Many problems of dynamical systems can be reduced to an iterative functional differential equation.
动力系统的许多问题都可以化为迭代泛函微分方程。
参考来源 - 关于二类迭代泛函微分方程解析解的研究Based on existent literature, we will make developed differential geometry theory and functional differential equation theory as our main mathematical tools to start with our work in this paper.
我们将在已有结果的基础上，以日臻成熟的微分几何理论和泛函微分方程方法作为我们主要的数学工具进行我们的工作。
参考来源 - 仿射非线性不确定系统的鲁棒控制·2,447,543篇论文数据，部分数据来源于NoteExpress
Many problems of dynamical systems can be reduced to an iterative functional differential equation.
动力系统的许多问题都可以化为迭代泛函微分方程。
The existence problem for a class of nonlinear retarded functional differential equation is researched.
研究了一类非线性滞后型泛函微分方程周期解的存在性问题。
In this paper, we consider the oscillatory properties of neutral linear variable functional differential equation with piecewise constant delays.
本文研究分段常数变量线性中立型泛函微分方程的振动性。
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