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Gear-method.rar
- 了解吉尔法解常微分方程组的数学方法，并熟悉它在实际中的应用。,Jill law understanding of ordinary differential equations solution of the mathematical methods, and are familiar with it in practical applications.
sift2
- 提出了一种基于线特征和SIFT点特征的多源遥感影像配准方法。该方法首先匹配待配准影像和参 考影像中的线特征,利用匹配直线构建虚拟角点 其次,针对传统SIFT算法匹配多源遥感影像特征点存在的 不足,采用线特征约束点特征的方法进行SIFT同名点对的提取 最后结合虚拟角点对及SIFT同名点对构建三角网进行小面元微分纠正。 -A line-based features and SIFT features multi-point sources of remote sensing image
SIFT3
- :对传统SIFT算法从特征点提取时间和匹配精度上进行了优化,基于优化算法提取的特征点对构建 三角网进行小面元微分纠正配准。试验结果表明,该方法是一种有效的遥感影像自动配准方法。 -: SIFT algorithm from the traditional feature extraction time and matching accuracy, and the optimization, optimization algorithm based on the extracted fea
mathmaticsandpdeinimageprocess
- 数学在数字图像处理中的研究及应用，包括家是变分法、偏微分方程等-Mathematics in the digital image processing research and applications, including home is the calculus of variations, partial differential equations, etc.
ordinary-differential-equations
- 常微分方程部分，包括存在唯一性定理，线性微分方程组的一般理论-Part of ordinary differential equations, including existence and uniqueness theorem, the general theory of linear differential equations
Hermit
- 对Hermit多项式的几个基本性质提出了新的证明,并讨论了其微分和积分性质,最后研究了其通项公式. -Propose a new proof of some basic properties of Hermit polynomials, and discuss the nature of the differential and integral, and finally study the general term formula.
PDE-solution-based-on-FEM
- 基于有限元的偏微分方程求解，并以漫射方程为例详细介绍了求解的推导过程-This report introduces the solution of PDE based on finite element method.
differential-geometry-introduce
- 微分几何学是运用数学分析的理论研究曲线或曲面在它一点邻域的性质，换句话说，微分几何是研究一般的曲线和曲面在“小范围”上的性质的数学分支学科。
SFS_1
- 关于SFS算法的介绍，介绍了近些年来SFS方法的发展现状，将SFS算法划分为四种类型：演化和偏微分方程(PDE)方法、最优化方法、局部化方法以及线性化方法。同时，分析了各种SFS算法的特点，并对SFS技术的进一步发展趋势进行了展望。-Introductions of SFS algorithm, this paper introduces the development status of SFS method in recent years, the SFS algorithm is divi
wfzz
- 本文首先介绍了微分中值定理之间的内在联系，以及它们的推广；接着再看微分中值定理在解题中的应用-This paper introduces the Mean Value Theorem intrinsic link between, as well as their promotion Then look Mean Value Theorem in solving problems
PID
- 将偏差的比例（Proportion）、积分（Integral）和微分（Differential）通过线性组合构成控制量，用这一控制量对被控对象进行控制，这样的控制器称PID控制-The proportion of deviation (Proportion), points (Integral) and differential (Differential) constituted by a linear combination of the control volume, use this c
Based-matlab-of-delay-equation
- 基于matlab的对于时滞微分方程的求解以及对方程稳定性的研究与验证-Delay based matlab for solving differential equations and research and verify the stability of the equation
Differential-transformation
- 绝版书《微分变换及其在电路中的应用》，赵家奎，详述了如何利用微分变换法处理动力学仿真中的微分方程。-The differential equation in dynamic simulation by using the differential transformation method is described in detail.