0,x(t_j~-)+a_j,we study the type of stability which can be deduced if a solution is bounded for any bounded sequence {αj}. Under certain'/> The problem of a lazy tester, or exponential dichotomy for impulsive differential equations revisited
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The problem of a lazy tester, or exponential dichotomy for impulsive differential equations revisited

机译:重新讨论了惰性测试器问题或脉冲二阶方程的指数二分法

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摘要

For the impulsive equation in a Banach spaceX'(t)+a(t)x(t)=o,t>0,x(t_j~-)+a_j,we study the type of stability which can be deduced if a solution is bounded for any bounded sequence {αj}. Under certain restrictions on the distance between impulses we can obtain either exponential or asymptotic stability, with a guaranteed polynomial degree (as t?r) of solution decay. A similar scheme is applied to equations with piecewise constant arguments and to integrodifferential equations.
机译:对于Banach空间中的脉冲方程X'(t)+ a(t)x(t)= o,t> 0,x(t_j〜-)+ a_j,我们研究了如果解是可推导的稳定性类型对任何有界序列{αj}有界。在对脉冲之间的距离有一定限制的情况下,我们可以得到指数或渐近稳定性,并保证解衰减的多项式度(如t?r)。类似的方案适用于具有分段常数参数的方程式和积分微分方程式。

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