This repository contains a Python implementation of the Routh-Hurwitz criterion, a method used to determine the stability of a linear system based on the coefficients of its characteristic polynomial.
App for generating Routh-Hurwitz table
A web-based application for analyzing signal flow graphs and checking the stability of linear systems using the Routh-Hurwitz criterion. This tool is built with Spring Boot for the backend and Vue.js for the frontend, providing a user-friendly interface for engineers and researchers.
A web based program to create the signal flow graph representation of a system and state whether the system is stable or not according to Routh-Hurwitz stability criterion mathematical method.
My Scilab Codes during EE324 (Control Systems Lab) Autumn 2021-22 and EE615 (Control and Computing Lab) Spring 2022-23
Website that solves signal flow graphs and implements Routh’s criteria for stability testing.
A web-based Routh Hurwitz stability solver.
Python program implementation of Routh Stability
This repository contains a MATLAB code that includes a main program and RouthCriteria class, this program takes input from user (transfer function) then extract the numerator and denominator polynomials and apply Routh criteria to examine stability.
A few LabVIEW programs
Code for Control Engineering Problems
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