List questions from control-theory

Published on 24 Sep 2013 - 13:03

428

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Analyze the stability based on a closed loop transfer function

Published on 23 Feb 2026 - 4:33

527

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Show that System $(I)$ is stable iff $X(t)$ is bounded.

Published on 25 Sep 2013 - 15:36

404

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Prove that $x \equiv 0$ of $\dot{x}(t)=a(t)x$ is Uniformly Asymptotically Stable

Published on 02 Oct 2013 - 4:28

127

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Please someone tell me the name of this algebra trick or where I can learn how to do it..

Published on 04 Oct 2013 - 7:44

980

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Show that Bellman-Gronwall's inequality

Published on 29 Mar 2026 - 10:15

1.2k

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What does the notation f(t)1(t) signify?

Published on 15 Oct 2013 - 2:03

65

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Suppose that $\int _0^1 f(x)v(x)=0$ for every $v \in C^{\infty}([0,1])$ for which $v'(0)=v(1/2)=0$. Show that $f(x)=0$ for all $x\in [0,1]$.

Published on 18 Oct 2013 - 8:58

1.2k

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Matrix representation of a co-domain restriction of a linear operator

Published on 18 Oct 2013 - 20:50

73

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How can I prove this theorem about differential inclusions?

Published on 21 Oct 2013 - 2:09

844

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Basic example of system controllability

Published on 21 Oct 2013 - 18:01

70

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Having trouble forming the initial matrices for a positioning problem

Published on 28 Mar 2026 - 16:19

1.3k

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State space representation of transfer function $ 1/s $

Published on 28 Oct 2013 - 3:54

191

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I have reached a rut in my understanding of control systems. How do I cross this?

Published on 28 Oct 2013 - 18:19

931

Views

Converting a direction vector to an angle

Published on 29 Oct 2013 - 16:22

List Question

Compute $e^{tA}$

Analyze the stability based on a closed loop transfer function

Show that System $(I)$ is stable iff $X(t)$ is bounded.

Prove that $x \equiv 0$ of $\dot{x}(t)=a(t)x$ is Uniformly Asymptotically Stable

Please someone tell me the name of this algebra trick or where I can learn how to do it..

Show that Bellman-Gronwall's inequality

What does the notation f(t)1(t) signify?

Suppose that $\int _0^1 f(x)v(x)=0$ for every $v \in C^{\infty}([0,1])$ for which $v'(0)=v(1/2)=0$. Show that $f(x)=0$ for all $x\in [0,1]$.

Matrix representation of a co-domain restriction of a linear operator

How can I prove this theorem about differential inclusions?

Basic example of system controllability

Having trouble forming the initial matrices for a positioning problem

State space representation of transfer function $ 1/s $

I have reached a rut in my understanding of control systems. How do I cross this?

Converting a direction vector to an angle

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