R package associated with paper "Component response rate variation underlies the stability of highly complex finite systems" (Duthie, AB. 2020. Sci. Rep. 10:8296, https://www.nature.com/articles/s41598-020-64401-w). This repository contains all manuscript text and supplemental information, and all code for recreating analyses.

A complete Routh-Hurwitz Stability method implementation, for a second, third and higher-order polynomials. Moreover, an optimized version is available which works in special conditions.

Simple circuit breaker implementation

Calculate Hill stability for 3-body systems

Pytorch implementation of Stable Vector Fields on Lie Groups through Diffeomorphism

Computing the Structured Singular Value of a matrix.

Your one-stop solution for comprehensive genotype × environment interaction and stability analysis (AMMI model) using the metan package. Save time, perform analyses for all traits at once, and gain insightful visualizations effortlessly!"

Code used to obtain the results for my Bachelor's thesis

gRPC client, service and CLI utility to provide/check load balancing and connection stability

Tools for determining the stability limit of a circumbinary planet

Stability Selection with Error Control

This package computes the Improved Feasible Region. This is an intersection between the Feasible Region (Orsolino, 2020) and the Reachable Region (a 2D level area representing the CoM reachable workspace). The details are explained in this preprint:

This package utilises the Šesták–Berggren equation alongside the Arrhenius equation to make a simple and consistent way for a user to carry out the calculations and predictions required by accelerated stability studies.

Code for running the analyses from the article "Propofol destabilizies neural dynamics across cortex"

CPU Stresstest for Raspberry Pi´s

Diploma Thesis - Study and modeling of pedestrian walk with regard to the improvement of stability and comfort on walkways

calculate classical Toomre Q_gas from moment map and rotation curve

Dynamically stabilizing an Inverted Pendulum and demonstration using MATLAB.

A Mathematical Model for Orbit Debris Proliferation. This project also includes Jacobian analysis for finding equilibrium solutions and stability point.

Compute Lyapunov exponents and Covariant-Lyapunov-Vectors of an RNN update trajectory