pole-placement design (' diophantine ')
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This function can be used for measuring the parameters of forward path gain and the feedback gain for a pole-placement controller design
[F G]=dio(A,B,Am)
if
f*a+g*b=am
a=1+(a1)*z^-1+(a2)*z^-2+....+(an)*z^-n
b=(b0)+(b1)*z^-1+(b2)*z^-2+....+(bm)*z^-m
am=(am0)+(am1)*z^-1+...+(amr)*z^-r
f=(f0)+(f1)*z^-1+...+(fp)*z^-p
g=(g0)+(g1)*z^-1+...+(gq)*z^-q
then
A=[1 a1 ... an]
B=[b0 b1 ... bn]
Am=[am0 am1 ... amr]
F=[f0 f1 ... fp]
G=[g0 g1 ... gp]
Cite As
abdelhamid alhassi (2024). pole-placement design (' diophantine ') (https://www.mathworks.com/matlabcentral/fileexchange/15068-pole-placement-design-diophantine), MATLAB Central File Exchange. Retrieved .
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Version | Published | Release Notes | |
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1.0.0.0 |