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Absolute stability of positive systems with differential constraints

Diamond, P. M. and Opoitsev, V. (2000) Absolute stability of positive systems with differential constraints. International Journal of Control, 73 3: 210-218.

Document type: Journal Article
Collection: School of Physical Sciences Publications  

Author(s) Diamond, P. M.
Opoitsev, V.
Title Absolute stability of positive systems with differential constraints
Journal name International Journal of Control
Publication date 2000
Volume number 73
Issue number 3
ISSN 0020-7179
Start page 210
End page 218
Total pages 9
Place of publication UK
Publisher Taylor & Francis Group
Collection year 2000
Language eng
Subject C1
230119 Systems Theory and Control
780101 Mathematical sciences
Abstract We consider discrete-time systems x(k + 1) = Ax(k) + f(x(k)) where the matrix A of the linear part is known and positive, the non-linearity f is unknown but belongs to a class for which A + f'(x) is positive with spectral radius < I for all x is an element of R-n. This, with the additional property that x - Ax - f(x) is proper, is sufficient for global stability of the system. The results are applied to the continuous system x = Ax + B phi(C(T)x) by considering the translation operator along trajectories and studying the resulting discrete system.
Keyword(s) Automation & Control Systems
Asymptotic Stability
Lure Systems
Conjecture
Nonlinearities
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Created: Tue, 10 Jun 2008, 10:39:34 EST Detailed History