As the researchers put it: "While there are many important time lags in Earth's systems…the consequences of those lags for human well-being are unclear."
像研究者所说：“虽然地球系统中有许多重要的时间滞后……这些滞后对人类幸福感带来的后果却不清楚。”
This paper extends the vibrational control theory to the nonlinear dynamical systems with time lags.
本文研究采用振荡控制方法，来改善非线性动力系统的特性。
In this paper, the existence and the uniqueness of the solutions of the algebraic equation with time lags are investigated, the dependence of solutions on the time lags is investigated also.
本文研究了具有滞后的代数方程解的存在性，唯一性及解对滞后的依赖性。
Directly connected channels increase time lags, or latency, and reduce performance.
直接相连的通道会增加时间滞后，即等候时间，以及降低性能。
The results from time-domain simulation and eigenvalue analysis prove that the proposed controller can provide good damping effect so far as to different time lags.
时域仿真和特征值分析结果均证明该控制器具有的良好阻尼效果，在不同的时滞下仍然可以很好地提供阻尼。
And then a method called system input reconstruction for estimating dynamic system's time lags and an algorithm based on maximum likelihood estimation for extracting the time lags are presented.
然后就动态系统未知时延参数的估计问题提出了重构系统输入的估计方法，并以极大似然估计迭代算法为基础给出了一套估计动态系统时延参数的算法。
At the same time we obtain the estimate formulae for the bound of the time-lags.
同时给出了滞后界限的估计公式。
At the same time we obtain the estimate formulae for the bound of the time-lags.
同时给出了滞后界限的估计公式。
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