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The invariant set and attractor for a class of non-autonomous delay differential system are investigated in this paper. 摘要研究了一类非自治时滞微分系统的解的不变集与吸引集。
The asymptotic behavior of solutions for a class of delay differential systems was studied. 摘要研究了一类时滞微分系统解的渐近性态。
There are many significantachievements on basic theory, stability theory, period solution theory and bifurcation theoryof delay differential systems. 在基本理论、稳定性理论、周期解理论、分歧理论等许多方面都出现了重要的成果。
singular delay differential systems 退化时滞微分方程
neutral delay differential system 中立时滞微分系统
PRACTICAL STABILITY FOR FINITE DELAY DIFFERENTIAL SYSTEMS IN TERMS OF TWO MEASURES 有限时滞微分系统依照双测度的实际稳定性
Asymptotic Behavior of Bounded Solutions for a Class of Delay Differential Systems 一类时滞微分系统有界解的收敛性
Invariant Set and Attractor for a Class of Non-autonomous Delay Differential System 一类非自治时滞微分系统的不变集与吸引集
Asymptotic Behavior of Forced Sub-Linear Delay Differential System under Linear Impulsive Perturbations 脉冲强迫次线性时滞微分系统解的渐近性
delay differential system 时滞微分系统
Total Exponential Stability Properties of a Class of Nonlinear Delay Differential System with Variable Coefficients 一类变系数非线性时滞微分系统的全局指数稳定性
Asymptotic Behavior of a Class of Sublinear Delay Differential System under Linear Impulsive Perturbations 一类次线性脉冲时滞微分系统的渐近性
Jiang Wei,Zheng Zuxiu,Wang Zhicheng.The V-funcyional Method for The Stability of Degenerate Differential System with Delay[J].Ann of Diff Eqs.2001,17(1):10-20. 刘祖润年晓红.;具有状态和控制时滞的控制系统的绝对稳定性[J]
Topological equivalence of homogeneous differential systems on plane. 平面齐次系统的拓扑等价问题
This paper constructs a class of parallel BDF algorithms for the systems of delay differential equations with explicit BDF methods as predictor and implicit BDF methods as corrector. 以显式BDF方法为预估式,以隐式BDF方法为校正式构造了一类求解延迟系统的并行BDF算法。
One of them is piecewise continuous argument delay differential equation, simply called EPCA. 其中第一类为分段连续的时滞微分方程，简称为EPCA。
The oscillation of a class of second order strongly sublinear delay differential equations is discussed. 讨论了一类二阶强次线性时滞微分方程解的振动性质,建立了三个新的振动性定理。
Concepts of impulsive exponential stabilization for general differential systems are proposed. 摘要针对一般形式的常微分系统提出了脉冲指数镇定的概念。
In the present paper we obtain the necessary and sufficient conditions for all solutions of a class of delay differential equations to be oscillatory. 本文建立了一类时滞微分方程一切解振动的必要充分条件.
The monotone iterative techniques is used to investigate the existence of extremal solution of periodic boundary value problems (PBVP) for neutral delay differential equation. 摘要利用单调迭代方法给出了中立型滞后微分方程的周期边值问题极解的存在性定理。