An LQG synthesis algorithm is presented that optimizes the parameters of a multi-input, multi-output compensator for a linear time-invariant plant, where the designer specifies the order and the structure of the compensator. An instructive way to use the algorithm is to start with the full-order LQG
On the order of stable compensators
β Scribed by M.C. Smith; K.P. Sondergeld
- Publisher
- Elsevier Science
- Year
- 1986
- Tongue
- English
- Weight
- 247 KB
- Volume
- 22
- Category
- Article
- ISSN
- 0005-1098
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β¦ Synopsis
By means of two typical examples it is shown that in general the minimal order of a stabilizing stable compensator may not be bounded in terms of the plant order. Such bounds can only be given in the special case of plants with at most one right half plane zero. Implications for the simultaneous stabilization problem are elucidated.
π SIMILAR VOLUMES
Employing the nonlinear compensation technology of ha¨ing dispersion compensation fiber first, the effects of different compensation ratios on the system performance are numerically analyzed. When the input power is large, and the transmission is an amplifier spacing or long transmission distance, t
while constraining an energy norm of the error to be temporally bounded for all t ΟΎ 0 by a constant proportional An algorithm which solves the multidimensional diffusion equation on complex shapes to fourth-order accuracy and is asymptoti-to the truncation error. cally stable in time is presented.