Recent researches focus on constant time delay system, seldom on variable time delay case.

对时延稳定性的分析集中在定常时延, 很少述及时变时延的情况.

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Numeric simulation results shows the availability of ADRC controlling the large time - delay system.

数值仿真结果显示了自抗扰控制器控制大时 滞 系统的有效性.

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A fuzzy tracking control technique for nonlinear time - delay system based on fuzzy T - S model was developed.

研究了一种基于模糊T -S 模型的非线性时 滞 系统模糊跟踪控制问题.

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Through a particular linear transformation, the original time - delay system is first transformed into a delay - free system.

对于实际应用对象的时滞特性采取了特殊的线性变换, 将原时 滞 系统转化为无时滞系统.

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