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On the stability of coupled delay differential and continuous time difference equations

机译:时滞耦合差分方程和连续时间差分方程的稳定性

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A Liapunov type stability analysis for coupled delay differential and continuous time difference equations is given. Such systems are encountered as the internal dynamics of input output linearized non-linear time delay systems. They appear also in lossless propagation models, in economics, in gas dynamics. The main contribution of the paper is a two steps algorithm for the stability analysis of such systems. At the first step only L2 stability is checked, while at the second step the Liapunov stability of the difference part of the system is analyzed. In these two steps, the stability of the whole system can be checked. Using this method we show the stability of a system (dependent on delay), for which the known methods in literature are inconclusive.
机译:给出了时滞微分方程和连续时差方程耦合的Liapunov型稳定性分析。此类系统作为输入输出线性化非线性时滞系统的内部动力学而遇到。它们还出现在无损传播模型,经济学和气体动力学中。本文的主要贡献是用于此类系统稳定性分析的两步算法。第一步仅检查L 2 稳定性,而第二步分析系统差异部分的Liapunov稳定性。在这两个步骤中,可以检查整个系统的稳定性。使用这种方法,我们显示了系统的稳定性(取决于延迟),对于文献中的已知方法而言,这是不确定的。

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