搜索资源列表
xiaobo5
- 根据Arnold置乱变换算法的过程和8位图像像素值的取值范围(0≤f(x, y)≤255),导出了一种逆变换算法。该算法假设了两个变量p和q,由Arnold正变换算法导出了四个方程组,然后再根据像素值的取值范围,计算出p和q的可能取值,针对p和q的取值组合,计算出各方程组的解,那么在所有方程组解中满足像素值取值范围的即为逆置乱的解。经分析,逆变换算法的解忧且仅有一个。
Bsplinecurve.rar
- 基于VC的三种端点条件的插值B样条曲线绘制,包括夹持端点,自由端点,抛物线端点,线性方程组的解法采用了追赶法。,VC based on the conditions of the three endpoint interpolation B-spline curve drawing, including the gripping end, the Liberal endpoint, the endpoint parabola, the solution of linear equations u
Arc_length
- 非线性方程组求解的伪弧长程序,包括追踪分岔点,分岔路径选择等程序文本。-Nonlinear equations of the pseudo-arc processes, including tracking bifurcation point, bifurcation path selection program text.
MATLAB_image_process_with_PDE
- 运用偏微分方程(PDE)方法进行图像处理的matlab程序,包括图像滤波、图像分割、插值、图像增强、恢复及一些方程组求解等在偏微分方法处理图像处理领域常用且重要的处理程序,供大家学习。-The use of partial differential equations methods matlab image processing procedures, including image filtering, image segmentation, interpolation, image enh
fomula
- 计算二元二次方程组,和三元三次方程组的程序,比较简单,建议大家学习下-Prediction of binary quadratic equation group, and the ternary cubic equations procedure is relatively simple, we study under the proposed
12_2
- 《基于OpenCV的计算机视觉技术实现》第十二章,求解线性方程组程序源代码-" Based on OpenCV for computer vision," Chapter XII, solving linear equations program source code
steepest
- 对方程组的最快速逼近,以求出其最优解。速度快,算法易实现。-Of equations the most rapid approach to its optimal solution. Fast and easy implementation algorithm.
fangchengzujiesuan
- 主要是用于线性方程组的结算,几何与代数方面的原理,但在测绘中也经常用到-Mainly for the settlement system of linear equations, algebraic geometry and the theory, but also frequently used in mapping
Gauss
- c++编写,列主元Gauss法求解线性方程组-c++ written, main-element Gauss method for solving linear equations
mianYuanFa
- 基于面元法的鱼类表面压力以及速度的统计,工程中用高斯列元法进行方程组的求解,结果的显示是使用opencv来实现-hello world!!!
rasche
- rasche的一篇彩色转灰度的论文和实现代码,采用了类似gooch的方法,通过迭代解线性方程组实现-rasche of a color to gray paper, and implementation code, using a similar gooch' s method, iterative solution of linear equations to achieve
GAUSS
- 高斯赛德尔迭代法 在数值计算中经常用到的一种求解线性方程组的方法-GAUSS ITERATION
computing
- 1.通过动手写一个小程序,来了解java在开发过程的一些步骤和问题。 2.以高斯消元法为基础,来算方程组的解,并且也可以算出行列式的解。 -This program can solve many problems.
Gaussian
- 高斯消去法 高斯消元的过程,就是利用初等行变换将原来不容易求解的方程组转化为容易求解的方程组。-Gaussian elimination Gaussian elimination process is the use of elementary row transformation is not easy to solve the original equations into easy to solve equations.
Gauss
- 方程组求解 利用高斯方法进行的,含有选主元素-Solving equations Gaussian method, and contains the main elements selected
gauss
- 列主元高斯消去法、闲来无事的时候编的程序可以对方程组进行求解-Out of the main yuan Gauss elimination method
liezhuyuan
- 高斯列主元消去法,用来解多元线性方程组,从而解决相关的方程组问题-Principal component Gaussian column elimination method used to solve a multivariate linear equations to solve the equations
程序
- 用matlab语言模拟非线性常微分方程组的数值解,以及解的变化规律(The numerical solution of the nonlinear equation is simulated)
MATLAB求解混沌系统微分方程组源程序代码
- MATLAB求解混沌系统微分方程组,chen系统吸引子(MATLAB for solving differential equations of chaotic systems and attractor of Chen system)
RK龙格库塔计算微分方程组
- 使用4阶龙格库塔定理计算一阶微分方程组,方程组有3个方程(RK calculation of differential equations)