Exponential Stability of Switched Positive Homogeneous Systems

Exponential Stability of Switched Positive Homogeneous Systems

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This paper studies the exponential stability of switched positive nonlinear systems defined by cooperative and homogeneous vector fields.In order to capture the decay rate of such systems, we first consider the subsystems.A sufficient condition for exponential 30x24x24 wall cabinet stability of subsystems with time-varying delays is derived.In particular, for the corresponding delay-free systems, we prove that this sufficient condition is also necessary.

Then, we present a sufficient condition of exponential stability under minimum dwell time switching for the switched positive nonlinear systems.Some results in the previous literature are extended.Finally, a numerical example is given to demonstrate the virginia mill works tobacco road acacia effectiveness of the obtained results.