Branch and Bound Algorithm for Computing the Minimum Stability
Degree of Parameter-dependent Linear Systems
Branch and Bound Algorithm for Computing the Minimum Stability
Degree of Parameter-dependent Linear Systems
V. Balakrishnan, S. Boyd and S. Balemi
Int. J. of Robust and Nonlinear Control, 1(4):295-317,
October-December 1991
Abstract:
We consider linear systems with unspecified parameters that lie
between given upper and lower bounds. Except for a few special cases,
the computation of many quantities of interest for such systems can be
performed only through an exhaustive search in parameter space. We
present a general branch and bound algorithm that implements this
search in a systematic manner and apply it to computing the minimum
stability degree.
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