To guarantee the globally exponentially stable of closed - loop system, delay must be bounded.
为保证闭环系统的全局渐进稳定性，系统的时延必须是有界的。
The study of an exponentially stable character of perturbed system at the point of equilibrium;
主要讨论了一类扰动系统的指数稳定性问题 。
Then feedback controllers are derived so that the system is partially transformed into linear system which is exponentially stable.
然后求出一类反馈控制器，使得系统部分线性化为一指数稳定的线性方程。
The results are also easy to check and play an important role in the design and application of exponentially stable fuzzy neural circuits.
获得的稳定性结果很容易验证，并且对指数稳定的模糊神经网络的电路设计和应用发挥重要作用。
By constructing error systems, for any given switching law, observer matrices can be designed to make the error systems exponentially stable.
在每个子系统能观的前提下，建立误差系统，对于任意给定的切换信号，设计观测器矩阵使误差系统指数稳定。
Then, by Lyapunov function and linear matrix inequality(LMI), the sufficient conditions are given to make the singular networked control system exponentially stable.
利用李雅普诺夫函数方法和线性矩阵不等式方法，给出了广义网络控制系统指数稳定的充分条件。
Based on designing the observer, a switching strategy and sub-controller, which use the observer value, are designed to guarantee that the closed-loop system is exponentially asymptotically stable.
在所设计的观测器基础上，以系统状态的观测值为依据设计各子控制器和切换方案，使整个闭环系统是指数渐近稳定的。
Stable policy, different from stationary policy, is a policy avoiding the possible realizations exponentially increasing.
稳定策略不同于平稳策略，是避免可能的实现值成指数增加的策略。
These control laws not only guarantee the system's trajectories to reach the sliding mode in finite time, but also ensure the sliding mode to be exponentially asymptotically stable.
这些控制方法不仅能保证系统状态轨迹在有限时间内到达滑动模，而且保证系统的滑动模态指数渐近稳定。
Moreover, an adaptive decentralized control scheme is given such that it can ensure the closed-loop systems to be exponentially practically stable.
进而从工程实际应用的角度，给出了确保受控系统实用稳定的自适应鲁棒分散控制器的设计方案。
Moreover, an adaptive decentralized control scheme is given such that it can ensure the closed-loop systems to be exponentially practically stable.
进而从工程实际应用的角度，给出了确保受控系统实用稳定的自适应鲁棒分散控制器的设计方案。
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