首页> 外文会议>International Conference on Dynamics, Instrumentation and Control(CDIC'04); 20040818-20; Nanjing(CN) >DISCRETE TIME DELAYED SYSTEM STABILITY THEORY IN THE SENSE OF LYAPUNOV: NEW RESULTS
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DISCRETE TIME DELAYED SYSTEM STABILITY THEORY IN THE SENSE OF LYAPUNOV: NEW RESULTS

机译:利亚普诺夫感官上的离散时滞系统稳定性理论:新结果

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摘要

Our aim is to improve the existing results concerning asymptotic stability of a particular class of linear discrete time delay systems.This paper extends one of the basic results in the area of Lyapunov (asymptotic) to linear, discrete, time invariant time-delay systems. This result is given in the form of only sufficient conditions and represent further improvement of the existing results concerning the asymptotic stability of systems described by vector state representation of the form x(k +1) = A_0x(k) + A_1 x (k -1) . This result is less conservativ e than those in existing literature.
机译:我们的目的是改善有关一类特定线性离散时滞系统的渐近稳定性的现有结果。本文将Lyapunov(渐近)领域的基本结果之一扩展到线性,离散,时不变时滞系统。该结果仅以充分条件的形式给出,并且代表了关于现有系统的渐进稳定性的进一步改进,该结果由以下形式的矢量状态表示形式表示:x(k +1)= A_0x(k)+ A_1 x(k- 1)。该结果比现有文献中的保守性低。

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