Is there...

[UndertheOcean]

a general and unified approach for solving Linear time variant systems in the same manner LTI's are solved.

Or are such systems closer to nonlinear problems difficulty?


My head hurts , A problem I am dealing with produces such a (with time varying coefficients) differential equation , and the variation is NOT periodic .

need some hints.

[Oeditpus Rex]

1. Aw, I thought this was gonna be a Python thread

Good evening. Tonight on "Is There" we examine the question, "Is there a
life after death?" And here to discuss it are three dead people...

[astral]

2. Ferggedy bowdit

Sell your time machine on e-bay. Let it be somebody else's headache.

[pokerfan]

3. Not really

I'm pretty much a Laplace transform guy.

[UndertheOcean]

4. laplace is useless in this case

[pokerfan]

6. I know

[Richard Steele]

5. Nope. There really isn't.

They both work well within their constraints,
but we're all waiting for the "Unified Field Theory"
that will make the numbers mesh where they bump into
each other at the edges.

Until the day that comes along, the only thing that
makes the pain in my head go away is to tell myself
that it's TURTLES all the way ∞down∞...

[MonkeyFunk]

7. I know of one method,

but I'm too tired to explain it. But it's really very simple.

[UndertheOcean]

8. when you feel better

[pokerfan]

11. Did you write it down in the margin of a book you lost?

[Lady Freedom]

9. This higher math stuff hurts head!

:hide:

[UndertheOcean]

10. MP are the shit !

[x-g.o.p.er]

12. Could you repeat the part...

about the stuff pertaining to the thing again?