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L. Q. Thuan.[en_title][J].Control Theory and Technology,2014,12(1):35~47.[Copy]
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Non-zenoness of piecewise affine dynamical systems and affine complementarity systems with inputs
L.Q.Thuan
0
(Department of Mathematics, Quy Nhon University, 170 An Duong Vuong, Quy Nhon, Binh Dinh, Vietnam)
摘要:
In the context of continuous piecewise affine dynamical systems and affine complementarity systems with inputs, we study the existence of Zeno behavior, i.e., infinite number of mode transitions in a finite-length time interval, in this paper. The main result reveals that continuous piecewise affine dynamical systems with piecewise real-analytic inputs do not exhibit Zeno behavior. Applied the achieved result to affine complementarity systems with inputs, we also obtained a similar conclusion. A direct benefit of the main result is that one can apply smooth ordinary differential equations theory in a local manner for the analysis of continuous piecewise affine dynamical systems with inputs.
关键词:  Piecewise affine systems  Zeno behavior  Hybrid systems  Affine complementarity systems
DOI:
基金项目:
Non-zenoness of piecewise affine dynamical systems and affine complementarity systems with inputs
L. Q. Thuan
(Department of Mathematics, Quy Nhon University, 170 An Duong Vuong, Quy Nhon, Binh Dinh, Vietnam)
Abstract:
In the context of continuous piecewise affine dynamical systems and affine complementarity systems with inputs, we study the existence of Zeno behavior, i.e., infinite number of mode transitions in a finite-length time interval, in this paper. The main result reveals that continuous piecewise affine dynamical systems with piecewise real-analytic inputs do not exhibit Zeno behavior. Applied the achieved result to affine complementarity systems with inputs, we also obtained a similar conclusion. A direct benefit of the main result is that one can apply smooth ordinary differential equations theory in a local manner for the analysis of continuous piecewise affine dynamical systems with inputs.
Key words:  Piecewise affine systems  Zeno behavior  Hybrid systems  Affine complementarity systems