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1114
- 有关自动控制方面的一阶微分响应，matlab仿真程序-control of the first order differential response Matlab simulation program
wfffx
- 微分谱,很好的代码,效果显著,大家可以试试看,准确,无误,快捷,-differential spectrum, a very good source, the results are obvious, we could give it a try, accurate, truthful, fast,
dzff
- 微分谱,很好的代码,效果显著,大家可以试试看,准确,无误,快捷,-differential spectrum, a very good source, the results are obvious, we could give it a try, accurate, truthful, fast,
curveevlhjf
- 几何偏微分方程方法应用于曲线演化的一个小程序，这里是一个matlab的源程序，不是十分复杂，显示了一个哑铃形状的曲线演化的过程-geometric partial differential equations method has been applied to the evolution of the curve of a small program here is a source of Matlab, is not very complex, and shows a dumbbell-sh
weifenfangcheng
- MATLAB数学实验的课件以及作业，里面有程序以及建模型过程，这个是关于微分方程的-MATLAB Mathematical experiment courseware and operations, there are procedures and process model, the differential equations of the
weifen_jifen
- MATLAB数学实验之数值微分与数值积分，里面有课件以及作业，含程序以及分析过程-MATLAB Mathematical experiments and numerical differential numerical integration, and they courseware and operations, including procedures and analysis process
ADAMS34
- 这个算法是在学习“用Adams三步四阶内插公式校正”时自己遍的计算这个微分方程数值解的程序，可以修改里面的方程而用于求解其他的方程，请指正！-this is the learning algorithm "Adams steps with four bands interpolation formula correction" of their times calculated for the numerical solution of differential equati
ADAMS0304
- 这个程序主要用来是用Adams三步四步法求解微分方程的，可以修改其方程而用于其他的方程求解，请指正！-this procedure is used mainly to Adams steps four-step solution of differential equations, could modify its equation and the equation for solving other, Hi!
Differentialcalculuscalculateway
- 计算机图形的直线微分算法可以执行任意两点之间的直线画图-computer graphics linear differential algorithm can execute arbitrary line between the two Painting
jifen124
- 龙格---库塔方法是求解微分方程比较常用的方法,在理解数学上是怎么一回事后,编制这个程是相当容易的,就是个迭代的过程.步长的选取也是很有讲究的,过小的步长反而会导致误差累积过大. 相关的理论请参考相关的数值算法的书籍，我这里只给出关键的函数及主程序段，其余相关的细节就不再一一罗列了.-Runge - Kutta method to solve the differential equation is more commonly used method, in understanding h
changweifenfangcheng
- 尤拉方法是求解常微分方程的入门级的方法，精度并不算高，但它具有较大的理论价值。 一些较好的算法，如龙格.库塔方法等都是在这个方法的基础上实现的。-Mood is solving ordinary differential equations in the entry-level approach, the accuracy is not high. it has great historical value. Better algorithms, such as Runge. Kutta
projet2
- 数学解析，微分图形，加事例，一个相对具体的教学用得实列，运用gnuplot成形-mathematical analysis, differential graphics, plus examples of a relatively specific teaching solid series Forming use gnuplot
Computmethod
- 有关计算方的经典算法的C程序，迭代、插值、各类积分公式，常微分方程的数值求解、Gauss列主元消去法-side of the calculation of the classical algorithm C procedures, iterative, interpolation, all integral formula, and often the numerical solution of differential equations. Gauss out PCA elimination
PDEmatlab
- 在Matlab环境下编写的偏微分方程的数值解法,偏微分方程的数值实验的Matlab程序实现-in Matlab environment prepared by the PDE method. PDE numerical experiments Matlab program
difference_function
- 剑桥经典数学科学书籍系列----微分方程-Cambridge classic series of books on mathematics-Differential Equations
uxy
- 用Mento carlo方法求解椭圆型微分方程的c++代码-Pfizer carlo methods used to solve the differential equations of elliptic code c
rossler
- 对于Rossler方程组这样的非线形微分方程组，不可能求得其解析解，利用MATLAB可以用数值解法进行模拟。-Rossler equations for the non-linear differential equations, it is impossible to seek its analytic solution, using MATLAB method can be used for numerical simulation.
num_analysis
- 用vc实现数值分析中常微分初值问题的数值解法，使用eular和runge_kutta法。-with vc often achieve numerical analysis of the initial differential method. eular and use runge_kutta law.
jsff
- 计算方法程序常微分方程的数值解法课堂讲义-calculation procedures Ordinary Differential Equations Numerical Solution of classroom lectures
DifferentiationMatrixSuite
- 微分矩阵组件（Differentiation Matrix Suite)-differential matrix components (Differentiation Matrix Suite)