with Matlab interoperability
Soliton model algos like the Kadomtsev-Petviashvili and Korteweg–De Vries equations
This repository contains the code and data associated with the paper titled "Reappraising double pendulum dynamics across multiple computational platforms"
Shilling is implementation of 28 Runge Kutta Based fixed-step ODE solvers in MATLAB.
A set of codes in MATLAB for ODE reconstruction using least-square method
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