搜索资源列表
Lynch_R2009b
- 如何计算随机时滞微分方程，主要是高斯白噪声的情况-numerical solution of stochastic delay differential equation
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- 随机时滞微分方程的时间演化，概率密度及相图-phase diagram of stochastic delay differential equation
lianxu
- 时滞微分方程的简单介绍，可以解决种群模型的解。对于相关的也可以一起解决。-delay different equation
DDE_examples
- 时滞微分方程求解示例，他展示了如何用MATLAB数值工具箱来算系统的时间状态-DELAY DIFFERENTIAL EQUACTIONS EXAMPLES
FOF_syn_communication
- 在MATLAB中通过四阶龙格库塔法，计算时滞微分方程,-In MATLAB by fourth-order Runge-Kutta method to calculate the delay differential equation
dop54_dop853
- 求解时滞常微分方程的matlab程序代码-codes for delay differential equation
Bifurcation-paper
- 运用dde23求解时滞微分方程的，时程曲线和分岔程序。-Solve the delay differention equation using dde23.
exer1
- Automatic integration of functional differential equations: an approach, ACM TOMS, 1 (1975) 357-368.一文中的时滞微分方程求解程序。-Example 1 of K.W. Neves, Automatic integration of functional differential equations: an approach, ACM TOMS, 1 (1975) 357-368.
31-dde
- 含多时间尺度的时滞微分方程的求解，和结果可视化。-Delay differential equation with multiple time scales, and results visualization.
DDE-with-matlab-program-
- 时滞微分方程解析解的matlab实现，其中一个m文件，定义方程以及时滞个数-Analytical Solution of Delay Differential Equations Matlab realization of one of the m file, define the equation as well as time delay number
fen-zhi-u-cheng-xu
- 动力系统带双点脉冲的时滞微分方程的分支图源程序。-Power system with double point pulse delay differential equation branch diagram source program.
Differential-Equations
- 解带时滞微分方程的两个例子，拓扑图请读者根据代码中的邻接矩阵自行构造-Two examples of the solution with Delay Differential topology diagram based on the adjacency matrix code reader to construct their own
exam4
- 一个时滞微分方程的例子及matlab程序代码-These are some delay differential equations matlab code.
matlab-dde23-
- 关于群体聚集的时滞微分方程的Matlab 程序，希望对大家有所帮助。-Delays on Matlab program groups gathered differential equations, The hope is to help everyone。
Delay-differential-equations
- 含有参数时滞微分方程中参数的计算以及周期解与周期轨-Delay Differential calculation parameters and the parameters contained in the periodic orbits of periodic solutions
Solving DDEs with Matlab
- 利用matlab求解时滞微分方程。常微分方程（ODE）和延迟微分方程（DDE）被用来描述许多有趣的现象。 虽然ODE包含依赖于自变量（“时间”）的当前值的解决方案的衍生物，但DDE还包含衍生物，其依赖于前一时间的解决方案。 在整个科学模型中出现了DDE [1]。 尽管ODE和DDE之间存在明显的相似性，但DDE问题的解决方案可能与ODE问题的解决方案在几个引人注目的重要方面存在差异[2] [20]。 这部分是因为缺乏用于解决DDE的通用软件。(Solving Delay Differential
程序仿真
- 生物种群斗争中，随机微分方程模型，互助模型，脉冲时滞微分模型，MATLAB仿真(Biological population struggle, stochastic differential equation model, mutual help model, pulse delay differential model, MATLAB simulation)
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- matlab求解时滞微分方程的代码，画图程序(Matlab code for solving delay differential equations, drawing program)