Stability analysis of nonlinear impulsive switched positive systems

Abstract

In this paper, the global asymptotic stability (GAS) of continuous-time and discrete-time nonlinear impulsive switched positive systems (NISPS) are studied. For continuous-time and discrete-time NISPS, switching signals and impulse signals coexist. For both of these systems, using the multiple max-separable Lyapunov function method and average dwell-time (ADT) method, some sufficient conditions on GAS are given. Based on these, the GAS criteria are also given for continuous-time and discrete-time linear impulsive switched positive systems (LISPS). From our criteria, the stability of the systems can be judged directly from the characteristics of the system functions, switching signals and impulse signals of the systems. Finally, simulation examples verify the validity of the results.

Finite time stability analysis for T-S fuzzy positive systems and its application in pest control

“…Hence, positive systems have received extensive attentions. Recently, some important results on positive systems have been published, such as controller synthesis [1][2][3], stability analysis [4][5] and 1 L -gain analysis [6][7].…”