C语言程序源代码（集合）

给定一集合A[1...n]和一个从A 到其自身的映射f,寻找元素个数最多的一个子集S属于A，并使得S 满足： 1．f 把S 映射到自身； 2．S 中没有两个元素映射到相同的元素。-Given a set A [1 ... n], and one from A to its own mapping f, to find the largest number of elements in a subset of S belongs to A, and makes the S satisfy: 1. f to S is mapped to itself 2. No two elements of S mapped to the same element.

数值分析算法Guase_Seidel迭代-numerical analysis algorithm Iterative Guase_Seidel

Math.NET开源数学库 C#实现 具体功能: - A linear algebra package, see MathNet.Numerics.LinearAlgebra. - A sparse linear algebra package, see MathNet.Numerics.LinearAlgebra.Sparse. - Non-uniform random generators, see MathNet.Numerics.Generators. - Distribution fonctions, see MathNet.Numerics.Distributions. - Statistical accumulator, see MathNet.Numerics.Statistics. - Fourier transformations, see MathNet.Numerics.Transformations. - Miscellaneous utilies (polynomials, rationals, collections).-Math.NET revenue math C# achieve specific functions :- A linear algebra package, see MathNet.Numerics.LinearAlgebra.- A spar se linear algebra package, see MathNet.Numerics.LinearAlgebra.Sparse .- Non-uniform random generators. see MathNet.Numerics.Generators.- Distribu tion fonctions. see MathNet.Numerics.Distributions.- Stati stical accumulator, see MathNet.Numerics.Statistics.- Fourier t ransformations. see MathNet.Numerics.Transformations.- Mis cellaneous utilies (polynomials. rationals, co

给出计算常微分方程（组）的各种算法的使用示例。-Given the calculation of ordinary differential equations (group) the use of various algorithms sample.

用C语言来实现的一个程序，可以求解线生方程组，比LU分解法求解速度快。- A program ,Using language c to relize ,can solve the line system of equations and rapider than a program with the way of LU Resolution

字符串的模式匹配(KMP算法)-string pattern matching (KMP algorithm)

k均值聚类算法 c语言实现的！！！！！ -k-means clustering algorithm c language to achieve! ! ! ! !

这里有人工智能的A*算法看能不能帮到你。。我是在里面得到了不少的经验的-here is the AI A* algorithm can do to help you. . I was there to be a lot of experience

由grid数据生成等值线，可以设置等值线间隔，并能进行颜色填充。非常具有参考价值。

一天掌握DFT,深入浅出一下子就说明傅立叶变换-One day master the DFT, Fourier transform easily comprehensible instructions at once