搜索资源列表
LIEZHU1
- 列主求解 线性方程 原代码-main-solving linear equations original code
GaussIterativeMethod
- （1） 编制解n阶线性代数方程组AX=b列主元三角分解法的通用程序. （2） 用所编的程序解线性方程组.给出解向量,保留5位有效数. -(1) the preparation of solution of n-order linear algebraic equations AX = b out PCA generic triangular decomposition process. (2) the procedures used by the series solution of l
NewtonSorMethod
- 通过牛顿-SOR迭代法求解线性方程 不同的迭代因子有不同的迭代效率，从0至2迭代次数先减少后增加，在1.2附近迭代次数最少，而在0和2 附近次数最多。-Through the Newton-SOR iterative method for solving linear equations iterative different factors have different iteration efficiency, from 0-2 to reduce the number of itera
Cprogram
- 一篇论文，阐述了用C语言解线性方程组的两种算法-A paper on using the C language to solution of linear equations
c
- 通过用列主元消去法编写程序，使学生掌握用列主元消去法解线性方程组的思想-Out by using principal component elimination method to write programs so that students master the use of out principal component elimination method solution of the ideological system of linear equations
Doolittle
- Doolittle，用多利特尔直接分解法求解线性方程组Ax=b。-Doolittle, with multiple little direct decomposition method for solving linear equations Ax = b.
4
- 卡尔曼于1960年提出了离散系统线性滤波的递推求解方法即卡尔曼滤波算法。该滤波算法是基于线性最小平方法的、进行有效递推计算的一组数学方程式,算法功能强大,支持对过去、现在和将来状态的估算。-Kalman in 1960 proposed a linear discrete-time systems to solve recursive filtering methods for the Kalman filter. The filtering algorithm is based on the
NumericalAnalysisUsingMATLABandExcel
- Numerical analysis is the branch of mathematics that is used to find approximations to difficult problems such as finding the roots of non− linear equations, integration involving complex expressions and solving differential equations for wh
sift5
- :研究了一种多目标识别算法,该算法用SUSAN角点形成SIFT特征点,采用阶梯图像金字塔结构实现尺度不变,为所有匹配点建立统一的超定线性方程组并对该方程组系数矩阵进行简 化使其维数降低一半,得到增广矩阵.对增广矩阵进行列变换,依据坐标转换的特性可从中提取多目标的稳定正常点,实现了快速分离多目标的匹配点. -: Study of a multi-target recognition algorithm using SUSAN corner formed SIFT feature point
and11
- 该程序可实现求解线性方程组的功能，采用共轭梯度法求解线性方程组Ax=b的解 线性方程组的系数矩阵-The program enables the function for solving linear equations using the conjugate gradient method for solving linear equations Ax = b the solution , the coefficient matrix of linear equations
wudianchafengeshi
- 给出了二维泊松方程在单位正方形上的五点差分格式。并运用线性方程组的古典迭代解法——Jacobi迭代求解出在区域上的数值解。最终绘制数值解的图形。-For two at a loose equation in a unit of the square to five o clock. the format and use of linear equations that of classical iterative solution — — jacobi iterative the solutio
ApplicationofimprovedrepresentatiVepointmatchalgor
- 提出一种用于电子稳像技术改进的代表点匹配算法。通过合理的划分区域，保证在 域内各点运动的一致性，利用代表点匹配算法确定各区域内的运动矢量，并把其代入变换模型可得关于旋转、平移和变焦等信息的线性方程组，求其方程的解得全局运动矢量-Proposed for improved electronic image stabilization representative point matching algorithm. Through reasonable zoning, ensure the cons
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
Linear-resistors-circuit-analysis
- 实体电路是有电路元件连接构成的，而其数学模型则是一组方程。基本网络支路关系和这些网络支路的支路关系构成网络模型。-Physical connection circuit is composed of a circuit element, and its mathematical model is a set of equations. Relations and the basic network slip slip slip between these networks constitute
cp2Bp2Bcxkaifa
- 一个c++程序是面向过程的，它是利用松弛法求解线性方程组的接-A c++ program is process-oriented, it is the relaxation method for solving linear equations then
20050204181155531491
- 求解线性方程组，齐次或非齐次，直接法和间接法-Solving linear equations, homogeneous or non-homogeneous, direct and indirect
Non_Linear_Equations_Matlab
- Solution of a single non-linear equation Equations that can be cast in the form of a polynomial are referred to as algebraic equations. Equations involving more complicated terms, such as trigonometric, hyperbolic, exponential, or logarithmic fun
linear-equations
- 实现线性方程组的求解，能解决所有线性方程组的解。-Solving system of linear equations
Solution-of-nonlinear-equations
- matlab对非线性方程组的求解案例分析，包括多种数值解法的m文件-the matlab case analysis of non-linear equations, including a variety of numerical solution of the m file
Systems-of-Linear-Equations
- 线性方程组的直接接法与多种迭代求解方法实例m文件-Method for solving linear equations directly connected with multiple iterations instance m file