Re: Robust Algorithms
From: Amir massoud Farahmand (sologen_at_yahoo.com)
Date: 12/25/04
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Date: 25 Dec 2004 11:00:56 -0800
Hi! (:
Conventional controllers use a control signal that changes the state of
a dynamical system continuously. So, the state of the system changes
differentially through time. In contrast, Impulsive control is a
controlling methodology that uses "impulses" to control the state of
the system (as the Impulse, I mean Dirac Delta function which has an
infinite amplitude in a single point with a finite energy). After using
an impulse signal, the state of the system changes abruptly. The theory
is based on "Impulsive Differential Equations" and I have seen it in
Chaos Control.
And what is the relation with a program? An instruction in an
algorithm, changes the state of variables abruptly. By writing a simple
"GoTo" (when was the last time you have used it?), you jump through
some kind of "program state space". It may be possible to analyze a
program using this impulsive differential equation and ... . I am not
sure whether there is any benefit seeing the theory of computation as a
dynamical system. However, there is a small chance of being
advantageous.
Have a nice holiday,
Amir massoud Farahmand
www.SoloGen.net
examachine@gmail.com wrote:
> What do you mean by impulsive control?
>
> Regards,
>
> --
> Eray
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