微分的例句大全

A method for numerical solution to partial difference equation inverse problem

一个偏微分方程反问题数值求解的方法

The behavior of multi-port-component ( functional component) is described with DAEs ( differential and algebraic equations), coded by analogy hardware description language.

该方法采用常微分和代数方程描述组件的行为，混合信号硬件描述语言作为组件及其网络的建模语言。

Apply Lagrange equation of the first kind to the system, and get a set of the differential-algebraic equations ( DAEs) of its absolute coordinates.

对系统应用第一类拉格朗日方程，得到系统位形坐标的微分&代数方程组。

Then we mainly study the WR method for solving differential-algebraic equations ( DAEs) at the continuous-time case and discrete-time case.

然后我们主要研究解线性微分代数方程的波形松弛方法，包括连续时间情形和离散时间情形的波形松弛方法。

Its objective function considered voltage stability and control-costs, and its equality constraints were continuous and discrete time DAEs.

其目标函数考虑电压稳定和控制成本；等式约束条件为连续–离散时间微分–代数方程组。

Research on Iterative Runge-Kutta Methods for DAEs

关于微分-代数系统的Runge-Kutta迭代方法的研究

A Lagrange Multiply Method to Solve Multibody Dynamic DAES

一种求解多体系统微分-代数方程的拉格朗日乘子方法

Regularization Methods for High Index DAEs

高指标代数-微分方程组的正则化解法

Differential equations with a small parameter e multiplying the highest order derivative terms are said to be singularly perturbed and normally boundary layers occur in their solutions.

最高阶导数项含有小参数ε的微分方程称为奇异摄动问题，其解存在指数边界层或内部层。

Utilizes differential equation to discuss the modeling of time series system, and presents the method of modeling forecast about blankness and gurgitation time series.

利用微分方程数值解法对时间序列系统建模作了新的探讨，给出了单调型和起伏型时间序列的建模预测方法。

This paper tries to describe the applications of differential in western economics teaching for purpose of pointing out the reform direction of our textbooks of western economics.

通过讲述微分在西方经济学教学中的若干应用，来探讨我国西方经济学教材改革的方向。

A Parallel Algorithm for Solving Inverse Problem of Partial Differential Equations

一种解偏微分方程逆问题的并行算法

The Decoupling Problem of Stochastic Nonlinear Systems: Differential Geometry Method

非线性随机系统解耦问题：微分几何方法

Design and simulation of a controller for nonlinear system based on differential geometry theory

基于微分几何方法的一种非线性控制器设计与仿真

Curves are one of the research fields of the differential geometry.

曲线是微分几何研究对象之一。

Active control of nonlinear vehicle suspension based on differential geometry

基于微分几何的非线性汽车悬架主动控制

Linear Feature Extraction from Remote Sensing Images Based on Differential Geometry

基于微分几何的遥感影像上线状地物提取方法

Clinical Application of the Mathematical Model of Differential Geometry ECG

心电向量环微分几何心电图数学模型的临床应用

Excitation control design based on differential geometry theory and active disturbance rejection control

基于微分几何理论和自抗扰控制技术的励磁控制器设计

Application of differential geometry in horizontal axis fixed speed wind turbine system

微分几何在水平轴恒速风力发电机系统的应用