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Polynomial Input-Output Stability for Linear Systems
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DOI：10.1109/TAC.2015.2398890.png)
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Abstract
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We introduce the concept of polynomial input-output stability for infinite-dimensional linear systems. We show that this stability type corresponds exactly to the recent notion of P-stability in the frequency domain. In addition, we show that on a Hilbert space a regular linear system whose system operator generates a polynomially stable semigroup is always polynomially input-output stable, and present additional conditions under which the system is input-output stable. The results are illustrated with an example of a polynomially input-output stable one-dimensional wave system.
Keywords:
Distributed parameter system
stability
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