Step and impulse responses under the effect of noise or uncertainty

This file demonstrates how the responses of a system change, for small fluctuations of ω and j.
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Mise à jour 11 mars 2013

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Our initial transfer function is
B
---------------
s^2 + A s + B
Where
A=1.4 and B=1
The file demonstrates the different responses, for +-50% fluctuations on the values of A and B.
So A->[0.7,2.1]
B->[0.5,1.5]
We try 15 different arbitary values within these intervals and plot them together. Then one can check the diffferent settling times, peak responses and eigenvalues.

Citation pour cette source

Lazaros Moysis (2024). Step and impulse responses under the effect of noise or uncertainty (https://www.mathworks.com/matlabcentral/fileexchange/40725-step-and-impulse-responses-under-the-effect-of-noise-or-uncertainty), MATLAB Central File Exchange. Récupéré le .

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Version Publié le Notes de version
1.0.0.0