= t_0, #DELTA#x = I_k (t, x(t~-)), t = t_k,'/> Impulsive Stabilization of Functional Differential Equations via Liapunov Functionals
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Impulsive Stabilization of Functional Differential Equations via Liapunov Functionals

机译:基于Liapunov泛函的函数微分方程的脉冲镇定。

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摘要

In this paper, we consider the impulsive stabilization problems for a class of impulsive functional differential equation of the form x'(t) = f(t, x_t), t >= t_0, #DELTA#x = I_k (t, x(t~-)), t = t_k, the point k belong to the set Z~+. Our method is based on the application of the Liapunov second method together with Liapunov functionals.
机译:在本文中,我们考虑了一类形式为x'(t)= f(t,x_t),t> = t_0,#DELTA#x = I_k(t,x( t〜-)),t = t_k,点k属于集合Z〜+。我们的方法基于Liapunov第二方法和Liapunov功能的应用。

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