Furthermore, it performed the parametric analysis in terms of feedback gains and delayed time using the root locus method, thus obtaining the system's flutter stability boundary.
进而采用根轨迹方法就反馈增益和延迟时间进行参数分析，获得系统的颤振稳定性边界。
This paper presents a method of nonlinear time delayed feedback, which can control the chaos system effectively.
提出一种非线性时滞反馈控制方法，对混沌系统实施有效的控制。
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