sysconv

system conversion

Syntax

[s1,s2]=sysconv(s1,s2)

Arguments

s1,s2: list (linear syslin systems)

Description

Converts s1 and s2 into common representation in order that system interconnection operations can be applied. Utility function for experts. The conversion rules in given in the following table.

"c"	: continuous time system.
"d"	: discrete time system.
n	: sampled system with sampling period n.
[ ]	: system with undefined time domain For mixed systems `s1` and `s2` are put in state-space representation.

s1\s2

"c"

"d"

[ ]

"c"

nothing

uncompatible

c2e(s1,n2)

c(s2)

"d"

uncompatible

nothing

e(s1,n2)

d(s2)

c2e(s2,n1)

e(s2,n1)

n1<>n2 uncomp

n1=n2 nothing

e(s2,n1)

[ ]

c(s1)

d(s1)

e(s1,n2)

nothing

With the following meaning:

n1, n2	: sampling periods
c2e(s,n)	: the continuous-time system s is transformed into a sampled system with sampling period n.
c(s)	: conversion to continuous (time domain is `"c"`)
d(s)	: conversion to discrete (time domain is `"d"`)
e(s,n)	: conversion to samples system with period `n`

Examples

s1=ssrand(1,1,2);
s2=ss2tf(s1);
[s1,s2]=sysconv(s1,s2);

Report an issue
<< ssrand	Traitement du signal	sysdiag >>

sysconv

Syntax

Arguments

Description

Examples

See also